{"text_format":"3","workbook":"xlsx","n_sheets":2,"sheets":["Biotic","Abiotic"],"not_rendered":{"defined_names":2,"comments":2},"read":"whole","date_system":"1900"}

{"sheet":"Biotic","index":0,"n_rows":53480,"n_cols":34,"rows_kept":2250,"cut":true,"bounds":{"rows_first":1000,"rows_last":250,"rows_between":1000,"halvings":1}}
["PROJECT_NAME","INSTITUTION_CODE","RECORDED_BY","PLATFLORM_TYPE","PLATFORM_NAME","CRUISE_CODE","EVENT_ID","SAMPLE_ID","SAMPLING_PROTOCOL","SAMPLING_DEVICE_CATEGORY","STATION_NAME","LATITUDE","LONGITUDE","Sandbank","OWF","Location","Station","COUNTRY_CODE","EVENT_DATE in UTC","SEASON","YEAR","SAMPLE_SIZE_VALLUE","SAMPLE_SIZE_UNIT","SAMPLE_NAME","OCCURENCE_ID","BASIS_OR_RECORDS","SCIENTIFIC_NAME","WORMS_APHIA_ID","TAXON_RANK","MEASUREMENT_TYPE \n= \nPARAMETER","BASIS","MEASUREMENT_VALUE","UNIT","MATRIX"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Biomass per unit of surface","Ash-free dry weight",76.4132553606238,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Biomass per unit of surface","Ash-free dry weight",5.55555555555555,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",254.48343079922,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Biomass per unit of surface","Ash-free dry weight",19.7855750487328,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",26.8518518518518,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1","WGR13_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Autumn_2008_VV1_WGR13","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",251.559454191033,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",70.8284600389864,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",488.206168908382,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Biomass per unit of surface","Ash-free dry weight",175.243664717349,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",2549.9650945419,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1","WGR13_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2008_VV1_WGR13","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",6.67,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I24,\"_\",K24,\"_\",Q24,\"_\",R24,\"_\",T24,\"_\",U24,\"_\",X24)","v":"VV grab_GB04_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K24,\"_\",Q24,\"_\",T24,\"_\",U24,\"_\",X24)","v":"GB04_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G24,\"_\",K24)","v":"VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04"},"PreservedSpecimen","Asbjornsenia pygmaea J. E. Gray, 1837",879714,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Bathyporeia elegans (Lovén, 1846)",103058,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Echinocardium cordatum (Spence Bate, 1857)",124392,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Eteone longa (Pennant, 1777)",130616,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Leucothoe incisa (Fabricius, 1780)",102460,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Nemertea Robertson, 1892",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Phyllodoce Quatrefages, 1866",129455,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Spio Lamarck, 1818",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,310,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Density per unit of surface",null,550,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Asbjornsenia pygmaea J. E. Gray, 1837",879714,"Species","Biomass per unit of surface","Blotted wet weight",0.789,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Bathyporeia elegans (Lovén, 1846)",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.039,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.2,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Echinocardium cordatum (Spence Bate, 1857)",124392,"Species","Biomass per unit of surface","Blotted wet weight",10.915,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Eteone longa (Pennant, 1777)",130616,"Species","Biomass per unit of surface","Blotted wet weight",0.026,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Leucothoe incisa (Fabricius, 1780)",102460,"Species","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Nemertea Robertson, 1892",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.349,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Biomass per unit of surface","Blotted wet weight",3.372,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.048,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.56,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Phyllodoce Quatrefages, 1866",129455,"Genus","Biomass per unit of surface","Blotted wet weight",0.038,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Spio Lamarck, 1818",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.022,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",1.335,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Biomass per unit of surface","Blotted wet weight",63.291,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1","GB04_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2016_VV1_GB04","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Biomass per unit of surface","Blotted wet weight",2.881,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Pariambus typicus (Krøyer, 1845)",101857,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I56,\"_\",K56,\"_\",Q56,\"_\",R56,\"_\",T56,\"_\",U56,\"_\",X56)","v":"VV grab_GB04_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K56,\"_\",Q56,\"_\",T56,\"_\",U56,\"_\",X56)","v":"GB04_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G56,\"_\",K56)","v":"VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04"},"PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)",129884,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Nototropis falcatus (Metzger, 1871)",102139,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Edwardsiidae Andres, 1881",100665,"Family","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Spio Fabricius, 1785",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Perioculodes longimanus (Spence Bate & Westwood, 1868)",102915,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Phyllodoce Lamarck, 1818",129455,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Scoloplos armiger (Müller, 1776)",130537,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Magelona F. Müller, 1858",129341,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,170,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,120,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,120,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)",124929,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,120,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Biomass per unit of surface","Blotted wet weight",7.423,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Pariambus typicus (Krøyer, 1845)",101857,"Species","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)",129884,"Species","Biomass per unit of surface","Blotted wet weight",0.005,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Nototropis falcatus (Metzger, 1871)",102139,"Species","Biomass per unit of surface","Blotted wet weight",0.011000000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Edwardsiidae Andres, 1881",100665,"Family","Biomass per unit of surface","Blotted wet weight",0.013,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Spio Fabricius, 1785",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.015,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Perioculodes longimanus (Spence Bate & Westwood, 1868)",102915,"Species","Biomass per unit of surface","Blotted wet weight",0.019,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.02,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Phyllodoce Lamarck, 1818",129455,"Genus","Biomass per unit of surface","Blotted wet weight",0.032,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.043,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Scoloplos armiger (Müller, 1776)",130537,"Species","Biomass per unit of surface","Blotted wet weight",0.045,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Magelona F. Müller, 1858",129341,"Genus","Biomass per unit of surface","Blotted wet weight",0.06,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Biomass per unit of surface","Blotted wet weight",0.118,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.188,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I88,\"_\",K88,\"_\",Q88,\"_\",R88,\"_\",T88,\"_\",U88,\"_\",X88)","v":"VV grab_GB04_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K88,\"_\",Q88,\"_\",T88,\"_\",U88,\"_\",X88)","v":"GB04_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G88,\"_\",K88)","v":"VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04"},"PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.276,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.398,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.509,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)",124929,"Species","Biomass per unit of surface","Blotted wet weight",2.0460000000000003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Biomass per unit of surface","Blotted wet weight",2.366,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB04_REF_TB_BE_Autumn_2017_VV1_GB04","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",7.216,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1","WTA06_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTA06",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1_WTA06","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1","WTA06_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTA06",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1_WTA06","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1","WTA06_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTA06",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1_WTA06","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1","WTA06_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTA06",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1_WTA06","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,185.185185185185,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1","WTA06_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTA06",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1_WTA06","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1","WTA06_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTA06",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1_WTA06","PreservedSpecimen","Sipuncula Stephen, 1965","1268","Order","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1","WTA06_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTA06",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1_WTA06","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1","WTA06_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTA06",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTA06_IMPACT_BPNS_Autumn_2008_VV1_WTA06","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,253.411306042885,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,311.890838206628,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,165.692007797271,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02",51.45003617,2.859271696,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Pseudocuma (Pseudocuma) longicorne (Bate, 1858)","110627","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,155.945419103314,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Bathyporeia gracilis G.O. Sars, 1891","103059","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Diastylis rugosa Sars, 1865","110488","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Leucothoe incisa Robertson, 1892","102460","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Megaluropus agilis Hoek, 1889","102783","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Nephtys longosetosa Örsted, 1842","130364","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Phyllodoce lineata (Claparède, 1870)","334508","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,380.116959064327,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",1130.8660380117,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Bathyporeia gracilis G.O. Sars, 1891","103059","Species","Biomass per unit of surface","Ash-free dry weight",65.0165377192983,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",381.812229824561,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Diastylis rugosa Sars, 1865","110488","Species","Biomass per unit of surface","Ash-free dry weight",16.0818713450292,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",16.4717348927875,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Leucothoe incisa Robertson, 1892","102460","Species","Biomass per unit of surface","Ash-free dry weight",389.749376413254,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Megaluropus agilis Hoek, 1889","102783","Species","Biomass per unit of surface","Ash-free dry weight",23.1120265107212,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",7758.18713450292,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",559.025436159843,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Nephtys longosetosa Örsted, 1842","130364","Species","Biomass per unit of surface","Ash-free dry weight",9.05270582720534,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Phyllodoce lineata (Claparède, 1870)","334508","Species","Biomass per unit of surface","Ash-free dry weight",32.943469785575,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",131.432748538011,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",2719.10331384016,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",285.156261988303,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1","WGR21_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Autumn_2008_VV1_WGR21","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",26.8885251461987,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Eunoe nodosa (M. Sars, 1861)","130745","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,136.4522417154,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Thelepus cincinnatus (Fabricius, 1780)","131543","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Ash-free dry weight",5.65302144249512,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",3.36342426900585,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",19216.6920077972,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Eunoe nodosa (M. Sars, 1861)","130745","Species","Biomass per unit of surface","Ash-free dry weight",26.35477582846,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",6.58869395711501,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Biomass per unit of surface","Ash-free dry weight",9713.20493664716,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",2.82651072124755,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1","WGR21_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR21_REF_TB_BPNS_Spring_2008_VV1_WGR21","PreservedSpecimen","Thelepus cincinnatus (Fabricius, 1780)","131543","Species","Biomass per unit of surface","Ash-free dry weight",2.82651072124755,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)","131171","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45003617,2.859271696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I163,\"_\",K163,\"_\",Q163,\"_\",R163,\"_\",T163,\"_\",U163,\"_\",X163)","v":"VV grab_GB01_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K163,\"_\",Q163,\"_\",T163,\"_\",U163,\"_\",X163)","v":"GB01_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G163,\"_\",K163)","v":"VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01"},"PreservedSpecimen","Ammonactis (H. Milne Edwards, 1830)",854010,"Genus","Density per unit of surface",null,130,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Ampelisca typica Verrill, 1865",101933,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Aonides paucibranchiata (Spence Bate, 1857)",131107,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Bathyporeia elegans Southern, 1914",103058,"Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Diastylis rathkei Watkin, 1938",110487,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Eteone longa (Krøyer, 1841)",130616,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Gastrosaccus spinifer (Fabricius, 1780)",120020,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Macoma balthica (Goës, 1864)",141579,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Nemertea (Linnaeus, 1758)",152391,"Phylum","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Ophiura albida Cuvier, 1817",124913,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Ophiura Forbes, 1839",123574,"Genus","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Phyllodoce Lamarck, 1801",129455,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Polynoidae Lamarck, 1818",939,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Processa modica Kinberg, 1856",107688,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Spio Williamson <i>in</i> Williamson & Rochanaburanon, 1979",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,110,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Density per unit of surface",null,340,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Ammonactis (H. Milne Edwards, 1830)",854010,"Genus","Biomass per unit of surface","Blotted wet weight",0.431,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Ampelisca typica Verrill, 1865",101933,"Species","Biomass per unit of surface","Blotted wet weight",0.071,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Aonides paucibranchiata (Spence Bate, 1857)",131107,"Species","Biomass per unit of surface","Blotted wet weight",0.028,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Bathyporeia elegans Southern, 1914",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.143,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Diastylis rathkei Watkin, 1938",110487,"Species","Biomass per unit of surface","Blotted wet weight",0.055,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Eteone longa (Krøyer, 1841)",130616,"Species","Biomass per unit of surface","Blotted wet weight",0.052,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Gastrosaccus spinifer (Fabricius, 1780)",120020,"Species","Biomass per unit of surface","Blotted wet weight",0.017,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Macoma balthica (Goës, 1864)",141579,"Species","Biomass per unit of surface","Blotted wet weight",0.318,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Nemertea (Linnaeus, 1758)",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.057,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Biomass per unit of surface","Blotted wet weight",9.832,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.389,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Ophiura albida Cuvier, 1817",124913,"Species","Biomass per unit of surface","Blotted wet weight",3.878,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I195,\"_\",K195,\"_\",Q195,\"_\",R195,\"_\",T195,\"_\",U195,\"_\",X195)","v":"VV grab_GB01_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K195,\"_\",Q195,\"_\",T195,\"_\",U195,\"_\",X195)","v":"GB01_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G195,\"_\",K195)","v":"VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01"},"PreservedSpecimen","Ophiura Forbes, 1839",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.289,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Phyllodoce Lamarck, 1801",129455,"Genus","Biomass per unit of surface","Blotted wet weight",0.165,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Polynoidae Lamarck, 1818",939,"Family","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Processa modica Kinberg, 1856",107688,"Species","Biomass per unit of surface","Blotted wet weight",2.307,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Spio Williamson <i>in</i> Williamson & Rochanaburanon, 1979",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.04,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.61,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Biomass per unit of surface","Blotted wet weight",27.247,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2016_VV1_GB01","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Biomass per unit of surface","Blotted wet weight",1.231,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Eteone longa (Fabricius, 1780)",130616,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Pariambus typicus (Krøyer, 1845)",101857,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)",488966,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Perioculodes longimanus (Spence Bate & Westwood, 1868)",102915,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Leucothoe incisa Robertson, 1892",102460,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Monocorophium acherusicum (A. Costa, 1853)",225814,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Myrianida prolifera (O.F. Müller, 1788)",238200,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Abludomelita obtusata (Montagu, 1813)",102788,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Edwardsiidae Andres, 1881",100665,"Family","Density per unit of surface",null,150,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Lanice conchilega (Pallas, 1766)",131495,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,240,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Spisula J. E. Gray, 1837",138159,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Anoplodactylus virescens (Hodge, 1864)",134730,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Eteone longa (Fabricius, 1780)",130616,"Species","Biomass per unit of surface","Blotted wet weight",2.9999999999999996E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I227,\"_\",K227,\"_\",Q227,\"_\",R227,\"_\",T227,\"_\",U227,\"_\",X227)","v":"VV grab_GB01_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K227,\"_\",Q227,\"_\",T227,\"_\",U227,\"_\",X227)","v":"GB01_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G227,\"_\",K227)","v":"VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01"},"PreservedSpecimen","Pariambus typicus (Krøyer, 1845)",101857,"Species","Biomass per unit of surface","Blotted wet weight",2.9999999999999996E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)",488966,"Species","Biomass per unit of surface","Blotted wet weight",0.004,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Perioculodes longimanus (Spence Bate & Westwood, 1868)",102915,"Species","Biomass per unit of surface","Blotted wet weight",0.009,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Biomass per unit of surface","Blotted wet weight",0.009,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Leucothoe incisa Robertson, 1892",102460,"Species","Biomass per unit of surface","Blotted wet weight",0.015,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Monocorophium acherusicum (A. Costa, 1853)",225814,"Species","Biomass per unit of surface","Blotted wet weight",0.020999999999999998,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Myrianida prolifera (O.F. Müller, 1788)",238200,"Species","Biomass per unit of surface","Blotted wet weight",0.025,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.03,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.046,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.053,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Abludomelita obtusata (Montagu, 1813)",102788,"Species","Biomass per unit of surface","Blotted wet weight",0.062,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.08099999999999999,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.132,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Biomass per unit of surface","Blotted wet weight",0.218,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.27,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Edwardsiidae Andres, 1881",100665,"Family","Biomass per unit of surface","Blotted wet weight",0.281,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.29000000000000004,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Lanice conchilega (Pallas, 1766)",131495,"Species","Biomass per unit of surface","Blotted wet weight",0.492,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.5,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",5.468,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Spisula J. E. Gray, 1837",138159,"Genus","Biomass per unit of surface","Blotted wet weight",25.752000000000002,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB13 _VERY_CLOSE_BE_Autumn_2017_VV1","BB13 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB13 ",51.45223204,2.890660743,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB13 _VERY_CLOSE_BE_Autumn_2017_VV1_BB13 ","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.008,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB01_REF_TB_BE_Autumn_2017_VV1_GB01","PreservedSpecimen","Anoplodactylus virescens (Hodge, 1864)",134730,"Species","Biomass per unit of surface","Blotted wet weight",2.9999999999999996E-3,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",96.3534161793371,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",21126.8323586744,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Ash-free dry weight",819.345878947368,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",1573.05068226121,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",135.598713645224,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)","131171","Species","Biomass per unit of surface","Ash-free dry weight",877.631578947368,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",11.3060428849902,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",271.345029239766,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1","WGR22_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Autumn_2008_VV1_WGR22","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",76.9413913255361,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Aonides oxycephala (Sars, 1862)","131106","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Eunoe nodosa (M. Sars, 1861)","130745","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Glycera alba (O.F. Müller, 1776)","130116","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Aonides oxycephala (Sars, 1862)","131106","Species","Biomass per unit of surface","Ash-free dry weight",7.0662768031189,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Eunoe nodosa (M. Sars, 1861)","130745","Species","Biomass per unit of surface","Ash-free dry weight",19.766081871345,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Glycera alba (O.F. Müller, 1776)","130116","Species","Biomass per unit of surface","Ash-free dry weight",1146.43274853801,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",157.697961013644,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Biomass per unit of surface","Ash-free dry weight",104.58089668616,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1","WGR22_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR22_REF_TB_BPNS_Spring_2008_VV1_WGR22","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",8.47953216374269,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I271,\"_\",K271,\"_\",Q271,\"_\",R271,\"_\",T271,\"_\",U271,\"_\",X271)","v":"VV grab_GB22_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K271,\"_\",Q271,\"_\",T271,\"_\",U271,\"_\",X271)","v":"GB22_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G271,\"_\",K271)","v":"VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22"},"PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Glycera (Spence Bate, 1857)",129296,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Nemertea Lamarck, 1818",152391,"Phylum","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Ophiura Quatrefages, 1866",123574,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Phyllodoce Lamarck, 1801",129455,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Spio Lamarck, 1818",129625,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Urothoe brevicornis (Claparède, 1870)",103226,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.012,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.048,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Glycera (Spence Bate, 1857)",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.034,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Nemertea Lamarck, 1818",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Biomass per unit of surface","Blotted wet weight",2.969,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.106,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.394,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Ophiura Quatrefages, 1866",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.029,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Phyllodoce Lamarck, 1801",129455,"Genus","Biomass per unit of surface","Blotted wet weight",0.048,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Spio Lamarck, 1818",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.071,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.225,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2016_VV1_GB22","PreservedSpecimen","Urothoe brevicornis (Claparède, 1870)",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.321,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Nototropis falcatus (Metzger, 1871)",102139,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Spio Fabricius, 1785",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I303,\"_\",K303,\"_\",Q303,\"_\",R303,\"_\",T303,\"_\",U303,\"_\",X303)","v":"VV grab_GB22_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K303,\"_\",Q303,\"_\",T303,\"_\",U303,\"_\",X303)","v":"GB22_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G303,\"_\",K303)","v":"VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22"},"PreservedSpecimen","Nototropis falcatus (Metzger, 1871)",102139,"Species","Biomass per unit of surface","Blotted wet weight",0.005,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Spio Fabricius, 1785",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.011000000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.033,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.112,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.26,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.539,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.669,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1","GB22_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB22_REF_TB_BE_Autumn_2017_VV1_GB22","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",1.5270000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Eurydice spinigera (Spence Bate, 1857)",148637,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Glycera Hansen, 1890",129296,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Nephtys cirrosa Lamarck, 1818",130357,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Spio Quatrefages, 1866",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Urothoe brevicornis (Claparède, 1870)",103226,"Species","Density per unit of surface",null,180,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.08,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.114,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Eurydice spinigera (Spence Bate, 1857)",148637,"Species","Biomass per unit of surface","Blotted wet weight",0.085,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Glycera Hansen, 1890",129296,"Genus","Biomass per unit of surface","Blotted wet weight",2.176,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Nephtys cirrosa Lamarck, 1818",130357,"Species","Biomass per unit of surface","Blotted wet weight",1.077,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.037,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Biomass per unit of surface","Blotted wet weight",1.753,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Spio Quatrefages, 1866",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.009,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.124,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1","GB05_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2016_VV1_GB05","PreservedSpecimen","Urothoe brevicornis (Claparède, 1870)",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.995,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Mytilus edulis Linnaeus, 1758",140480,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Spio Fabricius, 1785",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I335,\"_\",K335,\"_\",Q335,\"_\",R335,\"_\",T335,\"_\",U335,\"_\",X335)","v":"VV grab_GB05_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K335,\"_\",Q335,\"_\",T335,\"_\",U335,\"_\",X335)","v":"GB05_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G335,\"_\",K335)","v":"VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05"},"PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,230,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Mytilus edulis Linnaeus, 1758",140480,"Species","Biomass per unit of surface","Blotted wet weight",2.9999999999999996E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Spio Fabricius, 1785",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.004,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.008,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.01,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.016,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.18100000000000002,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",1.089,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",1.154,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",1.443,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB05_REF_TB_BE_Autumn_2017_VV1_GB05","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Biomass per unit of surface","Blotted wet weight",8.350999999999999,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02",51.45693104,2.878534935,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02",51.45693104,2.878534935,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02",51.45693104,2.878534935,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1","WTB04_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB04",51.45693104,2.878534935,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1_WTB04","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1","WTB04_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB04",51.45693104,2.878534935,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1_WTB04","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1","WTB04_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB04",51.45693104,2.878534935,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1_WTB04","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Density per unit of surface",null,233.918128654971,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Density per unit of surface",null,87.719298245614,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,136.4522417154,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Spisula subtruncata (da Costa, 1778)","140302","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Biomass per unit of surface","Ash-free dry weight",418.042962280702,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",1027.83625730994,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",1463.81159844055,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",187.962962962963,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",1852.77777777778,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1","WGR23_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Autumn_2008_VV1_WGR23","PreservedSpecimen","Spisula subtruncata (da Costa, 1778)","140302","Species","Biomass per unit of surface","Ash-free dry weight",3783.88888888888,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,87.719298245614,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Pseudocuma (Pseudocuma) longicorne (Bate, 1858)","110627","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Thelepus cincinnatus (Fabricius, 1780)","131543","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Biomass per unit of surface","Ash-free dry weight",202.198710038986,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",948.979691325535,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Biomass per unit of surface","Ash-free dry weight",73.0890802144249,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Pseudocuma (Pseudocuma) longicorne (Bate, 1858)","110627","Species","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1","WGR23_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR23_REF_TB_BPNS_Spring_2008_VV1_WGR23","PreservedSpecimen","Thelepus cincinnatus (Fabricius, 1780)","131543","Species","Biomass per unit of surface","Ash-free dry weight",2.82651072124755,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I381,\"_\",K381,\"_\",Q381,\"_\",R381,\"_\",T381,\"_\",U381,\"_\",X381)","v":"VV grab_GB23_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K381,\"_\",Q381,\"_\",T381,\"_\",U381,\"_\",X381)","v":"GB23_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G381,\"_\",K381)","v":"VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23"},"PreservedSpecimen","Ammonactis Spence Bate & Westwood, 1862",854010,"Genus","Density per unit of surface",null,110,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Bathyporeia elegans Verrill, 1865",103058,"Species","Density per unit of surface",null,230,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Eteone flava (Spence Bate, 1857)",130613,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Jassa herdmani (Fabricius, 1780)",102432,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Magelona (Walker, 1893)",129341,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Nemertea F. Müller, 1858",152391,"Phylum","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,130,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Ophelia borealis Ehlers, 1868",130491,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Ophiura albida Quatrefages, 1866",124913,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Ophiura Forbes, 1839",123574,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Pontocrates Lamarck, 1801",101702,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Scolelepis (Scolelepis) squamata Boeck, 1871",157566,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Spiophanes bombyx (O.F. Muller, 1806)",131187,"Species","Density per unit of surface",null,120,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Density per unit of surface",null,350,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Ammonactis Spence Bate & Westwood, 1862",854010,"Genus","Biomass per unit of surface","Blotted wet weight",0.25,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Bathyporeia elegans Verrill, 1865",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.306,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.089,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Eteone flava (Spence Bate, 1857)",130613,"Species","Biomass per unit of surface","Blotted wet weight",1.378,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Jassa herdmani (Fabricius, 1780)",102432,"Species","Biomass per unit of surface","Blotted wet weight",0.017,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Magelona (Walker, 1893)",129341,"Genus","Biomass per unit of surface","Blotted wet weight",0.029,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Nemertea F. Müller, 1858",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.926,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Biomass per unit of surface","Blotted wet weight",3.741,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Ophelia borealis Ehlers, 1868",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.709,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Ophiura albida Quatrefages, 1866",124913,"Species","Biomass per unit of surface","Blotted wet weight",1.05,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Ophiura Forbes, 1839",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.054,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Pontocrates Lamarck, 1801",101702,"Genus","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Scolelepis (Scolelepis) squamata Boeck, 1871",157566,"Species","Biomass per unit of surface","Blotted wet weight",0.166,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Spiophanes bombyx (O.F. Muller, 1806)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.665,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1","GB23_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2016_VV1_GB23","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Biomass per unit of surface","Blotted wet weight",1.444,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I413,\"_\",K413,\"_\",Q413,\"_\",R413,\"_\",T413,\"_\",U413,\"_\",X413)","v":"VV grab_GB23_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K413,\"_\",Q413,\"_\",T413,\"_\",U413,\"_\",X413)","v":"GB23_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G413,\"_\",K413)","v":"VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23"},"PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Aricidea (Aricidea) minuta Southward, 1956",730747,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Diogenes pugilator (Roux, 1829)",107199,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,100,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,150,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,120,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Spisula J. E. Gray, 1837",138159,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)",124929,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.009,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Aricidea (Aricidea) minuta Southward, 1956",730747,"Species","Biomass per unit of surface","Blotted wet weight",0.011000000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.015,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Diogenes pugilator (Roux, 1829)",107199,"Species","Biomass per unit of surface","Blotted wet weight",0.09599999999999999,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.241,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.327,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.5589999999999999,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Biomass per unit of surface","Blotted wet weight",0.615,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Spisula J. E. Gray, 1837",138159,"Genus","Biomass per unit of surface","Blotted wet weight",1.5790000000000002,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",2.6109999999999998,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB23_REF_TB_BE_Autumn_2017_VV1_GB23","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)",124929,"Species","Biomass per unit of surface","Blotted wet weight",2.9570000000000003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Ammonactis Spence Bate & Westwood, 1862",854010,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Amphipoda Verrill, 1865",1135,"Order","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Bathyporeia elegans Latreille, 1816",103058,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Diogenes pugilator Watkin, 1938",107199,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Echinocardium cordatum (Roux, 1829)",124392,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Magelona (Pennant, 1777)",129341,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Nemertea F. Müller, 1858",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Nephtys caeca ",130355,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Nephtys cirrosa (Fabricius, 1780)",130357,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I445,\"_\",K445,\"_\",Q445,\"_\",R445,\"_\",T445,\"_\",U445,\"_\",X445)","v":"VV grab_GB12_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K445,\"_\",Q445,\"_\",T445,\"_\",U445,\"_\",X445)","v":"GB12_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G445,\"_\",K445)","v":"VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12"},"PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Ophiura Quatrefages, 1866",123574,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Spio Lamarck, 1801",129625,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,110,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Ammonactis Spence Bate & Westwood, 1862",854010,"Genus","Biomass per unit of surface","Blotted wet weight",0.019,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Amphipoda Verrill, 1865",1135,"Order","Biomass per unit of surface","Blotted wet weight",0.01,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Bathyporeia elegans Latreille, 1816",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.041,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Diogenes pugilator Watkin, 1938",107199,"Species","Biomass per unit of surface","Blotted wet weight",0.071,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Echinocardium cordatum (Roux, 1829)",124392,"Species","Biomass per unit of surface","Blotted wet weight",2.05,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Magelona (Pennant, 1777)",129341,"Genus","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Nemertea F. Müller, 1858",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.222,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Nephtys caeca ",130355,"Species","Biomass per unit of surface","Blotted wet weight",30.841,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Nephtys cirrosa (Fabricius, 1780)",130357,"Species","Biomass per unit of surface","Blotted wet weight",3.385,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.154,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.162,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Ophiura Quatrefages, 1866",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.315,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Spio Lamarck, 1801",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.03,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.748,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2016_VV1_GB12","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Biomass per unit of surface","Blotted wet weight",2.202,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Edwardsiidae Andres, 1881",100665,"Family","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Edwardsiidae Andres, 1881",100665,"Family","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.011000000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.12,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.378,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.6819999999999999,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB12_REF_TB_BE_Autumn_2017_VV1_GB12","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",3.412,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I477,\"_\",K477,\"_\",Q477,\"_\",R477,\"_\",T477,\"_\",U477,\"_\",X477)","v":"VV grab_GB02_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K477,\"_\",Q477,\"_\",T477,\"_\",U477,\"_\",X477)","v":"GB02_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G477,\"_\",K477)","v":"VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02"},"PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Ensis Watkin, 1938",138333,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Gastrosaccus spinifer Schumacher, 1817",120020,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Glycera (Goës, 1864)",129296,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Jassa herdmani Lamarck, 1818",102432,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Nephtys cirrosa (Walker, 1893)",130357,"Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Spio Cuvier, 1817",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Density per unit of surface",null,450,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.024,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Ensis Watkin, 1938",138333,"Genus","Biomass per unit of surface","Blotted wet weight",4.333,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Gastrosaccus spinifer Schumacher, 1817",120020,"Species","Biomass per unit of surface","Blotted wet weight",0.239,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Glycera (Goës, 1864)",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.262,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Jassa herdmani Lamarck, 1818",102432,"Species","Biomass per unit of surface","Blotted wet weight",0.02,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Nephtys cirrosa (Walker, 1893)",130357,"Species","Biomass per unit of surface","Blotted wet weight",4.209,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.052,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Spio Cuvier, 1817",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.022,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.259,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Biomass per unit of surface","Blotted wet weight",13.984,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2016_VV1_GB02","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Biomass per unit of surface","Blotted wet weight",3.086,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,130,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,540,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.011000000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.022000000000000002,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I509,\"_\",K509,\"_\",Q509,\"_\",R509,\"_\",T509,\"_\",U509,\"_\",X509)","v":"VV grab_GB02_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K509,\"_\",Q509,\"_\",T509,\"_\",U509,\"_\",X509)","v":"GB02_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G509,\"_\",K509)","v":"VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02"},"PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Biomass per unit of surface","Blotted wet weight",0.117,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.276,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.312,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",2.184,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",2.872,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1","GB02_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB02_REF_TB_BE_Autumn_2017_VV1_GB02","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",6.4590000000000005,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Ampharetinae Malmgren, 1866","152252","Family","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Magelona mirabilis (Johnston, 1865)","130271","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Nephtys longosetosa Örsted, 1842","130364","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,175.438596491228,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Ampharetinae Malmgren, 1866","152252","Family","Biomass per unit of surface","Ash-free dry weight",9.35672514619883,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",469.703144736842,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",2731.01364522417,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Magelona mirabilis (Johnston, 1865)","130271","Species","Biomass per unit of surface","Ash-free dry weight",14.1325536062378,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",571.569200779727,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",138.518943079922,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Nephtys longosetosa Örsted, 1842","130364","Species","Biomass per unit of surface","Ash-free dry weight",2869.73692834733,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Biomass per unit of surface","Ash-free dry weight",1328.46003898635,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Biomass per unit of surface","Ash-free dry weight",20312.0763060429,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1","WGR20_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR20",51.45942763,2.835877696,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR20_REF_TB_BPNS_Autumn_2008_VV1_WGR20","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",1955.94541910331,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1","WTB04_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB04",51.4601078,2.889034778,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1_WTB04","PreservedSpecimen","Bodotria pulchella (Sars, 1878)","110444","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1","WTB04_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB04",51.4601078,2.889034778,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1_WTB04","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1","WTB04_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB04",51.4601078,2.889034778,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1_WTB04","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1","WTB04_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB04",51.4601078,2.889034778,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1_WTB04","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1","WTB04_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB04",51.4601078,2.889034778,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1_WTB04","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,175.438596491228,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1","WTB04_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB04",51.4601078,2.889034778,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB04_IMPACT_BPNS_Autumn_2008_VV1_WTB04","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,87.719298245614,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB07_IMPACT_BPNS_Autumn_2008_VV1","WTB07_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB07",51.4601078,2.889034778,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB07_IMPACT_BPNS_Autumn_2008_VV1_WTB07","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB07_IMPACT_BPNS_Autumn_2008_VV1","WTB07_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB07",51.4601078,2.889034778,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB07_IMPACT_BPNS_Autumn_2008_VV1_WTB07","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Magelona mirabilis (Johnston, 1865)","130271","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Polydora Fenzl","1076625","Genus","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)","131171","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",20.9099399610135,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Magelona mirabilis (Johnston, 1865)","130271","Species","Biomass per unit of surface","Ash-free dry weight",103.167641325536,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",4814.68810916179,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",125.024394249513,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Polydora Fenzl","1076625","Genus","Biomass per unit of surface","Ash-free dry weight",15.5458089668616,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)","131171","Species","Biomass per unit of surface","Ash-free dry weight",633.138401559453,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",48.0506822612086,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1","WGR24_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Autumn_2008_VV1_WGR24","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",764.571150097465,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Magelona mirabilis (Johnston, 1865)","130271","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Magelona mirabilis (Johnston, 1865)","130271","Species","Biomass per unit of surface","Ash-free dry weight",240.253411306043,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",235.545808966862,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",1659.43077680311,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Biomass per unit of surface","Ash-free dry weight",52.2904483430799,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",40.9844054580897,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1","WGR24_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR24_REF_TB_BPNS_Spring_2008_VV1_WGR24","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",3580.49365789474,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I571,\"_\",K571,\"_\",Q571,\"_\",R571,\"_\",T571,\"_\",U571,\"_\",X571)","v":"VV grab_GB24_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K571,\"_\",Q571,\"_\",T571,\"_\",U571,\"_\",X571)","v":"GB24_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G571,\"_\",K571)","v":"VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24"},"PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Diastylis rathkei Watkin, 1938",110487,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Echinocardium cordatum (Krøyer, 1841)",124392,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Gastrosaccus spinifer (Pennant, 1777)",120020,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Jassa herdmani (Goës, 1864)",102432,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Nephtys cirrosa (Walker, 1893)",130357,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Nephtys longosetosa Cuvier, 1817",130364,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Ophelia borealis Örsted, 1842",130491,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Spiophanes bombyx Quatrefages, 1866",131187,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Thia scutellata J. E. Gray, 1837",107281,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Urothoe brevicornis (Fabricius, 1793)",103226,"Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Westwoodilla caecula Spence Bate & Westwood, 1862",102932,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.086,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Diastylis rathkei Watkin, 1938",110487,"Species","Biomass per unit of surface","Blotted wet weight",0.212,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Echinocardium cordatum (Krøyer, 1841)",124392,"Species","Biomass per unit of surface","Blotted wet weight",447.32,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Gastrosaccus spinifer (Pennant, 1777)",120020,"Species","Biomass per unit of surface","Blotted wet weight",0.197,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Jassa herdmani (Goës, 1864)",102432,"Species","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Nephtys cirrosa (Walker, 1893)",130357,"Species","Biomass per unit of surface","Blotted wet weight",0.883,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.416,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Nephtys longosetosa Cuvier, 1817",130364,"Species","Biomass per unit of surface","Blotted wet weight",2.411,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Ophelia borealis Örsted, 1842",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.632,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Spiophanes bombyx Quatrefages, 1866",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.079,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Biomass per unit of surface","Blotted wet weight",0.038,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Thia scutellata J. E. Gray, 1837",107281,"Species","Biomass per unit of surface","Blotted wet weight",0.315,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Urothoe brevicornis (Fabricius, 1793)",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.154,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2016_VV1_GB24","PreservedSpecimen","Westwoodilla caecula Spence Bate & Westwood, 1862",102932,"Species","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Urothoe poseidonis Reibish, 1905",103235,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Leucothoe incisa Robertson, 1892",102460,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I603,\"_\",K603,\"_\",Q603,\"_\",R603,\"_\",T603,\"_\",U603,\"_\",X603)","v":"VV grab_GB24_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K603,\"_\",Q603,\"_\",T603,\"_\",U603,\"_\",X603)","v":"GB24_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G603,\"_\",K603)","v":"VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24"},"PreservedSpecimen","Magelona F. Müller, 1858",129341,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,120,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)",124392,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Urothoe poseidonis Reibish, 1905",103235,"Species","Biomass per unit of surface","Blotted wet weight",0.009,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.01,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Leucothoe incisa Robertson, 1892",102460,"Species","Biomass per unit of surface","Blotted wet weight",0.020999999999999998,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.045,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Magelona F. Müller, 1858",129341,"Genus","Biomass per unit of surface","Blotted wet weight",0.16199999999999998,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Biomass per unit of surface","Blotted wet weight",0.725,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.888,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",3.409,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Biomass per unit of surface","Blotted wet weight",14.168000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1","GB24_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB24_REF_TB_BE_Autumn_2017_VV1_GB24","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)",124392,"Species","Biomass per unit of surface","Blotted wet weight",545.502,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Ammonactis Spence Bate & Westwood, 1862",854010,"Genus","Density per unit of surface",null,210,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Bathyporeia elegans Verrill, 1865",103058,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Diogenes pugilator (Spence Bate, 1857)",107199,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Glycera (Roux, 1829)",129296,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Nephtys cirrosa Lamarck, 1818",130357,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Paguridae Quatrefages, 1866",106738,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Spio Latreille, 1802",129625,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Ammonactis Spence Bate & Westwood, 1862",854010,"Genus","Biomass per unit of surface","Blotted wet weight",1.349,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Bathyporeia elegans Verrill, 1865",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.042,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.097,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I635,\"_\",K635,\"_\",Q635,\"_\",R635,\"_\",T635,\"_\",U635,\"_\",X635)","v":"VV grab_GB15_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K635,\"_\",Q635,\"_\",T635,\"_\",U635,\"_\",X635)","v":"GB15_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G635,\"_\",K635)","v":"VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15"},"PreservedSpecimen","Diogenes pugilator (Spence Bate, 1857)",107199,"Species","Biomass per unit of surface","Blotted wet weight",0.266,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Glycera (Roux, 1829)",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.012,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Nephtys cirrosa Lamarck, 1818",130357,"Species","Biomass per unit of surface","Blotted wet weight",3.875,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.0083,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Biomass per unit of surface","Blotted wet weight",1.612,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Paguridae Quatrefages, 1866",106738,"Family","Biomass per unit of surface","Blotted wet weight",0.086,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Spio Latreille, 1802",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.119,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.201,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Biomass per unit of surface","Blotted wet weight",54.905,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1","GB15_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2016_VV1_GB15","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.525,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Magelona F. Müller, 1858",129341,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Spio Fabricius, 1785",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Edwardsiidae Andres, 1881",100665,"Family","Density per unit of surface",null,130,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,100,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Tritia reticulata (Linnaeus, 1758)",876821,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Magelona F. Müller, 1858",129341,"Genus","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Spio Fabricius, 1785",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.013,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.093,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.114,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Edwardsiidae Andres, 1881",100665,"Family","Biomass per unit of surface","Blotted wet weight",0.149,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.22599999999999998,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Biomass per unit of surface","Blotted wet weight",0.49,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Tritia reticulata (Linnaeus, 1758)",876821,"Species","Biomass per unit of surface","Blotted wet weight",0.731,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",3.525,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1","GB15_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB15_REF_TB_BE_Autumn_2017_VV1_GB15","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",4.369,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Anthozoa Ehrenberg, 1834","1292","Phylum","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Echinoidea Schumacher, 1817","123082","Class","Density per unit of surface",null,536.062378167641,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Harmothoe Kinberg, 1856","129491","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Sipuncula Stephen, 1965","1268","Order","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Urothoe elegans Spence Bate, 1857","103228","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Anthozoa Ehrenberg, 1834","1292","Phylum","Biomass per unit of surface","Ash-free dry weight",28.0701754385965,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Ash-free dry weight",2.82651072124755,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Echinoidea Schumacher, 1817","123082","Class","Biomass per unit of surface","Ash-free dry weight",2114.25925925926,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",352.495126705652,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Harmothoe Kinberg, 1856","129491","Genus","Biomass per unit of surface","Ash-free dry weight",13.17738791423,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Biomass per unit of surface","Ash-free dry weight",19.7855750487328,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",450.282169395712,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Biomass per unit of surface","Ash-free dry weight",48.8469753066032,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Biomass per unit of surface","Ash-free dry weight",1512.18323586745,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Biomass per unit of surface","Ash-free dry weight",3244.39105165691,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Sipuncula Stephen, 1965","1268","Order","Biomass per unit of surface","Ash-free dry weight",38.2066276803119,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",60.2677541910331,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1","WGR19_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR19_REF_TB_BPNS_Spring_2008_VV1_WGR19","PreservedSpecimen","Urothoe elegans Spence Bate, 1857","103228","Species","Biomass per unit of surface","Ash-free dry weight",12.7382654970759,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I691,\"_\",K691,\"_\",Q691,\"_\",R691,\"_\",T691,\"_\",U691,\"_\",X691)","v":"VV grab_GB19_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K691,\"_\",Q691,\"_\",T691,\"_\",U691,\"_\",X691)","v":"GB19_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G691,\"_\",K691)","v":"VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19"},"PreservedSpecimen","Anoplodactylus Spence Bate & Westwood, 1862",134592,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Aonides paucibranchiata Wilson, 1878",131107,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Bathyporeia elegans Southern, 1914",103058,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Cirratulidae (Spence Bate, 1857)",919,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Echinocyamus pusillus Ryckholt, 1851",124273,"Species","Density per unit of surface",null,400,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Glycera (O.F. Müller, 1776)",129296,"Genus","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Jassa herdmani Lamarck, 1818",102432,"Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Kurtiella bidentata (Walker, 1893)",345281,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Liocarcinus holsatus (Montagu, 1803)",1748246,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Nemertea (Fabricius, 1798)",152391,"Phylum","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Ophelia borealis Ehlers, 1868",130491,"Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Ophiura Quatrefages, 1866",123574,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Paguridae Lamarck, 1801",106738,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Pariambus typicus Latreille, 1802",101857,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Polynoidae (Krøyer, 1845)",939,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Pseudocuma (Pseudocuma) simile Kinberg, 1856",110628,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Spiophanes bombyx G.O. Sars, 1900",131187,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Stenothoe marina (Claparède, 1870)",103166,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Terebellidae (Spence Bate, 1857)",982,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Urothoe brevicornis Johnston, 1846",103226,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Anoplodactylus Spence Bate & Westwood, 1862",134592,"Genus","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Aonides paucibranchiata Wilson, 1878",131107,"Species","Biomass per unit of surface","Blotted wet weight",0.067,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Bathyporeia elegans Southern, 1914",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.021,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.066,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Cirratulidae (Spence Bate, 1857)",919,"Family","Biomass per unit of surface","Blotted wet weight",0.304,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Echinocyamus pusillus Ryckholt, 1851",124273,"Species","Biomass per unit of surface","Blotted wet weight",1.075,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Glycera (O.F. Müller, 1776)",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.187,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Jassa herdmani Lamarck, 1818",102432,"Species","Biomass per unit of surface","Blotted wet weight",0.104,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Kurtiella bidentata (Walker, 1893)",345281,"Species","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Liocarcinus holsatus (Montagu, 1803)",1748246,"Species","Biomass per unit of surface","Blotted wet weight",79.13,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I723,\"_\",K723,\"_\",Q723,\"_\",R723,\"_\",T723,\"_\",U723,\"_\",X723)","v":"VV grab_GB19_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K723,\"_\",Q723,\"_\",T723,\"_\",U723,\"_\",X723)","v":"GB19_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G723,\"_\",K723)","v":"VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19"},"PreservedSpecimen","Nemertea (Fabricius, 1798)",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.055,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Biomass per unit of surface","Blotted wet weight",0.097,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Ophelia borealis Ehlers, 1868",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.89,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Ophiura Quatrefages, 1866",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.33,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Paguridae Lamarck, 1801",106738,"Family","Biomass per unit of surface","Blotted wet weight",0.011,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Pariambus typicus Latreille, 1802",101857,"Species","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Polynoidae (Krøyer, 1845)",939,"Family","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Pseudocuma (Pseudocuma) simile Kinberg, 1856",110628,"Species","Biomass per unit of surface","Blotted wet weight",0.005,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Spiophanes bombyx G.O. Sars, 1900",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.139,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Stenothoe marina (Claparède, 1870)",103166,"Species","Biomass per unit of surface","Blotted wet weight",0.017,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Terebellidae (Spence Bate, 1857)",982,"Family","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1","GB19_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2016_VV1_GB19","PreservedSpecimen","Urothoe brevicornis Johnston, 1846",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.008,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Anoplodactylus virescens (Hodge, 1864)",134730,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Myrianida prolifera (O.F. Müller, 1788)",238200,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)",129884,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Aonides paucibranchiata Southern, 1914",131107,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Urothoe elegans Spence Bate, 1857",103228,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Poecilochaetus serpens Allen, 1904",130711,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Pholoe minuta (Fabricius, 1780)",130603,"Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Epitonium Röding, 1798",137943,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,210,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Owenia fusiformis Delle Chiaje, 1844",130544,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Cirratulidae Ryckholt, 1851",919,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Density per unit of surface",null,150,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Sipuncula Stephen, 1965",1268,"Order","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Spisula J. E. Gray, 1837",138159,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Density per unit of surface",null,220,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)",124273,"Species","Density per unit of surface",null,440,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Actiniaria Hertwig, 1882",1360,"Order","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I755,\"_\",K755,\"_\",Q755,\"_\",R755,\"_\",T755,\"_\",U755,\"_\",X755)","v":"VV grab_GB19_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K755,\"_\",Q755,\"_\",T755,\"_\",U755,\"_\",X755)","v":"GB19_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G755,\"_\",K755)","v":"VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19"},"PreservedSpecimen","Anoplodactylus virescens (Hodge, 1864)",134730,"Species","Biomass per unit of surface","Blotted wet weight",2.9999999999999996E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Myrianida prolifera (O.F. Müller, 1788)",238200,"Species","Biomass per unit of surface","Blotted wet weight",0.011000000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)",129884,"Species","Biomass per unit of surface","Blotted wet weight",0.011000000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Aonides paucibranchiata Southern, 1914",131107,"Species","Biomass per unit of surface","Blotted wet weight",0.016,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Urothoe elegans Spence Bate, 1857",103228,"Species","Biomass per unit of surface","Blotted wet weight",0.036,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Poecilochaetus serpens Allen, 1904",130711,"Species","Biomass per unit of surface","Blotted wet weight",0.051000000000000004,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Biomass per unit of surface","Blotted wet weight",0.06,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Pholoe minuta (Fabricius, 1780)",130603,"Species","Biomass per unit of surface","Blotted wet weight",0.1,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Epitonium Röding, 1798",137943,"Genus","Biomass per unit of surface","Blotted wet weight",0.123,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.179,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.20600000000000002,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",0.23800000000000002,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Owenia fusiformis Delle Chiaje, 1844",130544,"Species","Biomass per unit of surface","Blotted wet weight",0.31600000000000006,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Cirratulidae Ryckholt, 1851",919,"Family","Biomass per unit of surface","Blotted wet weight",0.436,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.451,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Sipuncula Stephen, 1965",1268,"Order","Biomass per unit of surface","Blotted wet weight",0.459,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Spisula J. E. Gray, 1837",138159,"Genus","Biomass per unit of surface","Blotted wet weight",0.707,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Biomass per unit of surface","Blotted wet weight",1.2670000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)",124273,"Species","Biomass per unit of surface","Blotted wet weight",1.847,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1","GB19_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB19_REF_TB_BE_Autumn_2017_VV1_GB19","PreservedSpecimen","Actiniaria Hertwig, 1882",1360,"Order","Biomass per unit of surface","Blotted wet weight",20.755,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB07_IMPACT_BPNS_Autumn_2008_VV1","WTB07_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB07",51.46304991,2.897187534,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB07_IMPACT_BPNS_Autumn_2008_VV1_WTB07","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1","WTB08_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB08",51.46304991,2.897187534,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1_WTB08","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1","WTB08_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB08",51.46304991,2.897187534,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1_WTB08","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1","WTB08_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB08",51.46304991,2.897187534,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1_WTB08","PreservedSpecimen","Goniadella bobrezkii (Annenkova, 1929)","130143","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1","WTB08_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB08",51.46304991,2.897187534,"Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1_WTB08","PreservedSpecimen","Leucothoe incisa Robertson, 1892","102460","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Biomass per unit of surface","Ash-free dry weight",29375.9605360624,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",4590.67251461987,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",105.543186744639,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",204.922027290447,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1","WGR25_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Autumn_2008_VV1_WGR25","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",115.88693957115,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1","WGR25_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1_WGR25","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1","WGR25_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1_WGR25","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1","WGR25_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1_WGR25","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1","WGR25_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1_WGR25","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",29.8106082846003,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1","WGR25_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1_WGR25","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",207.246748538012,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1","WGR25_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR25_REF_TB_BPNS_Spring_2008_VV1_WGR25","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",18.3723196881092,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I796,\"_\",K796,\"_\",Q796,\"_\",R796,\"_\",T796,\"_\",U796,\"_\",X796)","v":"VV grab_GB25_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K796,\"_\",Q796,\"_\",T796,\"_\",U796,\"_\",X796)","v":"GB25_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G796,\"_\",K796)","v":"VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25"},"PreservedSpecimen","Gastrosaccus spinifer (Spence Bate, 1857)",120020,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Jassa herdmani (Goës, 1864)",102432,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Nemertea (Walker, 1893)",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Spio Quatrefages, 1866",129625,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Gastrosaccus spinifer (Spence Bate, 1857)",120020,"Species","Biomass per unit of surface","Blotted wet weight",0.189,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Jassa herdmani (Goës, 1864)",102432,"Species","Biomass per unit of surface","Blotted wet weight",0.085,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Nemertea (Walker, 1893)",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Biomass per unit of surface","Blotted wet weight",0.977,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.025,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.392,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Spio Quatrefages, 1866",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.095,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1","GB25_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2016_VV1_GB25","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.1,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)",120020,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.011000000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)",131171,"Species","Biomass per unit of surface","Blotted wet weight",0.07400000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)",120020,"Species","Biomass per unit of surface","Blotted wet weight",0.173,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",4.149,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1","GB25_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB25_REF_TB_BE_Autumn_2017_VV1_GB25","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",4.71,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Jassa herdmani Spence Bate & Westwood, 1862",102432,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Nephtys (Walker, 1893)",129370,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Nephtys longosetosa Cuvier, 1817",130364,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Processa modica Örsted, 1842",107688,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I828,\"_\",K828,\"_\",Q828,\"_\",R828,\"_\",T828,\"_\",U828,\"_\",X828)","v":"VV grab_GB14_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K828,\"_\",Q828,\"_\",T828,\"_\",U828,\"_\",X828)","v":"GB14_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G828,\"_\",K828)","v":"VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14"},"PreservedSpecimen","Spio Williamson <i>in</i> Williamson & Rochanaburanon, 1979",129625,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Urothoe brevicornis (Claparède, 1870)",103226,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Jassa herdmani Spence Bate & Westwood, 1862",102432,"Species","Biomass per unit of surface","Blotted wet weight",0.008,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Nephtys (Walker, 1893)",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.146,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Nephtys longosetosa Cuvier, 1817",130364,"Species","Biomass per unit of surface","Blotted wet weight",2.827,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Processa modica Örsted, 1842",107688,"Species","Biomass per unit of surface","Blotted wet weight",0.851,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Spio Williamson <i>in</i> Williamson & Rochanaburanon, 1979",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.092,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.115,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1","GB14_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2016_VV1_GB14","PreservedSpecimen","Urothoe brevicornis (Claparède, 1870)",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.056,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)",124929,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Ophiura Lamarck, 1801",123574,"Genus","Biomass per unit of surface","Blotted wet weight",0.005,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.041999999999999996,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.261,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.6990000000000001,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",2.446,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB14_REF_TB_BE_Autumn_2017_VV1_GB14","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)",124929,"Species","Biomass per unit of surface","Blotted wet weight",3.9619999999999997,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Ampharetinae Malmgren, 1866","152252","Family","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,370.37037037037,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Phyllodoce lineata (Claparède, 1870)","334508","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,321.637426900585,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Spisula subtruncata (da Costa, 1778)","140302","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Terebellidae Johnston, 1846","982","Family","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,136.4522417154,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Ampharetinae Malmgren, 1866","152252","Family","Biomass per unit of surface","Ash-free dry weight",41.3255360623782,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Ash-free dry weight",32.504873294347,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Biomass per unit of surface","Ash-free dry weight",435.769980506823,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Biomass per unit of surface","Ash-free dry weight",39.2787524366472,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",192.465886939571,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Biomass per unit of surface","Ash-free dry weight",44.4736842105262,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",1592.81676413255,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",831.7738791423,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",2803.48927875243,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",235.93567251462,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Biomass per unit of surface","Ash-free dry weight",199.269005847953,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Biomass per unit of surface","Ash-free dry weight",16312.7002534113,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Phyllodoce lineata (Claparède, 1870)","334508","Species","Biomass per unit of surface","Ash-free dry weight",16.4717348927875,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Biomass per unit of surface","Ash-free dry weight",77.4171539961013,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",2317.738791423,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Spisula subtruncata (da Costa, 1778)","140302","Species","Biomass per unit of surface","Ash-free dry weight",26126.1111111111,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Terebellidae Johnston, 1846","982","Family","Biomass per unit of surface","Ash-free dry weight",94.6881091617933,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1","WGR18_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Autumn_2008_VV1_WGR18","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",574.366471734893,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Abra alba (W. Wood, 1802)","141433","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,243.664717348928,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,107.212475633528,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Thelepus cincinnatus (Fabricius, 1780)","131543","Species","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Abra alba (W. Wood, 1802)","141433","Species","Biomass per unit of surface","Ash-free dry weight",0.555555555555556,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Ash-free dry weight",59.3567251461988,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",49.157804288499,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",940.360623781675,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",364.025341130603,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",42.8700127680312,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Biomass per unit of surface","Ash-free dry weight",15.1287320797956,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Thelepus cincinnatus (Fabricius, 1780)","131543","Species","Biomass per unit of surface","Ash-free dry weight",195.029239766082,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1","WGR18_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR18_REF_TB_BPNS_Spring_2008_VV1_WGR18","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",30.5848218323586,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I904,\"_\",K904,\"_\",Q904,\"_\",R904,\"_\",T904,\"_\",U904,\"_\",X904)","v":"VV grab_GB18_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K904,\"_\",Q904,\"_\",T904,\"_\",U904,\"_\",X904)","v":"GB18_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G904,\"_\",K904)","v":"VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18"},"PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Brachyura (Spence Bate, 1857)",106673,"Order","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Glycera Latreille, 1802",129296,"Genus","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Heteromastus filiformis Lamarck, 1818",129884,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Jassa herdmani (Claparède, 1864)",102432,"Species","Density per unit of surface",null,390,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Nemertea (Walker, 1893)",152391,"Phylum","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Ophelia borealis Ehlers, 1868",130491,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Spiophanes bombyx Quatrefages, 1866",131187,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Terebellidae J. E. Gray, 1837",982,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Bathyporeia elegans Spence Bate & Westwood, 1862",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Bathyporeia guilliamsoniana Watkin, 1938",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.098,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Brachyura (Spence Bate, 1857)",106673,"Order","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Glycera Latreille, 1802",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.295,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Heteromastus filiformis Lamarck, 1818",129884,"Species","Biomass per unit of surface","Blotted wet weight",0.023,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Jassa herdmani (Claparède, 1864)",102432,"Species","Biomass per unit of surface","Blotted wet weight",0.605,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Nemertea (Walker, 1893)",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.04,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Biomass per unit of surface","Blotted wet weight",0.252,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Ophelia borealis Ehlers, 1868",130491,"Species","Biomass per unit of surface","Blotted wet weight",3.766,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Spiophanes bombyx Quatrefages, 1866",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.021,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Biomass per unit of surface","Blotted wet weight",0.705,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Terebellidae J. E. Gray, 1837",982,"Family","Biomass per unit of surface","Blotted wet weight",0.103,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Biomass per unit of surface","Blotted wet weight",0.103,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1","GB18_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2016_VV1_GB18","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Bivalvia Linnaeus, 1758",105,"Class","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)",124273,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I936,\"_\",K936,\"_\",Q936,\"_\",R936,\"_\",T936,\"_\",U936,\"_\",X936)","v":"VV grab_GB18_REF_TB_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K936,\"_\",Q936,\"_\",T936,\"_\",U936,\"_\",X936)","v":"GB18_REF_TB_Autumn_2017_VV1"},"VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G936,\"_\",K936)","v":"VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18"},"PreservedSpecimen","Pholoe minuta (Fabricius, 1780)",130603,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Aonides paucibranchiata Southern, 1914",131107,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Striarca lactea (Linnaeus, 1758)",140571,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Bivalvia Linnaeus, 1758",105,"Class","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)",124273,"Species","Biomass per unit of surface","Blotted wet weight",0.020999999999999998,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Pholoe minuta (Fabricius, 1780)",130603,"Species","Biomass per unit of surface","Blotted wet weight",0.041,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.098,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Aonides paucibranchiata Southern, 1914",131107,"Species","Biomass per unit of surface","Blotted wet weight",0.194,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.36,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Striarca lactea (Linnaeus, 1758)",140571,"Species","Biomass per unit of surface","Blotted wet weight",0.39,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.51,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Biomass per unit of surface","Blotted wet weight",0.72,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",0.869,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1","GB18_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB18_REF_TB_BE_Autumn_2017_VV1_GB18","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",1.168,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Ammonactis Spence Bate & Westwood, 1862",854010,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Bathyporeia elegans Verrill, 1865",103058,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Echinocyamus pusillus Watkin, 1938",124273,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Glycera (O.F. Müller, 1776)",129296,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Jassa herdmani Lamarck, 1818",102432,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Magelona (Walker, 1893)",129341,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nemertea F. Müller, 1858",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I968,\"_\",K968,\"_\",Q968,\"_\",R968,\"_\",T968,\"_\",U968,\"_\",X968)","v":"VV grab_GB13_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K968,\"_\",Q968,\"_\",T968,\"_\",U968,\"_\",X968)","v":"GB13_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G968,\"_\",K968)","v":"VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13"},"PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spio Quatrefages, 1866",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Ammonactis Spence Bate & Westwood, 1862",854010,"Genus","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Bathyporeia elegans Verrill, 1865",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.023,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Echinocyamus pusillus Watkin, 1938",124273,"Species","Biomass per unit of surface","Blotted wet weight",0.23,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Glycera (O.F. Müller, 1776)",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.056,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Jassa herdmani Lamarck, 1818",102432,"Species","Biomass per unit of surface","Blotted wet weight",0.029,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Magelona (Walker, 1893)",129341,"Genus","Biomass per unit of surface","Blotted wet weight",0.082,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nemertea F. Müller, 1858",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Biomass per unit of surface","Blotted wet weight",1.468,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nephtys Ehlers, 1868",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.345,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.279,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.345,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.279,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Ophelia borealis Cuvier, 1817",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.407,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spio Quatrefages, 1866",129625,"Genus","Biomass per unit of surface","Blotted wet weight",0.016,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.176,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.365,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.176,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1","GB13_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.365,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850",{"$f":"CONCATENATE(I1000,\"_\",K1000,\"_\",Q1000,\"_\",R1000,\"_\",T1000,\"_\",U1000,\"_\",X1000)","v":"VV grab_GB13_REF_TB_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K1000,\"_\",Q1000,\"_\",T1000,\"_\",U1000,\"_\",X1000)","v":"GB13_REF_TB_Autumn_2016_VV1"},"VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G1000,\"_\",K1000)","v":"VV grab_GB13_REF_TB_BE_Autumn_2016_VV1_GB13"},"PreservedSpecimen","Spisula (Claparède, 1870)",138159,"Genus","Biomass per unit of surface","Blotted wet weight",5.873,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR17_REF_TB_BPNS_Autumn_2008_VV1","WGR17_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR17",51.46881377,2.868858662,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR17_REF_TB_BPNS_Autumn_2008_VV1_WGR17","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",130.726918323587,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB17_REF_TB_BE_Autumn_2016_VV1","GB17_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB17",51.46881377,2.868858662,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB17_REF_TB_BE_Autumn_2016_VV1_GB17","PreservedSpecimen","Urothoe brevicornis (Fabricius, 1793)",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.821,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_GB16_REF_TB_BE_Autumn_2016_VV1","GB16_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB16",51.47152611,2.87750692,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_GB16_REF_TB_BE_Autumn_2016_VV1_GB16","PreservedSpecimen","Echinocyamus pusillus Watkin, 1938",124273,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_GB16_REF_TB_BE_Autumn_2017_VV1","GB16_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB16",51.47152611,2.87750692,"Gootebank","CPOWER_REF","GB","REF_TB","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_GB16_REF_TB_BE_Autumn_2017_VV1_GB16","PreservedSpecimen","Pontocrates Boeck, 1871",101702,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER18_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER18_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER18",51.476916,3.064173,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER18_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER18","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)",124929,"Species","Biomass per unit of surface","Blotted wet weight",26.538,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER17_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER17_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER17",51.4830359999999,3.054148,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER17_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER17","PreservedSpecimen","Amphipoda Latreille, 1816",1135,"Order","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER14_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER14_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER14",51.487136,3.079621,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER14_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER14","PreservedSpecimen","Mya truncata Linnaeus, 1758",140431,"Species","Biomass per unit of surface","Blotted wet weight",116.733,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER16_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER16_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER16",51.490248,3.04247,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER16_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER16","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER13_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER13_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER13",51.493091,3.069151,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER13_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER13","PreservedSpecimen","Poecilochaetus serpens Allen, 1904",130711,"Species","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER16_CLOSE_BE_Autumn_2016_VV1","NORTHER16_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER16",51.494224,2.985064,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER16_CLOSE_BE_Autumn_2016_VV1_NORTHER16","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",1.821,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER15_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER15_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER15",51.49501,3.031612,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER15_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER15","PreservedSpecimen","Kurtiella bidentata (Montagu, 1803)",345281,"Species","Biomass per unit of surface","Blotted wet weight",0.203,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER25_FAR_BE_Autumn_2016_VV1","NORTHER25_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER25",51.4987,2.9783,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER25_FAR_BE_Autumn_2016_VV1_NORTHER25","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.103,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER08_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER08_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER08",51.5041259999999,3.105573,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER08_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER08","PreservedSpecimen","Liocarcinus navigator (Fabricius, 1798)",1752525,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER08_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER08_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER08",51.5041259999999,3.105573,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER08_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER08","PreservedSpecimen","Bodotria scorpioides (Spence Bate, 1857)",110445,"Species","Biomass per unit of surface","Blotted wet weight",0.019,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER11_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER11_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER11",51.5053529999999,3.050108,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER11_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER11","PreservedSpecimen","Striarca lactea J. E. Gray, 1837",140571,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER13_CLOSE_BE_Autumn_2016_VV1","NORTHER13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER13",51.505506,3.01857,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER13_CLOSE_BE_Autumn_2016_VV1_NORTHER13","PreservedSpecimen","Eteone longa (Pennant, 1777)",130616,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER13_CLOSE_BE_Autumn_2016_VV1","NORTHER13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER13",51.505506,3.01857,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER13_CLOSE_BE_Autumn_2016_VV1_NORTHER13","PreservedSpecimen","Thia scutellata (Claparède, 1870)",107281,"Species","Biomass per unit of surface","Blotted wet weight",0.245,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER23_FAR_BE_Autumn_2016_VV1","NORTHER23_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER23",51.5079,2.9751,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER23_FAR_BE_Autumn_2016_VV1_NORTHER23","PreservedSpecimen","Apseudopsis latreillii (Milne Edwards, 1828)",247077,"Species","Biomass per unit of surface","Blotted wet weight",0.004,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER10_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER10_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER10",51.508076,3.072986,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER10_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER10","PreservedSpecimen","Branchiostoma lanceolatum (Montagu, 1804)",104906,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER10_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER10_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER10",51.508076,3.072986,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER10_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER10","PreservedSpecimen","Terebellidae (Linnaeus, 1758)",982,"Family","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER21_FAR_BE_Autumn_2016_VV1","NORTHER21_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER21",51.5081,2.9908,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER21_FAR_BE_Autumn_2016_VV1_NORTHER21","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)",124273,"Species","Biomass per unit of surface","Blotted wet weight",0.005,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER19_FAR_BE_Autumn_2016_VV1","NORTHER19_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER19",51.5089,3.0068,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER19_FAR_BE_Autumn_2016_VV1_NORTHER19","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER26_FAR_BPNS_Autumn_2020_VV1","NORTHER26_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER26",51.5098,2.954133,"Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER26_FAR_BPNS_Autumn_2020_VV1_NORTHER26","PreservedSpecimen","Bodotria Goodsir, 1843","110387","Genus","Biomass per unit of surface","Blotted wet weight",0.232,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,{"$f":"CONCATENATE(I2218,\"_\",K2218,\"_\",Q2218,\"_\",R2218,\"_\",T2218,\"_\",U2218,\"_\",X2218)","v":"VV grab_NORTHER16_FAR_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K2218,\"_\",Q2218,\"_\",T2218,\"_\",U2218,\"_\",X2218)","v":"NORTHER16_FAR_Autumn_2016_VV1"},"VV grab","Sediment grabs","NORTHER16",51.5117,3.0233,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G2218,\"_\",K2218)","v":"VV grab_NORTHER16_FAR_BE_Autumn_2016_VV1_NORTHER16"},"PreservedSpecimen","Apseudopsis latreillii (Milne Edwards, 1828)",247077,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER07_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER07_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER07",51.5117479999999,3.095677,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER07_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER07","PreservedSpecimen","Polygordius appendiculatus Allen, 1904",130712,"Species","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER04_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER04_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER04",51.5129159999999,3.119319,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER04_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER04","PreservedSpecimen","Ampelisca brevicornis Hertwig, 1882",101891,"Species","Biomass per unit of surface","Blotted wet weight",0.243,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER18_FAR_BE_Autumn_2016_VV1","NORTHER18_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER18",51.5152,2.9946,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER18_FAR_BE_Autumn_2016_VV1_NORTHER18","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Density per unit of surface",null,380,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER18_FAR_BE_Autumn_2016_VV1","NORTHER18_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER18",51.5152,2.9946,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER18_FAR_BE_Autumn_2016_VV1_NORTHER18","PreservedSpecimen","Melita palmata (Montagu, 1804)",102843,"Species","Biomass per unit of surface","Blotted wet weight",0.026,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER06_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER06_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER06",51.5173449999999,3.086728,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER06_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER06","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER15_FAR_BE_Autumn_2016_VV1","NORTHER15_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER15",51.5174,3.0108,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER15_FAR_BE_Autumn_2016_VV1_NORTHER15","PreservedSpecimen","Leucothoe incisa Robertson, 1892",102460,"Species","Biomass per unit of surface","Blotted wet weight",0.027,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER03_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER03_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER03",51.519941,3.107135,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER03_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER03","PreservedSpecimen","Microdeutopus anomalus Robertson, 1892",102043,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER03_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER03_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER03",51.519941,3.107135,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER03_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER03","PreservedSpecimen","Ammonactis (Montagu, 1813)",854010,"Genus","Biomass per unit of surface","Blotted wet weight",0.075,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER17_FAR_BE_Autumn_2016_VV1","NORTHER17_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER17",51.52,2.9791,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER17_FAR_BE_Autumn_2016_VV1_NORTHER17","PreservedSpecimen","Eumida sanguinea (Örsted, 1843)",130644,"Species","Biomass per unit of surface","Blotted wet weight",0.088,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER20_FAR_BE_Autumn_2016_VV1","NORTHER20_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER20",51.5204,2.9655,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER20_FAR_BE_Autumn_2016_VV1_NORTHER20","PreservedSpecimen","Apseudopsis latreillii (Milne Edwards, 1828)",247077,"Species","Density per unit of surface",null,120,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER20_FAR_BE_Autumn_2016_VV1","NORTHER20_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER20",51.5204,2.9655,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER20_FAR_BE_Autumn_2016_VV1_NORTHER20","PreservedSpecimen","Sipuncula Stephen, 1965",1268,"Order","Biomass per unit of surface","Blotted wet weight",0.896,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER05_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER05_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER05",51.5221099999999,3.078157,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER05_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER05","PreservedSpecimen","Eteone longa (Roux, 1829)",130616,"Species","Biomass per unit of surface","Blotted wet weight",0.034,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER09_CLOSE_BE_Autumn_2016_VV1","NORTHER09_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER09",51.522195,3.041056,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER09_CLOSE_BE_Autumn_2016_VV1_NORTHER09","PreservedSpecimen","Philocheras bispinosus Lamarck, 1801",107557,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB16_CLOSE_BE_Autumn_2016_VV1","TB16_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB16",{"v":51.525061,"d":"51.5251"},{"v":2.94022,"d":"2.9402"},"Thorntonbank","CPOWER","TB","CLOSE","BE","25-29/10/2016","Autumn",2016,0.1,"m²","VV1","VV grab_TB16_CLOSE_BE_Autumn_2016_VV1_TB16","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)",120020,"Species","Biomass per unit of surface","Blotted wet weight",0.108,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB16_VERY_CLOSE_BE_Autumn_2017_VV1","TB16_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB16",51.525061,2.94022,"Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_TB16_VERY_CLOSE_BE_Autumn_2017_VV1_TB16","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.189,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER12_FAR_BE_Autumn_2016_VV1","NORTHER12_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER12",51.5251,3.0369,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER12_FAR_BE_Autumn_2016_VV1_NORTHER12","PreservedSpecimen","Spiophanes bombyx Fabricius, 1785",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.637,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER14_FAR_BE_Autumn_2016_VV1","NORTHER14_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER14",51.526,2.9957,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER14_FAR_BE_Autumn_2016_VV1_NORTHER14","PreservedSpecimen","Kurtiella bidentata (Montagu, 1803)",345281,"Species","Density per unit of surface",null,610,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER14_FAR_BE_Autumn_2016_VV1","NORTHER14_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER14",51.526,2.9957,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER14_FAR_BE_Autumn_2016_VV1_NORTHER14","PreservedSpecimen","Ammonactis Verrill, 1865",854010,"Genus","Biomass per unit of surface","Blotted wet weight",7.537,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER01_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER01_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER01",51.5287629999999,3.08961,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER01_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER01","PreservedSpecimen","Ophelia borealis Sars, 1851",130491,"Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Stream",null,"VV grab_NORTHER01_REF_NORTHER_BE_Autumn_2016_VV1","NORTHER01_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER01",51.5287629999999,3.08961,"Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER01_REF_NORTHER_BE_Autumn_2016_VV1_NORTHER01","PreservedSpecimen","Urothoe brevicornis Johnston, 1846",103226,"Species","Biomass per unit of surface","Blotted wet weight",0.486,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_NTB23_FAR_BE_Autumn_2017_VV1","NTB23_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NTB23",51.5293,2.9412,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_NTB23_FAR_BE_Autumn_2017_VV1_NTB23","PreservedSpecimen","Aricidea (Aricidea) minuta Southward, 1956",730747,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER11_FAR_BE_Autumn_2016_VV1","NORTHER11_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER11",51.5312,3.0277,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER11_FAR_BE_Autumn_2016_VV1_NORTHER11","PreservedSpecimen","Polygordius appendiculatus Forbes, 1839",130712,"Species","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER13_FAR_BE_Autumn_2016_VV1","NORTHER13_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER13",51.5313,2.985,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER13_FAR_BE_Autumn_2016_VV1_NORTHER13","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER13_FAR_BE_Autumn_2016_VV1","NORTHER13_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER13",51.5313,2.985,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER13_FAR_BE_Autumn_2016_VV1_NORTHER13","PreservedSpecimen","Notomastus latericeus Linnaeus, 1758",129898,"Species","Biomass per unit of surface","Blotted wet weight",6.665,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB15_VERY_CLOSE_BE_Autumn_2017_VV1","TB15_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_TB15_VERY_CLOSE_BE_Autumn_2017_VV1_TB15","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB25_FAR_BE_Autumn_2016_VV1","TB25_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB25",{"v":51.533294,"d":"51.5333"},{"v":2.933074,"d":"2.9331"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB25_FAR_BE_Autumn_2016_VV1_TB25","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.031,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB20_FAR_BE_Autumn_2016_VV1","TB20_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB20",{"v":51.533994,"d":"51.5340"},{"v":2.952015,"d":"2.9520"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB20_FAR_BE_Autumn_2016_VV1_TB20","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER07_FAR_BE_Autumn_2016_VV1","NORTHER07_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER07",51.5361,3.0427,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER07_FAR_BE_Autumn_2016_VV1_NORTHER07","PreservedSpecimen","Eteone longa (O.F. Müller, 1776)",130616,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB12_VERY_CLOSE_BE_Autumn_2017_VV1","TB12_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_TB12_VERY_CLOSE_BE_Autumn_2017_VV1_TB12","PreservedSpecimen","Nephtys longosetosa Örsted, 1842",130364,"Species","Biomass per unit of surface","Blotted wet weight",0.47100000000000003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB19_FAR_BE_Autumn_2016_VV1","TB19_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB19",{"v":51.537595,"d":"51.5376"},{"v":2.941801,"d":"2.9418"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB19_FAR_BE_Autumn_2016_VV1_TB19","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB29_FAR_BE_Autumn_2016_VV1","TB29_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB29",{"v":51.53788,"d":"51.5379"},{"v":2.90785,"d":"2.9079"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB29_FAR_BE_Autumn_2016_VV1_TB29","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER04_CLOSE_BE_Autumn_2016_VV1","NORTHER04_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER04",51.538311,3.074154,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER04_CLOSE_BE_Autumn_2016_VV1_NORTHER04","PreservedSpecimen","Urothoe brevicornis (Leach, 1816)",103226,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER04_FAR_BE_Autumn_2016_VV1","NORTHER04_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER04",51.5392,3.0671,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER04_FAR_BE_Autumn_2016_VV1_NORTHER04","PreservedSpecimen","Urothoe brevicornis (Fabricius, 1793)",103226,"Species","Density per unit of surface",null,630,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_TB18_FAR_BE_Autumn_2017_VV1","TB18_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB18",51.541,2.9344,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_TB18_FAR_BE_Autumn_2017_VV1_TB18","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB14_CLOSE_BE_Autumn_2016_VV1","TB14_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB14",{"v":51.5413179999999,"d":"51.5413"},{"v":2.907326,"d":"2.9073"},"Thorntonbank","CPOWER","TB","CLOSE","BE","25-29/10/2016","Autumn",2016,0.1,"m²","VV1","VV grab_TB14_CLOSE_BE_Autumn_2016_VV1_TB14","PreservedSpecimen","Iphinoe trispinosa (Goodsir, 1843)",110462,"Species","Biomass per unit of surface","Blotted wet weight",0.028,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER06_CLOSE_BE_Autumn_2016_VV1","NORTHER06_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER06",51.54153,3.023883,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER06_CLOSE_BE_Autumn_2016_VV1_NORTHER06","PreservedSpecimen","Nemertea (Goës, 1864)",152391,"Phylum","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB12_CLOSE_BE_Autumn_2016_VV1","TB12_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB12",{"v":51.5426069999999,"d":"51.5426"},{"v":2.940563,"d":"2.9406"},"Thorntonbank","CPOWER","TB","CLOSE","BE","25-29/10/2016","Autumn",2016,0.1,"m²","VV1","VV grab_TB12_CLOSE_BE_Autumn_2016_VV1_TB12","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB11_VERY_CLOSE_BE_Autumn_2017_VV1","TB11_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB11",51.542607,2.940563,"Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_TB11_VERY_CLOSE_BE_Autumn_2017_VV1_TB11","PreservedSpecimen","Urothoe poseidonis Reibish, 1905",103235,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER09_FAR_BE_Autumn_2016_VV1","NORTHER09_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER09",51.5429,3.0114,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER09_FAR_BE_Autumn_2016_VV1_NORTHER09","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Biomass per unit of surface","Blotted wet weight",1.38,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER03_CLOSE_BE_Autumn_2016_VV1","NORTHER03_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER03",51.543095,3.067567,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER03_CLOSE_BE_Autumn_2016_VV1_NORTHER03","PreservedSpecimen","Nototropis swammerdamei Savigny in Lamarck, 1818",488966,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER03_CLOSE_BE_Autumn_2016_VV1","NORTHER03_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER03",51.543095,3.067567,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER03_CLOSE_BE_Autumn_2016_VV1_NORTHER03","PreservedSpecimen","Ophiura albida (H. Milne Edwards, 1830)",124913,"Species","Biomass per unit of surface","Blotted wet weight",3.309,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB08_VERY_CLOSE_BE_Autumn_2017_VV1","TB08_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB08",51.544969,2.979322,"Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_TB08_VERY_CLOSE_BE_Autumn_2017_VV1_TB08","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)",488966,"Species","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_TB22_FAR_BE_Autumn_2017_VV1","TB22_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB22",51.5456,2.9097,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_TB22_FAR_BE_Autumn_2017_VV1_TB22","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_TB27_FAR_BE_Autumn_2017_VV1","TB27_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB27",51.5464,2.8922,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_TB27_FAR_BE_Autumn_2017_VV1_TB27","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.7789999999999999,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB17_FAR_BE_Autumn_2016_VV1","TB17_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB17",{"v":51.546484,"d":"51.5465"},{"v":2.924812,"d":"2.9248"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB17_FAR_BE_Autumn_2016_VV1_TB17","PreservedSpecimen","Lanice conchilega (Pallas, 1766)",131495,"Species","Biomass per unit of surface","Blotted wet weight",1.891,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_TB17_FAR_BE_Autumn_2017_VV1","TB17_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB17",51.5465,2.9248,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_TB17_FAR_BE_Autumn_2017_VV1_TB17","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)",124392,"Species","Biomass per unit of surface","Blotted wet weight",287.815,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER02_FAR_BE_Autumn_2016_VV1","NORTHER02_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER02",51.5479,3.0657,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER02_FAR_BE_Autumn_2016_VV1_NORTHER02","PreservedSpecimen","Echinocardium cordatum (Krøyer, 1841)",124392,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER02_FAR_BE_Autumn_2016_VV1","NORTHER02_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER02",51.5479,3.0657,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER02_FAR_BE_Autumn_2016_VV1_NORTHER02","PreservedSpecimen","Ammonactis Spence Bate & Westwood, 1862",854010,"Genus","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 1m_TARGETED_BPNS_Summer_2010_VV1","D5 1m_TARGETED_Summer_2010_VV1","Divers",null,"D5 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,null,"m²","VV1","Divers_D5 1m_TARGETED_BPNS_Summer_2010_VV1_D5 1m","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 1m_TARGETED_BPNS_Summer_2010_VV2","D5 1m_TARGETED_Summer_2010_VV2","Divers",null,"D5 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,null,"m²","VV2","Divers_D5 1m_TARGETED_BPNS_Summer_2010_VV2_D5 1m","PreservedSpecimen","Corophium Latreille, 1806","101489","Genus","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 7m A_TARGETED_BPNS_Summer_2010_VV1","D5 7m A_TARGETED_Summer_2010_VV1","Divers",null,"D5 7m A",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,null,"m²","VV1","Divers_D5 7m A_TARGETED_BPNS_Summer_2010_VV1_D5 7m A","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,1081.87134502924,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 C-D 7m_TARGETED_BPNS_Summer_2010_VV1","D5 C-D 7m_TARGETED_Summer_2010_VV1","Divers",null,"D5 C-D 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,null,"m²","VV1","Divers_D5 C-D 7m_TARGETED_BPNS_Summer_2010_VV1_D5 C-D 7m","PreservedSpecimen","Monopseudocuma gilsoni (Bacescu, 1950)","422916","Species","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 E-F 1m_TARGETED_BPNS_Summer_2010_VV1","D5 E-F 1m_TARGETED_Summer_2010_VV1","Divers",null,"D5 E-F 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,null,"m²","VV1","Divers_D5 E-F 1m_TARGETED_BPNS_Summer_2010_VV1_D5 E-F 1m","PreservedSpecimen","Malmgrenia McIntosh, 1874","147006","Genus","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 H-G 7m_TARGETED_BPNS_Summer_2010_VV1","D5 H-G 7m_TARGETED_Summer_2010_VV1","Divers",null,"D5 H-G 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,null,"m²","VV1","Divers_D5 H-G 7m_TARGETED_BPNS_Summer_2010_VV1_D5 H-G 7m","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","VV Grab_NW B4_TARGETED_BPNS_Summer_2010_VV1","NW B4_TARGETED_Summer_2010_VV1","VV Grab",null,"NW B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","VV Grab_NW B4_TARGETED_BPNS_Summer_2010_VV1_NW B4","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","VV Grab_NW B5_TARGETED_BPNS_Summer_2010_VV1","NW B5_TARGETED_Summer_2010_VV1","VV Grab",null,"NW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","VV Grab_NW B5_TARGETED_BPNS_Summer_2010_VV1_NW B5","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","VV Grab_ZW B1_TARGETED_BPNS_Summer_2010_VV1","ZW B1_TARGETED_Summer_2010_VV1","VV Grab",null,"ZW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","VV Grab_ZW B1_TARGETED_BPNS_Summer_2010_VV1_ZW B1","PreservedSpecimen","Pagurus bernhardus (Linnaeus, 1758)","107232","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","VV Grab_ZW B5_TARGETED_BPNS_Summer_2010_VV1","ZW B5_TARGETED_Summer_2010_VV1","VV Grab",null,"ZW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","VV Grab_ZW B5_TARGETED_BPNS_Summer_2010_VV1_ZW B5","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 1m_TARGETED_BPNS_Summer_2010_VV1","D5 1m_TARGETED_Summer_2010_VV1","Divers",null,"D5 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","Divers_D5 1m_TARGETED_BPNS_Summer_2010_VV1_D5 1m","PreservedSpecimen","Nototropis falcatus (Metzger, 1871)","102139","Species","Biomass per unit of surface","Ash-free dry weight",9.52684039961014,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 7m A_TARGETED_BPNS_Summer_2010_VV1","D5 7m A_TARGETED_Summer_2010_VV1","Divers",null,"D5 7m A",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","Divers_D5 7m A_TARGETED_BPNS_Summer_2010_VV1_D5 7m A","PreservedSpecimen","Leucothoe spinicarpa (Abildgaard, 1789)","102470","Species","Biomass per unit of surface","Ash-free dry weight",7.1068603411306,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 7m_TARGETED_BPNS_Summer_2010_VV1","D5 7m_TARGETED_Summer_2010_VV1","Divers",null,"D5 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","Divers_D5 7m_TARGETED_BPNS_Summer_2010_VV1_D5 7m","PreservedSpecimen","Crangonidae Haworth, 1825","106782","Family","Biomass per unit of surface","Ash-free dry weight",0.0126779727095517,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 C-D 7m_TARGETED_BPNS_Summer_2010_VV1","D5 C-D 7m_TARGETED_Summer_2010_VV1","Divers",null,"D5 C-D 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","Divers_D5 C-D 7m_TARGETED_BPNS_Summer_2010_VV1_D5 C-D 7m","PreservedSpecimen","Stenothoe Dana, 1852","101770","Genus","Biomass per unit of surface","Ash-free dry weight",3.93604656920078,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 E-F 7m_TARGETED_BPNS_Summer_2010_VV1","D5 E-F 7m_TARGETED_Summer_2010_VV1","Divers",null,"D5 E-F 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","Divers_D5 E-F 7m_TARGETED_BPNS_Summer_2010_VV1_D5 E-F 7m","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",61.0429098050682,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","Divers_D5 E-F 7m_TARGETED_BPNS_Summer_2010_VV1","D5 E-F 7m_TARGETED_Summer_2010_VV1","Divers",null,"D5 E-F 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","Divers_D5 E-F 7m_TARGETED_BPNS_Summer_2010_VV1_D5 E-F 7m","PreservedSpecimen","Phyllodoce Lamarck, 1818","129455","Genus","Biomass per unit of surface","Ash-free dry weight",9.6908706920078,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","VV Grab_NW B3_TARGETED_BPNS_Summer_2010_VV1","NW B3_TARGETED_Summer_2010_VV1","VV Grab",null,"NW B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","VV Grab_NW B3_TARGETED_BPNS_Summer_2010_VV1_NW B3","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",50.4354984795322,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","VV Grab_ZO B1_TARGETED_BPNS_Summer_2010_VV1","ZO B1_TARGETED_Summer_2010_VV1","VV Grab",null,"ZO B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","VV Grab_ZO B1_TARGETED_BPNS_Summer_2010_VV1_ZO B1","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Biomass per unit of surface","Ash-free dry weight",13.3964912280701,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","VV Grab_ZW B2_TARGETED_BPNS_Summer_2010_VV1","ZW B2_TARGETED_Summer_2010_VV1","VV Grab",null,"ZW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","VV Grab_ZW B2_TARGETED_BPNS_Summer_2010_VV1_ZW B2","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",48.365694074074,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/20","VV Grab_ZW B5_TARGETED_BPNS_Summer_2010_VV1","ZW B5_TARGETED_Summer_2010_VV1","VV Grab",null,"ZW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2010-08-19","Summer",2010,0.1026,"m²","VV1","VV Grab_ZW B5_TARGETED_BPNS_Summer_2010_VV1_ZW B5","PreservedSpecimen","Pagurus bernhardus (Linnaeus, 1758)","107232","Species","Biomass per unit of surface","Ash-free dry weight",2.38596491228069,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NO B4_TARGETED_BPNS_Spring_2011_VV2","NO B4_TARGETED_Spring_2011_VV2","Small VV Grab",null,"NO B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV2","Small VV Grab_NO B4_TARGETED_BPNS_Spring_2011_VV2_NO B4","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,202.429149797571,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NW B1_TARGETED_BPNS_Spring_2011_VV1","NW B1_TARGETED_Spring_2011_VV1","Small VV Grab",null,"NW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_NW B1_TARGETED_BPNS_Spring_2011_VV1_NW B1","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,2753.03643724696,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NW B2_TARGETED_BPNS_Spring_2011_VV1","NW B2_TARGETED_Spring_2011_VV1","Small VV Grab",null,"NW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_NW B2_TARGETED_BPNS_Spring_2011_VV1_NW B2","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,202.429149797571,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NW B3_TARGETED_BPNS_Spring_2011_VV1","NW B3_TARGETED_Spring_2011_VV1","Small VV Grab",null,"NW B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_NW B3_TARGETED_BPNS_Spring_2011_VV1_NW B3","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NW B4_TARGETED_BPNS_Spring_2011_VV3","NW B4_TARGETED_Spring_2011_VV3","Small VV Grab",null,"NW B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_NW B4_TARGETED_BPNS_Spring_2011_VV3_NW B4","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NW B5_TARGETED_BPNS_Spring_2011_VV3","NW B5_TARGETED_Spring_2011_VV3","Small VV Grab",null,"NW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_NW B5_TARGETED_BPNS_Spring_2011_VV3_NW B5","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,445.344129554656,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZO B3_TARGETED_BPNS_Spring_2011_VV1","ZO B3_TARGETED_Spring_2011_VV1","Small VV Grab",null,"ZO B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_ZO B3_TARGETED_BPNS_Spring_2011_VV1_ZO B3","PreservedSpecimen","Asteriidae Gray, 1840","123121","Family","Density per unit of surface",null,2145.74898785425,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZO B3_TARGETED_BPNS_Spring_2011_VV3","ZO B3_TARGETED_Spring_2011_VV3","Small VV Grab",null,"ZO B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_ZO B3_TARGETED_BPNS_Spring_2011_VV3_ZO B3","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,80.9716599190283,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZO B5_TARGETED_BPNS_Spring_2011_VV2","ZO B5_TARGETED_Spring_2011_VV2","Small VV Grab",null,"ZO B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV2","Small VV Grab_ZO B5_TARGETED_BPNS_Spring_2011_VV2_ZO B5","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,80.9716599190283,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica",null,"Small VV Grab_ZW 1m_TARGETED_BPNS_Spring_2011_VV1","ZW 1m_TARGETED_Spring_2011_VV1","Small VV Grab",null,"ZW 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2011,null,"m²","VV1","Small VV Grab_ZW 1m_TARGETED_BPNS_Spring_2011_VV1_ZW 1m","PreservedSpecimen","Euspira nitida (Donovan, 1803)","151894","Species","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2011_VV2","ZW B1_TARGETED_Spring_2011_VV2","Small VV Grab",null,"ZW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV2","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2011_VV2_ZW B1","PreservedSpecimen","Aphelochaeta filiformis (Keferstein, 1862)","129937","Species","Density per unit of surface",null,202.429149797571,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2011_VV1","ZW B2_TARGETED_Spring_2011_VV1","Small VV Grab",null,"ZW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2011_VV1_ZW B2","PreservedSpecimen","Pholoe minuta (Fabricius, 1780)","130603","Species","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2011_VV2","ZW B2_TARGETED_Spring_2011_VV2","Small VV Grab",null,"ZW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV2","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2011_VV2_ZW B2","PreservedSpecimen","Ensis Schumacher, 1817","138333","Genus","Density per unit of surface",null,364.372469635628,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B3_TARGETED_BPNS_Spring_2011_VV3","ZW B3_TARGETED_Spring_2011_VV3","Small VV Grab",null,"ZW B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_ZW B3_TARGETED_BPNS_Spring_2011_VV3_ZW B3","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Density per unit of surface",null,80.9716599190283,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B4_TARGETED_BPNS_Spring_2011_VV3","ZW B4_TARGETED_Spring_2011_VV3","Small VV Grab",null,"ZW B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_ZW B4_TARGETED_BPNS_Spring_2011_VV3_ZW B4","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B5_TARGETED_BPNS_Spring_2011_VV3","ZW B5_TARGETED_Spring_2011_VV3","Small VV Grab",null,"ZW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_ZW B5_TARGETED_BPNS_Spring_2011_VV3_ZW B5","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,323.886639676113,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NO B5_TARGETED_BPNS_Spring_2011_VV3","NO B5_TARGETED_Spring_2011_VV3","Small VV Grab",null,"NO B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_NO B5_TARGETED_BPNS_Spring_2011_VV3_NO B5","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",142.651821862348,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NW B1_TARGETED_BPNS_Spring_2011_VV2","NW B1_TARGETED_Spring_2011_VV2","Small VV Grab",null,"NW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV2","Small VV Grab_NW B1_TARGETED_BPNS_Spring_2011_VV2_NW B1","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",315.005120931174,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NW B3_TARGETED_BPNS_Spring_2011_VV1","NW B3_TARGETED_Spring_2011_VV1","Small VV Grab",null,"NW B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_NW B3_TARGETED_BPNS_Spring_2011_VV1_NW B3","PreservedSpecimen","Asteriidae Gray, 1840","123121","Family","Biomass per unit of surface","Ash-free dry weight",8.09716599190283,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NW B3_TARGETED_BPNS_Spring_2011_VV3","NW B3_TARGETED_Spring_2011_VV3","Small VV Grab",null,"NW B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_NW B3_TARGETED_BPNS_Spring_2011_VV3_NW B3","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",84.718136437247,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_NW B4_TARGETED_BPNS_Spring_2011_VV3","NW B4_TARGETED_Spring_2011_VV3","Small VV Grab",null,"NW B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_NW B4_TARGETED_BPNS_Spring_2011_VV3_NW B4","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Biomass per unit of surface","Ash-free dry weight",377.46963562753,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZO B2_TARGETED_BPNS_Spring_2011_VV1","ZO B2_TARGETED_Spring_2011_VV1","Small VV Grab",null,"ZO B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_ZO B2_TARGETED_BPNS_Spring_2011_VV1_ZO B2","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",8.09716599190283,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZO B3_TARGETED_BPNS_Spring_2011_VV1","ZO B3_TARGETED_Spring_2011_VV1","Small VV Grab",null,"ZO B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_ZO B3_TARGETED_BPNS_Spring_2011_VV1_ZO B3","PreservedSpecimen","Eumida sanguinea (Örsted, 1843)","130644","Species","Biomass per unit of surface","Ash-free dry weight",8.21052631578947,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZO B3_TARGETED_BPNS_Spring_2011_VV3","ZO B3_TARGETED_Spring_2011_VV3","Small VV Grab",null,"ZO B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_ZO B3_TARGETED_BPNS_Spring_2011_VV3_ZO B3","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Biomass per unit of surface","Ash-free dry weight",4.04858299595142,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZO B5_TARGETED_BPNS_Spring_2011_VV2","ZO B5_TARGETED_Spring_2011_VV2","Small VV Grab",null,"ZO B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV2","Small VV Grab_ZO B5_TARGETED_BPNS_Spring_2011_VV2_ZO B5","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",136.194331983805,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2011_VV1","ZW B1_TARGETED_Spring_2011_VV1","Small VV Grab",null,"ZW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2011_VV1_ZW B1","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",111.48987854251,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2011_VV3","ZW B1_TARGETED_Spring_2011_VV3","Small VV Grab",null,"ZW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2011_VV3_ZW B1","PreservedSpecimen","Stenothoe marina (Spence Bate, 1857)","103166","Species","Biomass per unit of surface","Ash-free dry weight",189.750468785425,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2011_VV1","ZW B2_TARGETED_Spring_2011_VV1","Small VV Grab",null,"ZW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2011_VV1_ZW B2","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",90.4048582995951,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2011_VV3","ZW B2_TARGETED_Spring_2011_VV3","Small VV Grab",null,"ZW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2011_VV3_ZW B2","PreservedSpecimen","Apherusa ovalipes Norman & Scott, 1906","102172","Species","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B3_TARGETED_BPNS_Spring_2011_VV3","ZW B3_TARGETED_Spring_2011_VV3","Small VV Grab",null,"ZW B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV3","Small VV Grab_ZW B3_TARGETED_BPNS_Spring_2011_VV3_ZW B3","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Biomass per unit of surface","Ash-free dry weight",128.562753036437,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","Small VV Grab_ZW B5_TARGETED_BPNS_Spring_2011_VV1","ZW B5_TARGETED_Spring_2011_VV1","Small VV Grab",null,"ZW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2011-05-30","Spring",2011,0.025,"m²","VV1","Small VV Grab_ZW B5_TARGETED_BPNS_Spring_2011_VV1_ZW B5","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",84949.5344129551,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2012/20a","Divers_NO 7m_TARGETED_BPNS_Summer_2012_VV1","NO 7m_TARGETED_Summer_2012_VV1","Divers",null,"NO 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2012-07-12","Summer",2012,null,"m²","VV1","Divers_NO 7m_TARGETED_BPNS_Summer_2012_VV1_NO 7m","PreservedSpecimen","Jassa herdmani (Walker, 1893)","102432","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NO B4_TARGETED_BPNS_Spring_2012_VV1","NO B4_TARGETED_Spring_2012_VV1","Small VV Grab",null,"NO B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_NO B4_TARGETED_BPNS_Spring_2012_VV1_NO B4","PreservedSpecimen","Crangonidae Haworth, 1825","106782","Family","Density per unit of surface",null,121.457489878543,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NO B4_TARGETED_BPNS_Spring_2012_VV2","NO B4_TARGETED_Spring_2012_VV2","Small VV Grab",null,"NO B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_NO B4_TARGETED_BPNS_Spring_2012_VV2_NO B4","PreservedSpecimen","Pseudocuma G.O. Sars, 1865","110427","Genus","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_NW 1m_TARGETED_BPNS_Spring_2012_VV1","NW 1m_TARGETED_Spring_2012_VV1","Divers",null,"NW 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_NW 1m_TARGETED_BPNS_Spring_2012_VV1_NW 1m","PreservedSpecimen","Asterias rubens Linnaeus, 1758","123776","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_NW 1m_TARGETED_BPNS_Spring_2012_VV1","NW 1m_TARGETED_Spring_2012_VV1","Divers",null,"NW 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_NW 1m_TARGETED_BPNS_Spring_2012_VV1_NW 1m","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B1_TARGETED_BPNS_Spring_2012_VV2","NW B1_TARGETED_Spring_2012_VV2","Small VV Grab",null,"NW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_NW B1_TARGETED_BPNS_Spring_2012_VV2_NW B1","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,931.174089068826,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B2_TARGETED_BPNS_Spring_2012_VV1","NW B2_TARGETED_Spring_2012_VV1","Small VV Grab",null,"NW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_NW B2_TARGETED_BPNS_Spring_2012_VV1_NW B2","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B2_TARGETED_BPNS_Spring_2012_VV3","NW B2_TARGETED_Spring_2012_VV3","Small VV Grab",null,"NW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV3","Small VV Grab_NW B2_TARGETED_BPNS_Spring_2012_VV3_NW B2","PreservedSpecimen","Bathyporeia tenuipes Meinert, 1877","103076","Species","Density per unit of surface",null,121.457489878543,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B4_TARGETED_BPNS_Spring_2012_VV2","NW B4_TARGETED_Spring_2012_VV2","Small VV Grab",null,"NW B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_NW B4_TARGETED_BPNS_Spring_2012_VV2_NW B4","PreservedSpecimen","Bathyporeia pilosa Lindström, 1855","103068","Species","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B5_TARGETED_BPNS_Spring_2012_VV1","NW B5_TARGETED_Spring_2012_VV1","Small VV Grab",null,"NW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_NW B5_TARGETED_BPNS_Spring_2012_VV1_NW B5","PreservedSpecimen","Pseudocuma (Pseudocuma) longicorne (Bate, 1858)","110627","Species","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2012/20a","Divers_ZO 1m_TARGETED_BPNS_Summer_2012_VV1","ZO 1m_TARGETED_Summer_2012_VV1","Divers",null,"ZO 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2012-07-12","Summer",2012,null,"m²","VV1","Divers_ZO 1m_TARGETED_BPNS_Summer_2012_VV1_ZO 1m","PreservedSpecimen","Pisidia longicornis (Linnaeus, 1767)","107188","Species","Density per unit of surface",null,87.719298245614,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2012/20a","Divers_ZO 7m_TARGETED_BPNS_Summer_2012_VV1","ZO 7m_TARGETED_Summer_2012_VV1","Divers",null,"ZO 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2012-07-12","Summer",2012,null,"m²","VV1","Divers_ZO 7m_TARGETED_BPNS_Summer_2012_VV1_ZO 7m","PreservedSpecimen","Pseudocuma G.O. Sars, 1865","110427","Genus","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZO B1_TARGETED_BPNS_Spring_2012_VV1","ZO B1_TARGETED_Spring_2012_VV1","Small VV Grab",null,"ZO B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_ZO B1_TARGETED_BPNS_Spring_2012_VV1_ZO B1","PreservedSpecimen","Bathyporeia pelagica (Spence Bate, 1857)","103066","Species","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_ZW 1m_TARGETED_BPNS_Spring_2012_VV1","ZW 1m_TARGETED_Spring_2012_VV1","Divers",null,"ZW 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_ZW 1m_TARGETED_BPNS_Spring_2012_VV1_ZW 1m","PreservedSpecimen","Abludomelita obtusata (Montagu, 1813)","102788","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2012/20a","Divers_ZW 1m_TARGETED_BPNS_Summer_2012_VV1","ZW 1m_TARGETED_Summer_2012_VV1","Divers",null,"ZW 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2012-07-12","Summer",2012,null,"m²","VV1","Divers_ZW 1m_TARGETED_BPNS_Summer_2012_VV1_ZW 1m","PreservedSpecimen","Euspira nitida (Donovan, 1803)","151894","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_ZW 7m_TARGETED_BPNS_Spring_2012_VV1","ZW 7m_TARGETED_Spring_2012_VV1","Divers",null,"ZW 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_ZW 7m_TARGETED_BPNS_Spring_2012_VV1_ZW 7m","PreservedSpecimen","Ophiuroidea Gray, 1840","123084","Class","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2012_VV1","ZW B1_TARGETED_Spring_2012_VV1","Small VV Grab",null,"ZW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2012_VV1_ZW B1","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,202.429149797571,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2012_VV2","ZW B1_TARGETED_Spring_2012_VV2","Small VV Grab",null,"ZW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2012_VV2_ZW B1","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Density per unit of surface",null,809.716599190283,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2012_VV2","ZW B2_TARGETED_Spring_2012_VV2","Small VV Grab",null,"ZW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2012_VV2_ZW B2","PreservedSpecimen","Ensis Schumacher, 1817","138333","Genus","Density per unit of surface",null,202.429149797571,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2012_VV3","ZW B2_TARGETED_Spring_2012_VV3","Small VV Grab",null,"ZW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV3","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2012_VV3_ZW B2","PreservedSpecimen","Bathyporeia pilosa Lindström, 1855","103068","Species","Density per unit of surface",null,485.82995951417,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B3_TARGETED_BPNS_Spring_2012_VV2","ZW B3_TARGETED_Spring_2012_VV2","Small VV Grab",null,"ZW B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_ZW B3_TARGETED_BPNS_Spring_2012_VV2_ZW B3","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,80.9716599190283,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B4_TARGETED_BPNS_Spring_2012_VV1","ZW B4_TARGETED_Spring_2012_VV1","Small VV Grab",null,"ZW B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_ZW B4_TARGETED_BPNS_Spring_2012_VV1_ZW B4","PreservedSpecimen","Oligochaeta Grube, 1850","2036","Class","Density per unit of surface",null,40.4858299595142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B5_TARGETED_BPNS_Spring_2012_VV1","ZW B5_TARGETED_Spring_2012_VV1","Small VV Grab",null,"ZW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_ZW B5_TARGETED_BPNS_Spring_2012_VV1_ZW B5","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Density per unit of surface",null,80.9716599190283,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_NO 7m_TARGETED_BPNS_Spring_2012_VV1","NO 7m_TARGETED_Spring_2012_VV1","Divers",null,"NO 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_NO 7m_TARGETED_BPNS_Spring_2012_VV1_NO 7m","PreservedSpecimen","Monopseudocuma gilsoni (Bacescu, 1950)","422916","Species","Biomass per unit of surface","Ash-free dry weight",0.365497076023391,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NO B4_TARGETED_BPNS_Spring_2012_VV1","NO B4_TARGETED_Spring_2012_VV1","Small VV Grab",null,"NO B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_NO B4_TARGETED_BPNS_Spring_2012_VV1_NO B4","PreservedSpecimen","Lagis koreni Malmgren, 1866","152367","Species","Biomass per unit of surface","Ash-free dry weight",1.61943319838057,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NO B5_TARGETED_BPNS_Spring_2012_VV2","NO B5_TARGETED_Spring_2012_VV2","Small VV Grab",null,"NO B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_NO B5_TARGETED_BPNS_Spring_2012_VV2_NO B5","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",2990.70493233322,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2012/23","Divers_NO1m_TARGETED_BPNS_Autumn_2012_VV1","NO1m_TARGETED_Autumn_2012_VV1","Divers",null,"NO1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2012-09-12","Autumn",2012,null,"m²","VV1","Divers_NO1m_TARGETED_BPNS_Autumn_2012_VV1_NO1m","PreservedSpecimen","Magelona F. Müller, 1858","129341","Genus","Biomass per unit of surface","Ash-free dry weight",19.3615984405457,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_NW 1m_TARGETED_BPNS_Spring_2012_VV1","NW 1m_TARGETED_Spring_2012_VV1","Divers",null,"NW 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_NW 1m_TARGETED_BPNS_Spring_2012_VV1_NW 1m","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",0.467836257309942,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B1_TARGETED_BPNS_Spring_2012_VV2","NW B1_TARGETED_Spring_2012_VV2","Small VV Grab",null,"NW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_NW B1_TARGETED_BPNS_Spring_2012_VV2_NW B1","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",89.2587619629243,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B1_TARGETED_BPNS_Spring_2012_VV3","NW B1_TARGETED_Spring_2012_VV3","Small VV Grab",null,"NW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV3","Small VV Grab_NW B1_TARGETED_BPNS_Spring_2012_VV3_NW B1","PreservedSpecimen","Monopseudocuma gilsoni (Bacescu, 1950)","422916","Species","Biomass per unit of surface","Ash-free dry weight",0.607287449392709,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B4_TARGETED_BPNS_Spring_2012_VV1","NW B4_TARGETED_Spring_2012_VV1","Small VV Grab",null,"NW B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_NW B4_TARGETED_BPNS_Spring_2012_VV1_NW B4","PreservedSpecimen","Bathyporeia pilosa Lindström, 1855","103068","Species","Biomass per unit of surface","Ash-free dry weight",7.8201868112887,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B4_TARGETED_BPNS_Spring_2012_VV2","NW B4_TARGETED_Spring_2012_VV2","Small VV Grab",null,"NW B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_NW B4_TARGETED_BPNS_Spring_2012_VV2_NW B4","PreservedSpecimen","Monopseudocuma gilsoni (Bacescu, 1950)","422916","Species","Biomass per unit of surface","Ash-free dry weight",1.21457489878543,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_NW B5_TARGETED_BPNS_Spring_2012_VV1","NW B5_TARGETED_Spring_2012_VV1","Small VV Grab",null,"NW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_NW B5_TARGETED_BPNS_Spring_2012_VV1_NW B5","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",7.04453441295543,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_ZO 1m_TARGETED_BPNS_Spring_2012_VV1","ZO 1m_TARGETED_Spring_2012_VV1","Divers",null,"ZO 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_ZO 1m_TARGETED_BPNS_Spring_2012_VV1_ZO 1m","PreservedSpecimen","Crangonidae Haworth, 1825","106782","Family","Biomass per unit of surface","Ash-free dry weight",0.00487329434697856,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_ZO 7m_TARGETED_BPNS_Spring_2012_VV1","ZO 7m_TARGETED_Spring_2012_VV1","Divers",null,"ZO 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_ZO 7m_TARGETED_BPNS_Spring_2012_VV1_ZO 7m","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",5.4775828460039,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZO B4_TARGETED_BPNS_Spring_2012_VV1","ZO B4_TARGETED_Spring_2012_VV1","Small VV Grab",null,"ZO B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_ZO B4_TARGETED_BPNS_Spring_2012_VV1_ZO B4","PreservedSpecimen","Monopseudocuma gilsoni (Bacescu, 1950)","422916","Species","Biomass per unit of surface","Ash-free dry weight",1.51821862348178,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_ZW 1m_TARGETED_BPNS_Spring_2012_VV1","ZW 1m_TARGETED_Spring_2012_VV1","Divers",null,"ZW 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_ZW 1m_TARGETED_BPNS_Spring_2012_VV1_ZW 1m","PreservedSpecimen","Asterias rubens Linnaeus, 1758","123776","Species","Biomass per unit of surface","Ash-free dry weight",1097.38791423002,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Divers_ZW 1m_TARGETED_BPNS_Spring_2012_VV1","ZW 1m_TARGETED_Spring_2012_VV1","Divers",null,"ZW 1m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,null,"m²","VV1","Divers_ZW 1m_TARGETED_BPNS_Spring_2012_VV1_ZW 1m","PreservedSpecimen","Pseudocuma G.O. Sars, 1865","110427","Genus","Biomass per unit of surface","Ash-free dry weight",0.146198830409356,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2012/20a","Divers_ZW 7m_TARGETED_BPNS_Summer_2012_VV1","ZW 7m_TARGETED_Summer_2012_VV1","Divers",null,"ZW 7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2012-07-12","Summer",2012,null,"m²","VV1","Divers_ZW 7m_TARGETED_BPNS_Summer_2012_VV1_ZW 7m","PreservedSpecimen","Pontocrates altamarinus (Spence Bate & Westwood, 1862)","102916","Species","Biomass per unit of surface","Ash-free dry weight",2.3401559454191,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2012_VV1","ZW B1_TARGETED_Spring_2012_VV1","Small VV Grab",null,"ZW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2012_VV1_ZW B1","PreservedSpecimen","Owenia Delle Chiaje, 1844","129427","Genus","Biomass per unit of surface","Ash-free dry weight",16.5991902834008,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2012_VV2","ZW B1_TARGETED_Spring_2012_VV2","Small VV Grab",null,"ZW B1",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_ZW B1_TARGETED_BPNS_Spring_2012_VV2_ZW B1","PreservedSpecimen","Myrianida edwarsi (Saint Joseph, 1887)","238194","Species","Biomass per unit of surface","Ash-free dry weight",0.404858299595142,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2012_VV2","ZW B2_TARGETED_Spring_2012_VV2","Small VV Grab",null,"ZW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2012_VV2_ZW B2","PreservedSpecimen","Euspira nitida (Donovan, 1803)","151894","Species","Biomass per unit of surface","Ash-free dry weight",218.518218623482,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2012_VV3","ZW B2_TARGETED_Spring_2012_VV3","Small VV Grab",null,"ZW B2",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV3","Small VV Grab_ZW B2_TARGETED_BPNS_Spring_2012_VV3_ZW B2","PreservedSpecimen","Protodorvillea kefersteini (McIntosh, 1869)","130041","Species","Biomass per unit of surface","Ash-free dry weight",13,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B3_TARGETED_BPNS_Spring_2012_VV3","ZW B3_TARGETED_Spring_2012_VV3","Small VV Grab",null,"ZW B3",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV3","Small VV Grab_ZW B3_TARGETED_BPNS_Spring_2012_VV3_ZW B3","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",2.77732793522267,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B4_TARGETED_BPNS_Spring_2012_VV2","ZW B4_TARGETED_Spring_2012_VV2","Small VV Grab",null,"ZW B4",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV2","Small VV Grab_ZW B4_TARGETED_BPNS_Spring_2012_VV2_ZW B4","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",9.55594704647215,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"Small VV Grab_ZW B5_TARGETED_BPNS_Spring_2012_VV1","ZW B5_TARGETED_Spring_2012_VV1","Small VV Grab",null,"ZW B5",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE",null,"Spring",2012,0.0247,"m²","VV1","Small VV Grab_ZW B5_TARGETED_BPNS_Spring_2012_VV1_ZW B5","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",53391.1538461539,"mg/m²","biota"]
["OUTFLOW","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"AIR LIFT_25m_TARGETED_BPNS_Autumn_2022_1","25m_TARGETED_Autumn_2022_1","AIR LIFT","Sediment grabs","25m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2022-09-05","Autumn",2022,0.1,"m²","1","AIR LIFT_25m_TARGETED_BPNS_Autumn_2022_1_25m","PreservedSpecimen","Crangon crangon (Linnaeus, 1758)","107552","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["OUTFLOW","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"AIR LIFT_7m_TARGETED_BPNS_Autumn_2022_2","7m_TARGETED_Autumn_2022_2","AIR LIFT","Sediment grabs","7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2022-09-06","Autumn",2022,0.1,"m²","2","AIR LIFT_7m_TARGETED_BPNS_Autumn_2022_2_7m","PreservedSpecimen","Owenia fusiformis Delle Chiaje, 1844","130544","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["OUTFLOW","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"AIR LIFT_25m_TARGETED_BPNS_Autumn_2022_2","25m_TARGETED_Autumn_2022_2","AIR LIFT","Sediment grabs","25m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2022-09-05","Autumn",2022,0.1,"m²","2","AIR LIFT_25m_TARGETED_BPNS_Autumn_2022_2_25m","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.045,"g/m²","biota"]
["OUTFLOW","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"AIR LIFT_7m_TARGETED_BPNS_Autumn_2022_2","7m_TARGETED_Autumn_2022_2","AIR LIFT","Sediment grabs","7m",51.548,2.9295,"Thorntonbank","CPOWER","TB","TARGETED","BE","2022-09-06","Autumn",2022,0.1,"m²","2","AIR LIFT_7m_TARGETED_BPNS_Autumn_2022_2_7m","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",1.072,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER05_CLOSE_BE_Autumn_2016_VV1","NORTHER05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER05",51.548103,3.020053,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER05_CLOSE_BE_Autumn_2016_VV1_NORTHER05","PreservedSpecimen","Urothoe brevicornis J. E. Gray, 1837",103226,"Species","Biomass per unit of surface","Blotted wet weight",2.645,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB21_FAR_BE_Autumn_2016_VV1","TB21_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB21",{"v":51.549764,"d":"51.5498"},{"v":2.900813,"d":"2.9008"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB21_FAR_BE_Autumn_2016_VV1_TB21","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",1.185,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB13_CLOSE_BE_Autumn_2016_VV1","TB13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB13",{"v":51.549967,"d":"51.5500"},{"v":2.891404,"d":"2.8914"},"Thorntonbank","CPOWER","TB","CLOSE","BE","25-29/10/2016","Autumn",2016,0.1,"m²","VV1","VV grab_TB13_CLOSE_BE_Autumn_2016_VV1_TB13","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.008,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NORTHER02_CLOSE_BE_Autumn_2016_VV1","NORTHER02_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER02",51.550977,3.049595,"Thorntonbank","NORTHER","NORTHER","CLOSE","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER02_CLOSE_BE_Autumn_2016_VV1_NORTHER02","PreservedSpecimen","Nephtys cirrosa ",130357,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB07_VERY_CLOSE_BE_Autumn_2017_VV1","TB07_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_TB07_VERY_CLOSE_BE_Autumn_2017_VV1_TB07","PreservedSpecimen","Stenothoe marina (Spence Bate, 1857)",103166,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB07_VERY_CLOSE_BE_Autumn_2017_VV1","TB07_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_TB07_VERY_CLOSE_BE_Autumn_2017_VV1_TB07","PreservedSpecimen","Apolochus neapolitanus (Della Valle, 1893)",236495,"Species","Biomass per unit of surface","Blotted wet weight",0.005999999999999999,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel"," RV Simon Stevin",null,"VV grab_NORTHER05_FAR_BE_Autumn_2016_VV1","NORTHER05_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER05",51.5525,3.0293,"Thorntonbank","NORTHER","NORTHER","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_NORTHER05_FAR_BE_Autumn_2016_VV1_NORTHER05","PreservedSpecimen","Pseudocuma (Pseudocuma) simile (P.L.S. Müller, 1771)",110628,"Species","Biomass per unit of surface","Blotted wet weight",0.008,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640",{"$f":"CONCATENATE(I10419,\"_\",K10419,\"_\",Q10419,\"_\",R10419,\"_\",T10419,\"_\",U10419,\"_\",X10419)","v":"VV grab_TB15_FAR_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K10419,\"_\",Q10419,\"_\",T10419,\"_\",U10419,\"_\",X10419)","v":"TB15_FAR_Autumn_2017_VV1"},"VV grab","Sediment grabs","TB15",51.5541,2.9088,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G10419,\"_\",K10419)","v":"VV grab_TB15_FAR_BE_Autumn_2017_VV1_TB15"},"PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_NTB24_FAR_BE_Autumn_2016_VV1","NTB24_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NTB24",{"v":51.555329,"d":"51.5553"},{"v":2.986941,"d":"2.9869"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_NTB24_FAR_BE_Autumn_2016_VV1_NTB24","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)",120020,"Species","Biomass per unit of surface","Blotted wet weight",0.227,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB05_CLOSE_BE_Autumn_2016_VV1","TB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB05",{"v":51.5555999999999,"d":"51.5556"},{"v":2.996019,"d":"2.9960"},"Thorntonbank","CPOWER","TB","CLOSE","BE","25-29/10/2016","Autumn",2016,0.1,"m²","VV1","VV grab_TB05_CLOSE_BE_Autumn_2016_VV1_TB05","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB06_CLOSE_BE_Autumn_2016_VV1","TB06_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB06",{"v":51.558601,"d":"51.5586"},{"v":2.952325,"d":"2.9523"},"Thorntonbank","CPOWER","TB","CLOSE","BE","25-29/10/2016","Autumn",2016,0.1,"m²","VV1","VV grab_TB06_CLOSE_BE_Autumn_2016_VV1_TB06","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB12_FAR_BE_Autumn_2016_VV1","TB12_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB12",{"v":51.559235,"d":"51.5592"},{"v":2.960603,"d":"2.9606"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB12_FAR_BE_Autumn_2016_VV1_TB12","PreservedSpecimen","Spio Fabricius, 1785",129625,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB08_FAR_BE_Autumn_2016_VV1","TB08_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB08",{"v":51.560392,"d":"51.5604"},{"v":2.995554,"d":"2.9956"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB08_FAR_BE_Autumn_2016_VV1_TB08","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB03_VERY_CLOSE_BE_Autumn_2017_VV1","TB03_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB03",51.564088,3.016962,"Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_TB03_VERY_CLOSE_BE_Autumn_2017_VV1_TB03","PreservedSpecimen","Abludomelita obtusata (Montagu, 1813)",102788,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_NTB36_FAR_BE_Autumn_2017_VV1","NTB36_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NTB36",51.5645,2.9704,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_NTB36_FAR_BE_Autumn_2017_VV1_NTB36","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_NTB36_FAR_BE_Autumn_2016_VV1","NTB36_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NTB36",{"v":51.564531,"d":"51.5645"},{"v":2.970445,"d":"2.9704"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_NTB36_FAR_BE_Autumn_2016_VV1_NTB36","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,140,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_TB07_FAR_BE_Autumn_2017_VV1","TB07_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB07",51.565,2.9873,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_TB07_FAR_BE_Autumn_2017_VV1_TB07","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,100,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB04_FAR_BE_Autumn_2016_VV1","TB04_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB04",{"v":51.566529,"d":"51.5665"},{"v":3.003677,"d":"3.0037"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB04_FAR_BE_Autumn_2016_VV1_TB04","PreservedSpecimen","Aricidea minuta Southward, 1956",730747,"Species","Biomass per unit of surface","Blotted wet weight",0.015,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB06_FAR_BE_Autumn_2016_VV1","TB06_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB06",{"v":51.569596,"d":"51.5696"},{"v":2.978935,"d":"2.9789"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB06_FAR_BE_Autumn_2016_VV1_TB06","PreservedSpecimen","Brachyura Latreille, 1802",106673,"Order","Biomass per unit of surface","Blotted wet weight",0.278,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_TB06_FAR_BE_Autumn_2017_VV1","TB06_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB06",51.5696,2.9789,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_TB06_FAR_BE_Autumn_2017_VV1_TB06","PreservedSpecimen","Perioculodes longimanus (Spence Bate & Westwood, 1868)",102915,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 17-640","VV grab_TB06_FAR_BE_Autumn_2017_VV1","TB06_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB06",51.5696,2.9789,"Thorntonbank","CPOWER","TB","FAR","BE","2017-11-07","Autumn",2017,0.1,"m²","VV1","VV grab_TB06_FAR_BE_Autumn_2017_VV1_TB06","PreservedSpecimen","Urothoe poseidonis Reibish, 1905",103235,"Species","Biomass per unit of surface","Blotted wet weight",1.554,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL05_FAR_BE_Autumn_2016_VV1","RENTEL05_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL05",51.573000808,2.93021046343,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL05_FAR_BE_Autumn_2016_VV1_RENTEL05","PreservedSpecimen","Pontocrates Boeck, 1871",101702,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL12_FAR_BE_Autumn_2016_VV1","RENTEL12_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL12",51.5741473966999,2.94728886261,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL12_FAR_BE_Autumn_2016_VV1_RENTEL12","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)",104906,"Species","Biomass per unit of surface","Blotted wet weight",0.027,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_NTB37_FAR_BE_Autumn_2016_VV1","NTB37_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NTB37",{"v":51.57443,"d":"51.5744"},{"v":2.988659,"d":"2.9887"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_NTB37_FAR_BE_Autumn_2016_VV1_NTB37","PreservedSpecimen","Ensis Schumacher, 1817",138333,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel ","RV Simon Stevin","Cruise 16-840","VV grab_TB01_FAR_BE_Autumn_2016_VV1","TB01_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB01",{"v":51.576118,"d":"51.5761"},{"v":3.003309,"d":"3.0033"},"Thorntonbank","CPOWER","TB","FAR","BE","2016-10-24","Autumn",2016,0.1,"m²","VV1","VV grab_TB01_FAR_BE_Autumn_2016_VV1_TB01","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",2.987,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL11_FAR_BE_Autumn_2016_VV1","RENTEL11_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL11",51.5784464043,2.93975164713,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL11_FAR_BE_Autumn_2016_VV1_RENTEL11","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,100,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB01_CLOSE_BE_Autumn_2016_VV1","TB01_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB01",{"v":51.5785259999999,"d":"51.5785"},{"v":2.991079,"d":"2.9911"},"Thorntonbank","CPOWER","TB","CLOSE","BE","25-29/10/2016","Autumn",2016,0.1,"m²","VV1","VV grab_TB01_CLOSE_BE_Autumn_2016_VV1_TB01","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.038,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL17_FAR_BE_Autumn_2016_VV1","RENTEL17_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL17",51.5797391262999,2.95639797169,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL17_FAR_BE_Autumn_2016_VV1_RENTEL17","PreservedSpecimen","Ampelisca gibba G.O. Sars, 1883",101898,"Species","Biomass per unit of surface","Blotted wet weight",0.071,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL03_FAR_BE_Autumn_2016_VV1","RENTEL03_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL03",51.5818345706,2.9144450695,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL03_FAR_BE_Autumn_2016_VV1_RENTEL03","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL16_FAR_BE_Autumn_2016_VV1","RENTEL16_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL16",51.5840828527,2.94890548646,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL16_FAR_BE_Autumn_2016_VV1_RENTEL16","PreservedSpecimen","Eteone longa (Fabricius, 1780)",130616,"Species","Biomass per unit of surface","Blotted wet weight",0.009,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL22_FAR_BE_Autumn_2016_VV1","RENTEL22_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL22",51.5849570963999,2.96601430675,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL22_FAR_BE_Autumn_2016_VV1_RENTEL22","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Density per unit of surface",null,110,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL02_FAR_BE_Autumn_2016_VV1","RENTEL02_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL02",51.5862157161,2.90657108165,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL02_FAR_BE_Autumn_2016_VV1_RENTEL02","PreservedSpecimen","Eumida sanguinea (Örsted, 1843)",130644,"Species","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL28_FAR_BE_Autumn_2016_VV1","RENTEL28_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL28",51.5891139949,2.9775726521,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL28_FAR_BE_Autumn_2016_VV1_RENTEL28","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",5.041,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},{"$f":"CONCATENATE(I11763,\"_\",K11763,\"_\",Q11763,\"_\",R11763,\"_\",T11763,\"_\",U11763,\"_\",X11763)","v":"VV grab_RENTEL15_FAR_BE_Autumn_2016_VV1"},{"$f":"CONCATENATE(K11763,\"_\",Q11763,\"_\",T11763,\"_\",U11763,\"_\",X11763)","v":"RENTEL15_FAR_Autumn_2016_VV1"},"VV grab","Sediment grabs","RENTEL15",51.5892360178999,2.93908234649,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1",{"$f":"CONCATENATE(G11763,\"_\",K11763)","v":"VV grab_RENTEL15_FAR_BE_Autumn_2016_VV1_RENTEL15"},"PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979",107688,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL21_FAR_BE_Autumn_2016_VV1","RENTEL21_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL21",51.5896559210999,2.95788992865,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL21_FAR_BE_Autumn_2016_VV1_RENTEL21","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)",488966,"Species","Biomass per unit of surface","Blotted wet weight",0.044,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL08_FAR_BE_Autumn_2016_VV1","RENTEL08_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL08",51.5907529647,2.91784008178,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL08_FAR_BE_Autumn_2016_VV1_RENTEL08","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.036,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL34_FAR_BE_Autumn_2016_VV1","RENTEL34_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL34",51.5939290772,2.98742655442,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL34_FAR_BE_Autumn_2016_VV1_RENTEL34","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)",124392,"Species","Biomass per unit of surface","Blotted wet weight",1349.88,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL20_FAR_BE_Autumn_2016_VV1","RENTEL20_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL20",51.5940215477999,2.94963453194,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL20_FAR_BE_Autumn_2016_VV1_RENTEL20","PreservedSpecimen","Microdeutopus anomalus (Rathke, 1843)",102043,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL14_FAR_BE_Autumn_2016_VV1","RENTEL14_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL14",51.5945731548999,2.93097430593,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL14_FAR_BE_Autumn_2016_VV1_RENTEL14","PreservedSpecimen","Thia scutellata (Fabricius, 1793)",107281,"Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL33_FAR_BE_Autumn_2016_VV1","RENTEL33_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL33",51.598047031,2.98044132885,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL33_FAR_BE_Autumn_2016_VV1_RENTEL33","PreservedSpecimen","Ammonactis Verrill, 1865",854010,"Genus","Biomass per unit of surface","Blotted wet weight",0.824,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL13_FAR_BE_Autumn_2016_VV1","RENTEL13_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL13",51.5989105816999,2.92346338954,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL13_FAR_BE_Autumn_2016_VV1_RENTEL13","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL25_FAR_BE_Autumn_2016_VV1","RENTEL25_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL25",51.6006360753999,2.95921754233,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL25_FAR_BE_Autumn_2016_VV1_RENTEL25","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",4.76,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL32_FAR_BE_Autumn_2016_VV1","RENTEL32_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL32",51.6024267134,2.97443846128,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL32_FAR_BE_Autumn_2016_VV1_RENTEL32","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)",124273,"Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL32_FAR_BE_Autumn_2016_VV1","RENTEL32_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL32",51.6024267134,2.97443846128,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL32_FAR_BE_Autumn_2016_VV1_RENTEL32","PreservedSpecimen","Microdeutopus anomalus (Rathke, 1843)",102043,"Species","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL31_FAR_BE_Autumn_2016_VV1","RENTEL31_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL31",51.6065340214,2.96725070825,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL31_FAR_BE_Autumn_2016_VV1_RENTEL31","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)",124273,"Species","Biomass per unit of surface","Blotted wet weight",0.01,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL23_FAR_BE_Autumn_2016_VV1","RENTEL23_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL23",51.6085632325999,2.94420909621,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL23_FAR_BE_Autumn_2016_VV1_RENTEL23","PreservedSpecimen","Aricidea (Aricidea) minuta Southward, 1956",730747,"Species","Biomass per unit of surface","Blotted wet weight",0.009,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_RENTEL29_FAR_BE_Autumn_2016_VV1","RENTEL29_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL29",51.6138303538999,2.95377808332,"Thorntonbank","RENTEL","RENTEL","FAR","BE",null,"Autumn",2016,0.1,"m²","VV1","VV grab_RENTEL29_FAR_BE_Autumn_2016_VV1_RENTEL29","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.209,"g/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_BB36 _FAR_BE_Autumn_2017_VV1","BB36 _FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB36 ",51.639703,2.794067,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_BB36 _FAR_BE_Autumn_2017_VV1_BB36 ","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB14 _VERY_CLOSE_BE_Autumn_2017_VV1","BB14 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB14 ",51.6406704,2.784632113,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB14 _VERY_CLOSE_BE_Autumn_2017_VV1_BB14 ","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_BB34 _FAR_BE_Autumn_2017_VV1","BB34 _FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB34 ",51.645238,2.784077,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_BB34 _FAR_BE_Autumn_2017_VV1_BB34 ","PreservedSpecimen","Nephtys longosetosa Örsted, 1842",130364,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB13_CLOSE_BE_Autumn_2016_VV1","BB13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB13",51.645623,2.774352,"Blighbank","BELWIND","BB","CLOSE","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB13_CLOSE_BE_Autumn_2016_VV1_BB13","PreservedSpecimen","Pontocrates Lamarck, 1818",101702,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_BB30 _FAR_BE_Autumn_2017_VV1","BB30 _FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB30 ",51.650499,2.787524,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_BB30 _FAR_BE_Autumn_2017_VV1_BB30 ","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_BB29 _FAR_BE_Autumn_2017_VV1","BB29 _FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB29 ",51.653223,2.78251,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_BB29 _FAR_BE_Autumn_2017_VV1_BB29 ","PreservedSpecimen","Megaluropus agilis Hoek, 1889",102783,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_BB29 _FAR_BE_Autumn_2017_VV1","BB29 _FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB29 ",51.653223,2.78251,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_BB29 _FAR_BE_Autumn_2017_VV1_BB29 ","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.16199999999999998,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB24_FAR_BE_Autumn_2016_VV1","BB24_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB24",51.656702,2.804214,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB24_FAR_BE_Autumn_2016_VV1_BB24","PreservedSpecimen","Nemertea (Goës, 1864)",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.005,"g/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_BB24 _FAR_BE_Autumn_2017_VV1","BB24 _FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656702,2.804214,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _FAR_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Diastylis rathkei (Krøyer, 1841)",110487,"Species","Biomass per unit of surface","Blotted wet weight",0.044000000000000004,"g/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_BB23 _FAR_BE_Autumn_2017_VV1","BB23 _FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB23 ",51.659301,2.799284,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_BB23 _FAR_BE_Autumn_2017_VV1_BB23 ","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)",120020,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB22_FAR_BE_Autumn_2016_VV1","BB22_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB22",51.6619,2.794297,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB22_FAR_BE_Autumn_2016_VV1_BB22","PreservedSpecimen","Spisula Quatrefages, 1866",138159,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_BB20 _FAR_BE_Autumn_2017_VV1","BB20 _FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB20 ",51.662305,2.807545,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_BB20 _FAR_BE_Autumn_2017_VV1_BB20 ","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",0.123,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB21_FAR_BE_Autumn_2016_VV1","BB21_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB21",51.664602,2.789142,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB21_FAR_BE_Autumn_2016_VV1_BB21","PreservedSpecimen","Glycera (O.F. Müller, 1776)",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.392,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB19_FAR_BE_Autumn_2016_VV1","BB19_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB19",51.664973,2.802558,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB19_FAR_BE_Autumn_2016_VV1_BB19","PreservedSpecimen","Thia scutellata (H. Milne Edwards, 1830)",107281,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_BB18 _FAR_BE_Autumn_2017_VV1","BB18 _FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB18 ",51.667642,2.797514,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_BB18 _FAR_BE_Autumn_2017_VV1_BB18 ","PreservedSpecimen","Lanice conchilega (Pallas, 1766)",131495,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB08_CLOSE_BE_Autumn_2016_VV1","BB08_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB08",51.668361,2.787915,"Blighbank","BELWIND","BB","CLOSE","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB08_CLOSE_BE_Autumn_2016_VV1_BB08","PreservedSpecimen","Glycera (O.F. Müller, 1776)",129296,"Genus","Biomass per unit of surface","Blotted wet weight",0.027,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB08 _VERY_CLOSE_BE_Autumn_2017_VV1","BB08 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB08 ",51.6684129,2.788083941,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB08 _VERY_CLOSE_BE_Autumn_2017_VV1_BB08 ","PreservedSpecimen","Ophelia borealis Quatrefages, 1866",130491,"Species","Biomass per unit of surface","Blotted wet weight",2.2159999999999997,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB07_CLOSE_BE_Autumn_2016_VV1","BB07_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB07",51.67195,2.809711,"Blighbank","BELWIND","BB","CLOSE","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB07_CLOSE_BE_Autumn_2016_VV1_BB07","PreservedSpecimen","Nephtys ",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.069,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB14_FAR_BE_Autumn_2016_VV1","BB14_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB14",51.673245,2.800956,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB14_FAR_BE_Autumn_2016_VV1_BB14","PreservedSpecimen","Gastrosaccus spinifer Watkin, 1938",120020,"Species","Biomass per unit of surface","Blotted wet weight",0.012,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB13_FAR_BE_Autumn_2016_VV1","BB13_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB13",51.675879,2.795967,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB13_FAR_BE_Autumn_2016_VV1_BB13","PreservedSpecimen","Bathyporeia (Spence Bate, 1857)",101742,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_NBB06_FAR_BE_Autumn_2016_VV1","NBB06_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NBB06",51.676388,2.809386,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_NBB06_FAR_BE_Autumn_2016_VV1_NBB06","PreservedSpecimen","Gastrosaccus spinifer Lindström, 1855",120020,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582","VV grab_NBB06_FAR_BE_Autumn_2017_VV1","NBB06_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NBB06",51.676388,2.809386,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1","VV grab_NBB06_FAR_BE_Autumn_2017_VV1_NBB06","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent","Liesbet Colson","research vessel","RV Simon Stevin","Cruise 17-582",{"$f":"CONCATENATE(I13683,\"_\",K13683,\"_\",Q13683,\"_\",R13683,\"_\",T13683,\"_\",U13683,\"_\",X13683)","v":"VV grab_BB10 _FAR_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K13683,\"_\",Q13683,\"_\",T13683,\"_\",U13683,\"_\",X13683)","v":"BB10 _FAR_Autumn_2017_VV1"},"VV grab","Sediment grabs","BB10 ",51.678952,2.804286,"Blighbank","BELWIND","BB","FAR","BE","2017-10-18","Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G13683,\"_\",K13683)","v":"VV grab_BB10 _FAR_BE_Autumn_2017_VV1_BB10 "},"PreservedSpecimen","Brachyura Latreille, 1802",106673,"Order","Biomass per unit of surface","Blotted wet weight",0.005999999999999999,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB05_CLOSE_BE_Autumn_2016_VV1","BB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB05",51.680706,2.821535,"Blighbank","BELWIND","BB","CLOSE","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB05_CLOSE_BE_Autumn_2016_VV1_BB05","PreservedSpecimen","Nemertea Spence Bate & Westwood, 1862",152391,"Phylum","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB05_CLOSE_BE_Autumn_2016_VV1","BB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB05",51.680706,2.821535,"Blighbank","BELWIND","BB","CLOSE","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB05_CLOSE_BE_Autumn_2016_VV1_BB05","PreservedSpecimen","Spisula G.O. Sars, 1900",138159,"Genus","Biomass per unit of surface","Blotted wet weight",1.141,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB07_FAR_BE_Autumn_2016_VV1","BB07_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB07",51.682026,2.812886,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB07_FAR_BE_Autumn_2016_VV1_BB07","PreservedSpecimen","Megaluropus agilis Lamarck, 1818",102783,"Species","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB06_FAR_BE_Autumn_2016_VV1","BB06_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB06",51.684694,2.807617,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB06_FAR_BE_Autumn_2016_VV1_BB06","PreservedSpecimen","Jassa herdmani Lamarck, 1818",102432,"Species","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB04_CLOSE_BE_Autumn_2016_VV1","BB04_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB04",51.685911,2.811528,"Blighbank","BELWIND","BB","CLOSE","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB04_CLOSE_BE_Autumn_2016_VV1_BB04","PreservedSpecimen","Spiophanes bombyx Cuvier, 1817",131187,"Species","Biomass per unit of surface","Blotted wet weight",0.097,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB05_FAR_BE_Autumn_2016_VV1","BB05_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB05",51.687502,2.802571,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB05_FAR_BE_Autumn_2016_VV1_BB05","PreservedSpecimen","Nototropis falcatus Örsted, 1842",102139,"Species","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 16-850","VV grab_BB03_FAR_BE_Autumn_2016_VV1","BB03_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB03",51.687628,2.816107,"Blighbank","BELWIND","BB","FAR","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB03_FAR_BE_Autumn_2016_VV1_BB03","PreservedSpecimen","Pontocrates Quatrefages, 1866",101702,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB03_CLOSE_BE_Autumn_2016_VV1","BB03_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB03",51.691133,2.801519,"Blighbank","BELWIND","BB","CLOSE","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB03_CLOSE_BE_Autumn_2016_VV1_BB03","PreservedSpecimen","Nototropis falcatus Ehlers, 1868",102139,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB03 _VERY_CLOSE_BE_Autumn_2017_VV1","BB03 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB03 ",51.691174,2.801678008,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB03 _VERY_CLOSE_BE_Autumn_2017_VV1_BB03 ","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB02_CLOSE_BE_Autumn_2016_VV1","BB02_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB02",51.694702,2.823357,"Blighbank","BELWIND","BB","CLOSE","BE","2016-10-25","Autumn",2016,0.1,"m²","VV1","VV grab_BB02_CLOSE_BE_Autumn_2016_VV1_BB02","PreservedSpecimen","Eumida sanguinea Watkin, 1938",130644,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WGR13_REF_TB_BPNS_Spring_2005_VV1","WGR13_REF_TB_Spring_2005_VV1","VV grab","Sediment grabs","WGR13","51.423723","2.842653","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-03-02T08:31:40","Spring",2005,0.1026,"m²","VV1","VV grab_WGR13_REF_TB_BPNS_Spring_2005_VV1_WGR13","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",460.377068924854,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_GB03_REF_TB_BPNS_Spring_2005_VV1","GB03_REF_TB_Spring_2005_VV1","VV grab","Sediment grabs","GB03","51.44556865","2.869419605","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-03-04T08:57:20","Spring",2005,0.1026,"m²","VV1","VV grab_GB03_REF_TB_BPNS_Spring_2005_VV1_GB03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",21.5133540355522,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_GB03_REF_TB_BPNS_Autumn_2009_VV1","GB03_REF_TB_Autumn_2009_VV1","VV grab","Sediment grabs","GB03","51.44556865","2.869419605","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_GB03_REF_TB_BPNS_Autumn_2009_VV1_GB03","PreservedSpecimen","Nephtys hombergii Savigny in Lamarck, 1818","130359","Species","Biomass per unit of surface","Ash-free dry weight",1788.83040935672,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GB03_REF_TB_BPNS_Autumn_2010_VV1","GB03_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GB03","51.44556865","2.869419605","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GB03_REF_TB_BPNS_Autumn_2010_VV1_GB03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB04_REF_TB_BPNS_Spring_2010_VV1","GB04_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB04","51.44897729","2.87929762","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB04_REF_TB_BPNS_Spring_2010_VV1_GB04","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB04_REF_TB_BPNS_Autumn_2015_VV1","GB04_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB04","51.44897729","2.87929762","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB04_REF_TB_BPNS_Autumn_2015_VV1_GB04","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB04_REF_TB_BPNS_Autumn_2015_VV1","GB04_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB04","51.44897729","2.87929762","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB04_REF_TB_BPNS_Autumn_2015_VV1_GB04","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Blotted wet weight",0.029,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB04_REF_TB_BPNS_Autumn_2019_VV1","GB04_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB04","51.44897729","2.87929762","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB04_REF_TB_BPNS_Autumn_2019_VV1_GB04","PreservedSpecimen","Nephtys Cuvier, 1817","102647","Genus","Biomass per unit of surface","Blotted wet weight",0.066,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC20_REF_TB_BPNS_Autumn_2010_VV1","GBC20_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GBC20","51.45003617","2.859271696","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GBC20_REF_TB_BPNS_Autumn_2010_VV1_GBC20","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",19.6120664717349,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR02_REF_TB_BPNS_Autumn_2008_VV1","WGR02_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR02","51.4506","2.881437","Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR02_REF_TB_BPNS_Autumn_2008_VV1_WGR02","PreservedSpecimen","Ampharetinae Malmgren, 1866","152252","Family","Biomass per unit of surface","Ash-free dry weight",1.75438596491228,"mg/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_GB01_REF_TB_BPNS_Autumn_2023_VV1","GB01_REF_TB_Autumn_2023_VV1","VV grab","Sediment grabs","GB01","51.45218913","2.89066569","Gootebank","CPOWER_REF","GB","REF_TB","BE","2023-10-22","Autumn",2023,0.1,"m²","VV1","VV grab_GB01_REF_TB_BPNS_Autumn_2023_VV1_Urothoe brevicornis Spence Bate & Westwood, 1862","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Blotted wet weight",0.158,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB01_REF_TB_BPNS_Spring_2010_VV1","GB01_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB01","51.45223204","2.890660743","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB01_REF_TB_BPNS_Spring_2010_VV1_GB01","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_GB01_REF_TB_BPNS_Autumn_2018_VV1","GB01_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB01","51.45223204","2.890660743","GooteBank","CPOWER_REF","GB","REF_TB","BE","2018-10-26","Autumn",2018,0.1,"m²","VV1","VV grab_GB01_REF_TB_BPNS_Autumn_2018_VV1_GB01","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Biomass per unit of surface","Blotted wet weight",31.601,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB01_REF_TB_BPNS_Autumn_2019_VV1","GB01_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB01","51.45223204","2.890660743","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB01_REF_TB_BPNS_Autumn_2019_VV1_GB01","PreservedSpecimen","Spionidae Grube, 1850","102612","Family","Biomass per unit of surface","Blotted wet weight",0.029,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_GB01_REF_TB_BPNS_Autumn_2020_VV1","GB01_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB01","51.45223204","2.890660743","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_GB01_REF_TB_BPNS_Autumn_2020_VV1_GB01","PreservedSpecimen","Urothoe Dana, 1852","101789","Genus","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR05_REF_TB_BPNS_Autumn_2008_VV1","WGR05_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR05","51.45243","2.856458","Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR05_REF_TB_BPNS_Autumn_2008_VV1_WGR05","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,87.719298245614,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GB22_REF_TB_BPNS_Autumn_2010_VV1","GB22_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GB22","51.45329189","2.869768398","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GB22_REF_TB_BPNS_Autumn_2010_VV1_GB22","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,126.705653021443,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GB22_REF_TB_BPNS_Autumn_2010_VV3","GB22_REF_TB_Autumn_2010_VV3","VV Grab","Sediment grabs","GB22","51.45329189","2.869768398","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV3","VV Grab_GB22_REF_TB_BPNS_Autumn_2010_VV3_GB22","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Biomass per unit of surface","Ash-free dry weight",4500.68831871345,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_GB22_REF_TB_BPNS_Autumn_2011_VV3","GB22_REF_TB_Autumn_2011_VV3","VV Grab",null,"GB22","51.45329189","2.869768398","Gootebank","CPOWER_REF","GB","REF_TB","BE","2011-10-20","Autumn",2011,0.1,"m²","VV3","VV Grab_GB22_REF_TB_BPNS_Autumn_2011_VV3_GB22","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_GB22_REF_TB_BPNS_Autumn_2012_VV1","GB22_REF_TB_Autumn_2012_VV1","VV Grab",null,"GB22","51.45329189","2.869768398","Gootebank","CPOWER_REF","GB","REF_TB","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV1","VV Grab_GB22_REF_TB_BPNS_Autumn_2012_VV1_GB22","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_GB22_REF_TB_BPNS_Autumn_2013_VV3","GB22_REF_TB_Autumn_2013_VV3","VV grab","Sediment grabs","GB22","51.45329189","2.869768398","Gootebank","CPOWER_REF","GB","REF_TB","BE","2013-10-21","Autumn",2013,0.1026,"m²","VV3","VV grab_GB22_REF_TB_BPNS_Autumn_2013_VV3_GB22","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_GB22_REF_TB_BPNS_Autumn_2013_VV3","GB22_REF_TB_Autumn_2013_VV3","VV grab","Sediment grabs","GB22","51.45329189","2.869768398","Gootebank","CPOWER_REF","GB","REF_TB","BE","2013-10-21","Autumn",2013,0.1026,"m²","VV3","VV grab_GB22_REF_TB_BPNS_Autumn_2013_VV3_GB22","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Biomass per unit of surface","Ash-free dry weight",2.47076023391813,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB22_REF_TB_BPNS_Autumn_2015_VV1","GB22_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB22","51.45329189","2.869768398","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB22_REF_TB_BPNS_Autumn_2015_VV1_GB22","PreservedSpecimen","Abludomelita obtusata (Montagu, 1813)","102788","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_GBC10_REF_TB_BPNS_Autumn_2009_VV1","GBC10_REF_TB_Autumn_2009_VV1","VV grab","Sediment grabs","GBC10","51.45419197","2.8476395","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_GBC10_REF_TB_BPNS_Autumn_2009_VV1_GBC10","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",240.157894736842,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC10_REF_TB_BPNS_Autumn_2010_VV1","GBC10_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GBC10","51.45419197","2.8476395","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GBC10_REF_TB_BPNS_Autumn_2010_VV1_GBC10","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",636.154873294347,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR03_REF_TB_BPNS_Spring_2008_VV1","WGR03_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR03","51.45503","2.895028","Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR03_REF_TB_BPNS_Spring_2008_VV1_WGR03","PreservedSpecimen","Terebellidae Johnston, 1846","982","Family","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR06_REF_TB_BPNS_Autumn_2008_VV1","WGR06_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR06","51.45557","2.870452","Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR06_REF_TB_BPNS_Autumn_2008_VV1_WGR06","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB05_REF_TB_BPNS_Spring_2010_VV1","GB05_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB05","51.45571506","2.899305465","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB05_REF_TB_BPNS_Spring_2010_VV1_GB05","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB05_REF_TB_BPNS_Autumn_2015_VV1","GB05_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB05","51.45571506","2.899305465","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB05_REF_TB_BPNS_Autumn_2015_VV1_GB05","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_GB05_REF_TB_BPNS_Autumn_2018_VV1","GB05_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB05","51.45571506","2.899305465","GooteBank","CPOWER_REF","GB","REF_TB","BE","2018-10-26","Autumn",2018,0.1,"m²","VV1","VV grab_GB05_REF_TB_BPNS_Autumn_2018_VV1_GB05","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Blotted wet weight",0.023,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_GB05_REF_TB_BPNS_Autumn_2020_VV1","GB05_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB05","51.45571506","2.899305465","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_GB05_REF_TB_BPNS_Autumn_2020_VV1_GB05","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.084,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_GB23_REF_TB_BPNS_Autumn_2009_VV1","GB23_REF_TB_Autumn_2009_VV1","VV grab","Sediment grabs","GB23","51.45693104","2.878534935","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_GB23_REF_TB_BPNS_Autumn_2009_VV1_GB23","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",15.2631578947368,"mg/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_GB23_REF_TB_BPNS_Autumn_2023_VV1","GB23_REF_TB_Autumn_2023_VV1","VV grab","Sediment grabs","GB23","51.45705566","2.87852707","Gootebank","CPOWER_REF","GB","REF_TB","BE","2023-10-22","Autumn",2023,0.1,"m²","VV1","VV grab_GB23_REF_TB_BPNS_Autumn_2023_VV1_Magelona johnstoni Fiege, Licher & Mackie, 2000","PreservedSpecimen","Magelona johnstoni Fiege, Licher & Mackie, 2000","130269","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WGR09_REF_TB_BPNS_Spring_2005_VV1","WGR09_REF_TB_Spring_2005_VV1","VV grab","Sediment grabs","WGR09","51.45765","2.848017","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-03-04T08:57:20","Spring",2005,0.1026,"m²","VV1","VV grab_WGR09_REF_TB_BPNS_Spring_2005_VV1_WGR09","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR09_REF_TB_BPNS_Autumn_2008_VV1","WGR09_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR09","51.45765","2.848017","Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR09_REF_TB_BPNS_Autumn_2008_VV1_WGR09","PreservedSpecimen","Anthozoa Ehrenberg, 1834","1292","Phylum","Biomass per unit of surface","Ash-free dry weight",954.288499025341,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB12_REF_TB_BPNS_Spring_2010_VV1","GB12_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB12","51.45798828","2.857269306","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB12_REF_TB_BPNS_Spring_2010_VV1_GB12","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB12_REF_TB_BPNS_Autumn_2015_VV1","GB12_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB12","51.45798828","2.857269306","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB12_REF_TB_BPNS_Autumn_2015_VV1_GB12","PreservedSpecimen","Bathyporeia Lindström, 1855","101742","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB12_REF_TB_BPNS_Autumn_2019_VV1","GB12_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB12","51.45798828","2.857269306","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB12_REF_TB_BPNS_Autumn_2019_VV1_GB12","PreservedSpecimen","Bodotriidae T. Scott, 1901","102627","Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB12_REF_TB_BPNS_Autumn_2019_VV1","GB12_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB12","51.45798828","2.857269306","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB12_REF_TB_BPNS_Autumn_2019_VV1_GB12","PreservedSpecimen","Spionidae Grube, 1850","102640","Family","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB16_REF_TB_BPNS_Autumn_2019_VV1","GB16_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB16","51.45798828","2.857269306","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB16_REF_TB_BPNS_Autumn_2019_VV1_GB16","PreservedSpecimen","Spisula J. E. Gray, 1837","102750","Genus","Biomass per unit of surface","Blotted wet weight",0.98,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_GB02_REF_TB_BPNS_Spring_2005_VV1","GB02_REF_TB_Spring_2005_VV1","VV grab","Sediment grabs","GB02","51.45865733","2.908570704","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-03-04T08:57:20","Spring",2005,0.1026,"m²","VV1","VV grab_GB02_REF_TB_BPNS_Spring_2005_VV1_GB02","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,214.424951267057,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_GB02_REF_TB_BPNS_Autumn_2008_VV1","GB02_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","GB02","51.45865733","2.908570704","Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_GB02_REF_TB_BPNS_Autumn_2008_VV1_GB02","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,87.719298245614,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB02_REF_TB_BPNS_Spring_2010_VV1","GB02_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB02","51.45865733","2.908570704","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB02_REF_TB_BPNS_Spring_2010_VV1_GB02","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GB02_REF_TB_BPNS_Autumn_2010_VV1","GB02_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GB02","51.45865733","2.908570704","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GB02_REF_TB_BPNS_Autumn_2010_VV1_GB02","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",1.86130604288499,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB02_REF_TB_BPNS_Autumn_2015_VV1","GB02_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB02","51.45865733","2.908570704","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB02_REF_TB_BPNS_Autumn_2015_VV1_GB02","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Blotted wet weight",0.115,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_GB02_REF_TB_BPNS_Autumn_2020_VV1","GB02_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB02","51.45865733","2.908570704","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_GB02_REF_TB_BPNS_Autumn_2020_VV1_GB02","PreservedSpecimen","Abra alba (W. Wood, 1802)","141433","Species","Biomass per unit of surface","Blotted wet weight",0.859,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_GB02_REF_TB_BPNS_Autumn_2023_VV1","GB02_REF_TB_Autumn_2023_VV1","VV grab","Sediment grabs","GB02","51.45888672","2.90897929","Gootebank","CPOWER_REF","GB","REF_TB","BE","2023-10-22","Autumn",2023,0.1,"m²","VV1","VV grab_GB02_REF_TB_BPNS_Autumn_2023_VV1_Diastylis rathkei (Krøyer, 1841)","PreservedSpecimen","Diastylis rathkei (Krøyer, 1841)","110487","Species","Biomass per unit of surface","Blotted wet weight",0.068,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC19_REF_TB_BPNS_Autumn_2010_VV1","GBC19_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GBC19","51.45942763","2.835877696","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GBC19_REF_TB_BPNS_Autumn_2010_VV1_GBC19","PreservedSpecimen","Phyllodoce mucosa Örsted, 1843","334512","Species","Biomass per unit of surface","Ash-free dry weight",14.6104288499025,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WGR07_REF_TB_BPNS_Autumn_2005_VV1","WGR07_REF_TB_Autumn_2005_VV1","VV grab","Sediment grabs","WGR07","51.45965","2.882945","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-10-19","Autumn",2005,0.1026,"m²","VV1","VV grab_WGR07_REF_TB_BPNS_Autumn_2005_VV1_WGR07","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",3.625,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR07_REF_TB_BPNS_Autumn_2008_VV1","WGR07_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR07","51.45965","2.882945","Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR07_REF_TB_BPNS_Autumn_2008_VV1_WGR07","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GB24_REF_TB_BPNS_Autumn_2010_VV1","GB24_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GB24","51.4601078","2.889034778","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GB24_REF_TB_BPNS_Autumn_2010_VV1_GB24","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB24_REF_TB_BPNS_Autumn_2015_VV1","GB24_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB24","51.4601078","2.889034778","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB24_REF_TB_BPNS_Autumn_2015_VV1_GB24","PreservedSpecimen","Monocorophium acherusicum (A. Costa, 1853)","225814","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB15_REF_TB_BPNS_Spring_2010_VV1","GB15_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB15","51.46062551","2.867027707","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB15_REF_TB_BPNS_Spring_2010_VV1_GB15","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Ash-free dry weight",49.2918207894736,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB15_REF_TB_BPNS_Autumn_2015_VV1","GB15_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB15","51.46062551","2.867027707","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB15_REF_TB_BPNS_Autumn_2015_VV1_GB15","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,110,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_GB15_REF_TB_BPNS_Autumn_2018_VV1","GB15_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB15","51.46062551","2.867027707","GooteBank","CPOWER_REF","GB","REF_TB","BE","2018-10-26","Autumn",2018,0.1,"m²","VV1","VV grab_GB15_REF_TB_BPNS_Autumn_2018_VV1_GB15","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB24_REF_TB_BPNS_Autumn_2019_VV1","GB24_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB24","51.46062551","2.867027707","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB24_REF_TB_BPNS_Autumn_2019_VV1_GB24","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","102779","Species","Biomass per unit of surface","Blotted wet weight",404.557,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_GB24_REF_TB_BPNS_Autumn_2020_VV1","GB24_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB24","51.46062551","2.867027707","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_GB24_REF_TB_BPNS_Autumn_2020_VV1_GB24","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,130,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WGR10_REF_TB_BPNS_Autumn_2005_VV1","WGR10_REF_TB_Autumn_2005_VV1","VV grab","Sediment grabs","WGR10","51.46169","2.860742","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-10-19","Autumn",2005,0.1026,"m²","VV1","VV grab_WGR10_REF_TB_BPNS_Autumn_2005_VV1_WGR10","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",891.960664751172,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR10_REF_TB_BPNS_Spring_2008_VV1","WGR10_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR10","51.46169","2.860742","Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR10_REF_TB_BPNS_Spring_2008_VV1_WGR10","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR10_REF_TB_BPNS_Autumn_2008_VV1","WGR10_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR10","51.46169","2.860742","Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR10_REF_TB_BPNS_Autumn_2008_VV1_WGR10","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Biomass per unit of surface","Ash-free dry weight",10.1237371931532,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB19_REF_TB_BPNS_Autumn_2015_VV1","GB19_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB19","51.46276412","2.847487324","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB19_REF_TB_BPNS_Autumn_2015_VV1_GB19","PreservedSpecimen","Cirratulidae Ryckholt, 1851","919","Family","Biomass per unit of surface","Blotted wet weight",0.035,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB19_REF_TB_BPNS_Autumn_2019_VV1","GB19_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB19","51.46276412","2.847487324","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB19_REF_TB_BPNS_Autumn_2019_VV1_GB19","PreservedSpecimen","Urothoe Dana, 1852","102717","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_GB25_REF_TB_BPNS_Autumn_2023_VV1","GB25_REF_TB_Autumn_2023_VV1","VV grab","Sediment grabs","GB25","51.46298828","2.89702326","Gootebank","CPOWER_REF","GB","REF_TB","BE","2023-10-22","Autumn",2023,0.1,"m²","VV1","VV grab_GB25_REF_TB_BPNS_Autumn_2023_VV1_Nototropis swammerdamei (H. Milne Edwards, 1830)","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)","488966","Species","Biomass per unit of surface","Blotted wet weight",0.024,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GB25_REF_TB_BPNS_Autumn_2010_VV2","GB25_REF_TB_Autumn_2010_VV2","VV Grab","Sediment grabs","GB25","51.46304991","2.897187534","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV2","VV Grab_GB25_REF_TB_BPNS_Autumn_2010_VV2_GB25","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",13.3552631578947,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_GB25_REF_TB_BPNS_Autumn_2011_VV3","GB25_REF_TB_Autumn_2011_VV3","VV Grab",null,"GB25","51.46304991","2.897187534","Gootebank","CPOWER_REF","GB","REF_TB","BE","2011-10-20","Autumn",2011,0.1,"m²","VV3","VV Grab_GB25_REF_TB_BPNS_Autumn_2011_VV3_GB25","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",8.90350877192981,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_GB25_REF_TB_BPNS_Autumn_2013_VV1","GB25_REF_TB_Autumn_2013_VV1","VV grab","Sediment grabs","GB25","51.46304991","2.897187534","Gootebank","CPOWER_REF","GB","REF_TB","BE","2013-10-21","Autumn",2013,0.1026,"m²","VV1","VV grab_GB25_REF_TB_BPNS_Autumn_2013_VV1_GB25","PreservedSpecimen","Scoloplos armiger (Müller, 1776)","130537","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_GB25_REF_TB_BPNS_Autumn_2013_VV1","GB25_REF_TB_Autumn_2013_VV1","VV grab","Sediment grabs","GB25","51.46304991","2.897187534","Gootebank","CPOWER_REF","GB","REF_TB","BE","2013-10-21","Autumn",2013,0.1026,"m²","VV1","VV grab_GB25_REF_TB_BPNS_Autumn_2013_VV1_GB25","PreservedSpecimen","Urothoe poseidonis Reibish, 1905","103235","Species","Biomass per unit of surface","Ash-free dry weight",1.55045316649867,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_GB25_REF_TB_BPNS_Autumn_2014_VV3","GB25_REF_TB_Autumn_2014_VV3","VV grab","Sediment grabs","GB25","51.46304991","2.897187534","Gootebank","CPOWER_REF","GB","REF_TB","BE","2014-10-13","Autumn",2014,0.1,"m²","VV3","VV grab_GB25_REF_TB_BPNS_Autumn_2014_VV3_GB25","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB14_REF_TB_BPNS_Spring_2010_VV1","GB14_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB14","51.46411261","2.877897682","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB14_REF_TB_BPNS_Spring_2010_VV1_GB14","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB14_REF_TB_BPNS_Spring_2010_VV1","GB14_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB14","51.46411261","2.877897682","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB14_REF_TB_BPNS_Spring_2010_VV1_GB14","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",177.478948050682,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB14_REF_TB_BPNS_Autumn_2019_VV1","GB14_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB14","51.46411261","2.877897682","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB14_REF_TB_BPNS_Autumn_2019_VV1_GB14","PreservedSpecimen","Eurydice spinigera Hansen, 1890","102679","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB14_REF_TB_BPNS_Autumn_2019_VV1","GB14_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB14","51.46411261","2.877897682","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB14_REF_TB_BPNS_Autumn_2019_VV1_GB14","PreservedSpecimen","Ophiura Lamarck, 1801","102684","Genus","Biomass per unit of surface","Blotted wet weight",0.077,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_GB14_REF_TB_BPNS_Autumn_2020_VV1","GB14_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB14","51.46411261","2.877897682","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_GB14_REF_TB_BPNS_Autumn_2020_VV1_GB14","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR08_REF_TB_BPNS_Autumn_2008_VV1","WGR08_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR08","51.46449","2.895338","Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR08_REF_TB_BPNS_Autumn_2008_VV1_WGR08","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WGR08_REF_TB_BPNS_Autumn_2008_VV1","WGR08_REF_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WGR08","51.46449","2.895338","Gootebank","CPOWER_REF","GB","REF_TB","BE","2008-10-15","Autumn",2008,0.1026,"m²","VV1","VV grab_WGR08_REF_TB_BPNS_Autumn_2008_VV1_WGR08","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",1050.89668615984,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_GB18_REF_TB_BPNS_Autumn_2009_VV1","GB18_REF_TB_Autumn_2009_VV1","VV grab","Sediment grabs","GB18","51.4656343","2.857616379","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_GB18_REF_TB_BPNS_Autumn_2009_VV1_GB18","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,107.212475633528,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB18_REF_TB_BPNS_Spring_2010_VV1","GB18_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB18","51.4656343","2.857616379","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB18_REF_TB_BPNS_Spring_2010_VV1_GB18","PreservedSpecimen","Echinoidea Schumacher, 1817","123082","Class","Density per unit of surface",null,536.062378167641,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GB18_REF_TB_BPNS_Autumn_2010_VV1","GB18_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GB18","51.4656343","2.857616379","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GB18_REF_TB_BPNS_Autumn_2010_VV1_GB18","PreservedSpecimen","Capitellidae Grube, 1862","921","Family","Biomass per unit of surface","Ash-free dry weight",1.85136452241715,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB18_REF_TB_BPNS_Autumn_2015_VV1","GB18_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB18","51.4656343","2.857616379","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB18_REF_TB_BPNS_Autumn_2015_VV1_GB18","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Biomass per unit of surface","Blotted wet weight",0.034,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_GB18_REF_TB_BPNS_Autumn_2020_VV1","GB18_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB18","51.4656343","2.857616379","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_GB18_REF_TB_BPNS_Autumn_2020_VV1_GB18","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Biomass per unit of surface","Blotted wet weight",0.47,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_GB18_REF_TB_BPNS_Autumn_2023_VV1","GB18_REF_TB_Autumn_2023_VV1","VV grab","Sediment grabs","GB18","51.46564941","2.85788574","Gootebank","CPOWER_REF","GB","REF_TB","BE","2023-10-22","Autumn",2023,0.1,"m²","VV1","VV grab_GB18_REF_TB_BPNS_Autumn_2023_VV1_Terebellidae Johnston, 1846","PreservedSpecimen","Terebellidae Johnston, 1846","982","Family","Biomass per unit of surface","Blotted wet weight",0.369,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_GB18_REF_TB_BPNS_Autumn_2023_VV1","GB18_REF_TB_Autumn_2023_VV1","VV grab","Sediment grabs","GB18","51.46564941","2.85788574","Gootebank","CPOWER_REF","GB","REF_TB","BE","2023-10-22","Autumn",2023,0.1,"m²","VV1","VV grab_GB18_REF_TB_BPNS_Autumn_2023_VV1_Asterias rubens Linnaeus, 1758","PreservedSpecimen","Asterias rubens Linnaeus, 1758","123776","Species","Biomass per unit of surface","Blotted wet weight",1.234,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_GBC09_REF_TB_BPNS_Autumn_2009_VV1","GBC09_REF_TB_Autumn_2009_VV1","VV grab","Sediment grabs","GBC09","51.4668446","2.838076699","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_GBC09_REF_TB_BPNS_Autumn_2009_VV1_GBC09","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",0.016569200779727,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GBC09_REF_TB_BPNS_Spring_2010_VV1","GBC09_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GBC09","51.4668446","2.838076699","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GBC09_REF_TB_BPNS_Spring_2010_VV1_GBC09","PreservedSpecimen","Amphipoda Latreille, 1816","1135","Order","Biomass per unit of surface","Ash-free dry weight",0.292397660818713,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GBC09_REF_TB_BPNS_Spring_2010_VV1","GBC09_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GBC09","51.4668446","2.838076699","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GBC09_REF_TB_BPNS_Spring_2010_VV1_GBC09","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",1.29954515594542,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_WGR14_REF_TB_BPNS_Spring_2008_VV1","WGR14_REF_TB_Spring_2008_VV1","VV grab","Sediment grabs","WGR14","51.46688","2.847238","Gootebank","CPOWER_REF","GB","REF_TB","BE","8-9/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_WGR14_REF_TB_BPNS_Spring_2008_VV1_WGR14","PreservedSpecimen","Eunoe nodosa (M. Sars, 1861)","130745","Species","Biomass per unit of surface","Ash-free dry weight",37.8849902534113,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GB13_REF_TB_BPNS_Autumn_2010_VV1","GB13_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GB13","51.46720995","2.886050049","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GB13_REF_TB_BPNS_Autumn_2010_VV1_GB13","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",2.33918128654971,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB13_REF_TB_BPNS_Spring_2010_VV1","GB13_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB13","51.46720995","2.886050049","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB13_REF_TB_BPNS_Spring_2010_VV1_GB13","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",5.13011695906432,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB13_REF_TB_BPNS_Autumn_2019_VV1","GB13_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB13","51.46720995","2.886050049","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB13_REF_TB_BPNS_Autumn_2019_VV1_GB13","PreservedSpecimen","Spionidae Grube, 1850","102702","Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB22_REF_TB_BPNS_Autumn_2019_VV1","GB22_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB22","51.46720995","2.886050049","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB22_REF_TB_BPNS_Autumn_2019_VV1_GB22","PreservedSpecimen","Nephtys Cuvier, 1817","102757","Genus","Biomass per unit of surface","Blotted wet weight",0.031,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_GB17_REF_TB_BPNS_Autumn_2023_VV1","GB17_REF_TB_Autumn_2023_VV1","VV grab","Sediment grabs","GB17","51.46860352","2.86861115","Gootebank","CPOWER_REF","GB","REF_TB","BE","2023-10-22","Autumn",2023,0.1,"m²","VV1","VV grab_GB17_REF_TB_BPNS_Autumn_2023_VV1_Nematoda","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_GB17_REF_TB_BPNS_Autumn_2009_VV1","GB17_REF_TB_Autumn_2009_VV1","VV grab","Sediment grabs","GB17","51.46881377","2.868858662","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_GB17_REF_TB_BPNS_Autumn_2009_VV1_GB17","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GB17_REF_TB_BPNS_Spring_2010_VV1","GB17_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GB17","51.46881377","2.868858662","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GB17_REF_TB_BPNS_Spring_2010_VV1_GB17","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB17_REF_TB_BPNS_Autumn_2015_VV1","GB17_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB17","51.46881377","2.868858662","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB17_REF_TB_BPNS_Autumn_2015_VV1_GB17","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Blotted wet weight",0.121,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB17_REF_TB_BPNS_Autumn_2019_VV1","GB17_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB17","51.46881377","2.868858662","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB17_REF_TB_BPNS_Autumn_2019_VV1_GB17","PreservedSpecimen","Glycera Lamarck, 1818","102721","Genus","Biomass per unit of surface","Blotted wet weight",0.512,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_GB17_REF_TB_BPNS_Autumn_2019_VV1","GB17_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB17","51.46881377","2.868858662","GooteBank","CPOWER_REF","GB","REF_TB","BE","2019-10-21","Autumn",2019,0.1,"m²","VV1","VV grab_GB17_REF_TB_BPNS_Autumn_2019_VV1_GB17","PreservedSpecimen","Spionidae Grube, 1850","102730","Family","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WGR15_REF_TB_BPNS_Spring_2005_VV1","WGR15_REF_TB_Spring_2005_VV1","VV grab","Sediment grabs","WGR15","51.46938","2.860958","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-03-02T08:31:40","Spring",2005,0.1026,"m²","VV1","VV grab_WGR15_REF_TB_BPNS_Spring_2005_VV1_WGR15","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Ash-free dry weight",99.8336546381249,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WGR12_REF_TB_BPNS_Autumn_2005_VV1","WGR12_REF_TB_Autumn_2005_VV1","VV grab","Sediment grabs","WGR12","51.46967","2.884675","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-10-19","Autumn",2005,0.1026,"m²","VV1","VV grab_WGR12_REF_TB_BPNS_Autumn_2005_VV1_WGR12","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GBC06_REF_TB_BPNS_Spring_2010_VV1","GBC06_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GBC06_REF_TB_BPNS_Spring_2010_VV1_GBC06","PreservedSpecimen","Monocorophium acherusicum (A. Costa, 1853)","225814","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC06_REF_TB_BPNS_Autumn_2010_VV2","GBC06_REF_TB_Autumn_2010_VV2","VV Grab","Sediment grabs","GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV2","VV Grab_GBC06_REF_TB_BPNS_Autumn_2010_VV2_GBC06","PreservedSpecimen","Monopseudocuma gilsoni (Bacescu, 1950)","422916","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC06_REF_TB_BPNS_Autumn_2010_VV3","GBC06_REF_TB_Autumn_2010_VV3","VV Grab","Sediment grabs","GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV3","VV Grab_GBC06_REF_TB_BPNS_Autumn_2010_VV3_GBC06","PreservedSpecimen","Eunereis longissima (Johnston, 1840)","130375","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC06_REF_TB_BPNS_Autumn_2010_VV2","GBC06_REF_TB_Autumn_2010_VV2","VV Grab","Sediment grabs","GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV2","VV Grab_GBC06_REF_TB_BPNS_Autumn_2010_VV2_GBC06","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",0.064327485380117,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC06_REF_TB_BPNS_Autumn_2010_VV3","GBC06_REF_TB_Autumn_2010_VV3","VV Grab","Sediment grabs","GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV3","VV Grab_GBC06_REF_TB_BPNS_Autumn_2010_VV3_GBC06","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",0.164717348927874,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_GBC06_REF_TB_BPNS_Autumn_2011_VV2","GBC06_REF_TB_Autumn_2011_VV2","VV Grab",null,"GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2011-10-20","Autumn",2011,0.1,"m²","VV2","VV Grab_GBC06_REF_TB_BPNS_Autumn_2011_VV2_GBC06","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Ash-free dry weight",3.71345029239766,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_GBC06_REF_TB_BPNS_Autumn_2012_VV3","GBC06_REF_TB_Autumn_2012_VV3","VV Grab",null,"GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV3","VV Grab_GBC06_REF_TB_BPNS_Autumn_2012_VV3_GBC06","PreservedSpecimen","Dorvillea Parfitt, 1866","129261","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_GBC06_REF_TB_BPNS_Autumn_2012_VV2","GBC06_REF_TB_Autumn_2012_VV2","VV Grab",null,"GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV2","VV Grab_GBC06_REF_TB_BPNS_Autumn_2012_VV2_GBC06","PreservedSpecimen","Glycera tridactyla Schmarda, 1861","130130","Species","Biomass per unit of surface","Ash-free dry weight",0.708284600389863,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_GBC06_REF_TB_BPNS_Autumn_2013_VV1","GBC06_REF_TB_Autumn_2013_VV1","VV grab","Sediment grabs","GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2013-10-21","Autumn",2013,0.1026,"m²","VV1","VV grab_GBC06_REF_TB_BPNS_Autumn_2013_VV1_GBC06","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_GBC06_REF_TB_BPNS_Autumn_2013_VV2","GBC06_REF_TB_Autumn_2013_VV2","VV grab","Sediment grabs","GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2013-10-21","Autumn",2013,0.1026,"m²","VV2","VV grab_GBC06_REF_TB_BPNS_Autumn_2013_VV2_GBC06","PreservedSpecimen","Scalibregma inflatum Rathke, 1843","130980","Species","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_GBC06_REF_TB_BPNS_Autumn_2014_VV1","GBC06_REF_TB_Autumn_2014_VV1","VV grab","Sediment grabs","GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2014-10-13","Autumn",2014,0.1,"m²","VV1","VV grab_GBC06_REF_TB_BPNS_Autumn_2014_VV1_GBC06","PreservedSpecimen","Tellina Linnaeus, 1758","138533","Genus","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_GBC06_REF_TB_BPNS_Autumn_2014_VV3","GBC06_REF_TB_Autumn_2014_VV3","VV grab","Sediment grabs","GBC06","51.4697949","2.849813291","Gootebank","CPOWER_REF","GB","REF_TB","BE","2014-10-13","Autumn",2014,0.1,"m²","VV3","VV grab_GBC06_REF_TB_BPNS_Autumn_2014_VV3_GBC06","PreservedSpecimen","Polygordius appendiculatus Fraipont, 1887","130712","Species","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GB16_REF_TB_BPNS_Autumn_2010_VV1","GB16_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GB16","51.47152611","2.87750692","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GB16_REF_TB_BPNS_Autumn_2010_VV1_GB16","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB16_REF_TB_BPNS_Autumn_2015_VV1","GB16_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB16","51.47152611","2.87750692","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB16_REF_TB_BPNS_Autumn_2015_VV1_GB16","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_GB16_REF_TB_BPNS_Autumn_2015_VV1","GB16_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB16","51.47152611","2.87750692","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_GB16_REF_TB_BPNS_Autumn_2015_VV1_GB16","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Blotted wet weight",0.026,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_GB16_REF_TB_BPNS_Autumn_2023_VV1","GB16_REF_TB_Autumn_2023_VV1","VV grab","Sediment grabs","GB16","51.47165527","2.877565","Gootebank","CPOWER_REF","GB","REF_TB","BE","2023-10-22","Autumn",2023,0.1,"m²","VV1","VV grab_GB16_REF_TB_BPNS_Autumn_2023_VV1_Nephtys cirrosa Ehlers, 1868","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",4.236,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_GBC08_REF_TB_BPNS_Autumn_2009_VV1","GBC08_REF_TB_Autumn_2009_VV1","VV grab","Sediment grabs","GBC08","51.47312898","2.860560937","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_GBC08_REF_TB_BPNS_Autumn_2009_VV1_GBC08","PreservedSpecimen","Monocorophium acherusicum (A. Costa, 1853)","225814","Species","Biomass per unit of surface","Ash-free dry weight",0.00144736842105263,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC08_REF_TB_BPNS_Autumn_2010_VV1","GBC08_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GBC08","51.47312898","2.860560937","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GBC08_REF_TB_BPNS_Autumn_2010_VV1_GBC08","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GBC08_REF_TB_BPNS_Spring_2010_VV1","GBC08_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GBC08","51.47312898","2.860560937","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GBC08_REF_TB_BPNS_Spring_2010_VV1_GBC08","PreservedSpecimen","Amphipoda Latreille, 1816","1135","Order","Biomass per unit of surface","Ash-free dry weight",0.87719298245614,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WGR16_REF_TB_BPNS_Spring_2005_VV1","WGR16_REF_TB_Spring_2005_VV1","VV grab","Sediment grabs","WGR16","51.47313","2.871062","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-03-02T08:31:40","Spring",2005,0.1026,"m²","VV1","VV grab_WGR16_REF_TB_BPNS_Spring_2005_VV1_WGR16","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_GBC07_REF_TB_BPNS_Autumn_2009_VV1","GBC07_REF_TB_Autumn_2009_VV1","VV grab","Sediment grabs","GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_GBC07_REF_TB_BPNS_Autumn_2009_VV1_GBC07","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_GBC07_REF_TB_BPNS_Spring_2010_VV1","GBC07_REF_TB_Spring_2010_VV1","VV Grab","Sediment grabs","GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-27","Spring",2010,0.1026,"m²","VV1","VV Grab_GBC07_REF_TB_BPNS_Spring_2010_VV1_GBC07","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC07_REF_TB_BPNS_Autumn_2010_VV1","GBC07_REF_TB_Autumn_2010_VV1","VV Grab","Sediment grabs","GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV1","VV Grab_GBC07_REF_TB_BPNS_Autumn_2010_VV1_GBC07","PreservedSpecimen","Capitellidae Grube, 1862","921","Family","Biomass per unit of surface","Ash-free dry weight",1.39912280701754,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_GBC07_REF_TB_BPNS_Autumn_2010_VV2","GBC07_REF_TB_Autumn_2010_VV2","VV Grab","Sediment grabs","GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2010-10-12","Autumn",2010,0.1026,"m²","VV2","VV Grab_GBC07_REF_TB_BPNS_Autumn_2010_VV2_GBC07","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",5.69323281676413,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_GBC07_REF_TB_BPNS_Autumn_2011_VV1","GBC07_REF_TB_Autumn_2011_VV1","VV Grab",null,"GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2011-10-20","Autumn",2011,0.1,"m²","VV1","VV Grab_GBC07_REF_TB_BPNS_Autumn_2011_VV1_GBC07","PreservedSpecimen","Synchelidium maculatum Stebbing, 1906","102928","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_GBC07_REF_TB_BPNS_Autumn_2011_VV3","GBC07_REF_TB_Autumn_2011_VV3","VV Grab",null,"GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2011-10-20","Autumn",2011,0.1,"m²","VV3","VV Grab_GBC07_REF_TB_BPNS_Autumn_2011_VV3_GBC07","PreservedSpecimen","Eumida sanguinea (Örsted, 1843)","130644","Species","Biomass per unit of surface","Ash-free dry weight",1.9766081871345,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_GBC07_REF_TB_BPNS_Autumn_2012_VV1","GBC07_REF_TB_Autumn_2012_VV1","VV Grab",null,"GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV1","VV Grab_GBC07_REF_TB_BPNS_Autumn_2012_VV1_GBC07","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_GBC07_REF_TB_BPNS_Autumn_2012_VV3","GBC07_REF_TB_Autumn_2012_VV3","VV Grab",null,"GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV3","VV Grab_GBC07_REF_TB_BPNS_Autumn_2012_VV3_GBC07","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_GBC07_REF_TB_BPNS_Autumn_2012_VV2","GBC07_REF_TB_Autumn_2012_VV2","VV Grab",null,"GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV2","VV Grab_GBC07_REF_TB_BPNS_Autumn_2012_VV2_GBC07","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",39.6978557504873,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_GBC07_REF_TB_BPNS_Autumn_2012_VV3","GBC07_REF_TB_Autumn_2012_VV3","VV Grab",null,"GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV3","VV Grab_GBC07_REF_TB_BPNS_Autumn_2012_VV3_GBC07","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",68.0776803118908,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_GBC07_REF_TB_BPNS_Autumn_2013_VV3","GBC07_REF_TB_Autumn_2013_VV3","VV grab","Sediment grabs","GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2013-10-21","Autumn",2013,0.1026,"m²","VV3","VV grab_GBC07_REF_TB_BPNS_Autumn_2013_VV3_GBC07","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_GBC07_REF_TB_BPNS_Autumn_2013_VV1","GBC07_REF_TB_Autumn_2013_VV1","VV grab","Sediment grabs","GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2013-10-21","Autumn",2013,0.1026,"m²","VV1","VV grab_GBC07_REF_TB_BPNS_Autumn_2013_VV1_GBC07","PreservedSpecimen","Scalibregma inflatum Rathke, 1843","130980","Species","Biomass per unit of surface","Ash-free dry weight",96.4912280701754,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_GBC07_REF_TB_BPNS_Autumn_2013_VV2","GBC07_REF_TB_Autumn_2013_VV2","VV grab","Sediment grabs","GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2013-10-21","Autumn",2013,0.1026,"m²","VV2","VV grab_GBC07_REF_TB_BPNS_Autumn_2013_VV2_GBC07","PreservedSpecimen","Upogebia deltaura (Leach, 1816)","107739","Species","Biomass per unit of surface","Ash-free dry weight",34.1130604288499,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_GBC07_REF_TB_BPNS_Autumn_2014_VV1","GBC07_REF_TB_Autumn_2014_VV1","VV grab","Sediment grabs","GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2014-10-13","Autumn",2014,0.1,"m²","VV1","VV grab_GBC07_REF_TB_BPNS_Autumn_2014_VV1_GBC07","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Biomass per unit of surface","Blotted wet weight",14.043,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_GBC07_REF_TB_BPNS_Autumn_2014_VV2","GBC07_REF_TB_Autumn_2014_VV2","VV grab","Sediment grabs","GBC07","51.47545648","2.869828961","Gootebank","CPOWER_REF","GB","REF_TB","BE","2014-10-13","Autumn",2014,0.1,"m²","VV2","VV grab_GBC07_REF_TB_BPNS_Autumn_2014_VV2_GBC07","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Biomass per unit of surface","Blotted wet weight",0.615,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER18_REF_NORTHER_BPNS_Autumn_2020_VV1","NORTHER18_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER18","51.476916","3.064173","Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER18_REF_NORTHER_BPNS_Autumn_2020_VV1_NORTHER18","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Blotted wet weight",0.115,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER17_REF_NORTHER_BPNS_Autumn_2020_VV1","NORTHER17_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER17","51.4830359999999","3.054148","Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER17_REF_NORTHER_BPNS_Autumn_2020_VV1_NORTHER17","PreservedSpecimen","Pariambus typicus (Krøyer, 1845)","101857","Species","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER14_REF_NORTHER_BPNS_Autumn_2020_VV1","NORTHER14_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER14","51.487136","3.079621","Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER14_REF_NORTHER_BPNS_Autumn_2020_VV1_NORTHER14","PreservedSpecimen","Pholoe minuta (Fabricius, 1780)","130603","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER13_REF_NORTHER_BPNS_Autumn_2020_VV1","NORTHER13_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER13","51.493091","3.069151","Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER13_REF_NORTHER_BPNS_Autumn_2020_VV1_NORTHER13","PreservedSpecimen","Polynoidae Kinberg, 1856","939","Family","Biomass per unit of surface","Blotted wet weight",0.06,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER15_REF_NORTHER_BPNS_Autumn_2020_VV1","NORTHER15_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER15","51.49501","3.031612","Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER15_REF_NORTHER_BPNS_Autumn_2020_VV1_NORTHER15","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",40.473,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER25_FAR_BPNS_Autumn_2020_VV1","NORTHER25_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER25","51.4987","2.9783","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER25_FAR_BPNS_Autumn_2020_VV1_NORTHER25","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",0.866,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER08_REF_NORTHER_BPNS_Autumn_2020_VV1","NORTHER08_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER08","51.5041259999999","3.105573","Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER08_REF_NORTHER_BPNS_Autumn_2020_VV1_NORTHER08","PreservedSpecimen","Lagis koreni Malmgren, 1866","152367","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER08_REF_NORTHER_BPNS_Autumn_2020_VV1","NORTHER08_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER08","51.5041259999999","3.105573","Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER08_REF_NORTHER_BPNS_Autumn_2020_VV1_NORTHER08","PreservedSpecimen","Mya truncata Linnaeus, 1758","140431","Species","Biomass per unit of surface","Blotted wet weight",356.623,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER16_VERY_CLOSE_BPNS_Autumn_2020_VV1","NORTHER16_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER16","51.5064928","2.956976415","Thorntonbank","NORTHER","NORTHER","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER16_VERY_CLOSE_BPNS_Autumn_2020_VV1_NORTHER16","PreservedSpecimen","Bivalvia Linnaeus, 1758","105","Class","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER16_VERY_CLOSE_BPNS_Autumn_2020_VV1","NORTHER16_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER16","51.5064928","2.956976415","Thorntonbank","NORTHER","NORTHER","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER16_VERY_CLOSE_BPNS_Autumn_2020_VV1_NORTHER16","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER16_VERY_CLOSE_BPNS_Autumn_2020_VV1","NORTHER16_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER16","51.5064928","2.956976415","Thorntonbank","NORTHER","NORTHER","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER16_VERY_CLOSE_BPNS_Autumn_2020_VV1_NORTHER16","PreservedSpecimen","Phyllodoce Lamarck, 1818","129455","Genus","Biomass per unit of surface","Blotted wet weight",0.019,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBC01_CONTROL_BPNS_Autumn_2010_VV2","TBC01_CONTROL_Autumn_2010_VV2","VV Grab","Sediment grabs","TBC01","51.50668494","2.876861525","Thorntonbank","CPOWER","TB","CONTROL","BE","2010-10-26","Autumn",2010,0.1026,"m²","VV2","VV Grab_TBC01_CONTROL_BPNS_Autumn_2010_VV2_TBC01","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",94.0074063060429,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBC01_CONTROL_BPNS_Autumn_2012_VV2","TBC01_CONTROL_Autumn_2012_VV2","VV Grab",null,"TBC01","51.50668494","2.876861525","Thorntonbank","CPOWER","TB","CONTROL","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV2","VV Grab_TBC01_CONTROL_BPNS_Autumn_2012_VV2_TBC01","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBC01_CONTROL_BPNS_Autumn_2013_VV2","TBC01_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC01","51.50668494","2.876861525","Thorntonbank","CPOWER","TB","CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_TBC01_CONTROL_BPNS_Autumn_2013_VV2_TBC01","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBC01_CONTROL_BPNS_Autumn_2013_VV2","TBC01_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC01","51.50668494","2.876861525","Thorntonbank","CPOWER","TB","CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_TBC01_CONTROL_BPNS_Autumn_2013_VV2_TBC01","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",330.451660179766,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBC01_CONTROL_BPNS_Autumn_2014_VV2","TBC01_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","TBC01","51.50668494","2.876861525","Thorntonbank","CPOWER","TB","CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_TBC01_CONTROL_BPNS_Autumn_2014_VV2_TBC01","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)","488966","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB17_REF_PRIOR_TB_BPNS_Spring_2005_VV1","NTB17_REF_PRIOR_TB_Spring_2005_VV1","VV grab","Sediment grabs","NTB17","51.50772","2.87858","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2005-03-02T08:31:40","Spring",2005,0.1026,"m²","VV1","VV grab_NTB17_REF_PRIOR_TB_BPNS_Spring_2005_VV1_NTB17","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB17_REF_PRIOR_TB_BPNS_Autumn_2005_VV1","NTB17_REF_PRIOR_TB_Autumn_2005_VV1","VV grab","Sediment grabs","NTB17","51.50772","2.87858","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB17_REF_PRIOR_TB_BPNS_Autumn_2005_VV1_NTB17","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",425.756793528813,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER23_FAR_BPNS_Autumn_2020_VV1","NORTHER23_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER23","51.5079","2.9751","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER23_FAR_BPNS_Autumn_2020_VV1_NORTHER23","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER23_FAR_BPNS_Autumn_2020_VV1","NORTHER23_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER23","51.5079","2.9751","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER23_FAR_BPNS_Autumn_2020_VV1_NORTHER23","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Blotted wet weight",0.206,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER10_REF_NORTHER_BPNS_Autumn_2020_VV1","NORTHER10_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER10","51.508076","3.072986","Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER10_REF_NORTHER_BPNS_Autumn_2020_VV1_NORTHER10","PreservedSpecimen","Bodotria Goodsir, 1843","110387","Genus","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB18_REF_PRIOR_TB_BPNS_Autumn_2005_VV1","NTB18_REF_PRIOR_TB_Autumn_2005_VV1","VV grab","Sediment grabs","NTB18","51.51123","2.893005","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB18_REF_PRIOR_TB_BPNS_Autumn_2005_VV1_NTB18","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Biomass per unit of surface","Ash-free dry weight",1570.97196146336,"mg/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER13_VERY_CLOSE_BPNS_Autumn_2020_VV1","NORTHER13_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER13","51.51152241","3.001186518","Thorntonbank","NORTHER","NORTHER","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER13_VERY_CLOSE_BPNS_Autumn_2020_VV1_NORTHER13","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Blotted wet weight",0.076,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER24_FAR_BPNS_Autumn_2020_VV1","NORTHER24_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER24","51.5121","2.946","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER24_FAR_BPNS_Autumn_2020_VV1_NORTHER24","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)","488966","Species","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB16_CONTROL_BPNS_Autumn_2009_VV1","NTB16_CONTROL_Autumn_2009_VV1","VV grab","Sediment grabs","NTB16","51.51270166","2.869259468","Thorntonbank","CPOWER","TB","CONTROL","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB16_CONTROL_BPNS_Autumn_2009_VV1_NTB16","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",141.763645224172,"mg/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER04_REF_NORTHER_BPNS_Autumn_2020_VV1","NORTHER04_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER04","51.5129159999999","3.119319","Thorntonbank","NORTHER_REF","NORTHER","REF_NORTHER","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER04_REF_NORTHER_BPNS_Autumn_2020_VV1_NORTHER04","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Blotted wet weight",0.122,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER14_VERY_CLOSE_BPNS_Autumn_2020_VV1","NORTHER14_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER14","51.51419761","2.952204209","Thorntonbank","NORTHER","NORTHER","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER14_VERY_CLOSE_BPNS_Autumn_2020_VV1_NORTHER14","PreservedSpecimen","Aora gracilis (Spence Bate, 1857)","102012","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER14_VERY_CLOSE_BPNS_Autumn_2020_VV1","NORTHER14_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER14","51.51419761","2.952204209","Thorntonbank","NORTHER","NORTHER","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER14_VERY_CLOSE_BPNS_Autumn_2020_VV1_NORTHER14","PreservedSpecimen","Polynoidae Kinberg, 1856","939","Family","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER18_FAR_BPNS_Autumn_2020_VV1","NORTHER18_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER18","51.5152","2.9946","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER18_FAR_BPNS_Autumn_2020_VV1_NORTHER18","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Blotted wet weight",0.026,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WTR03_REF_PRIOR_TB_BPNS_Autumn_2005_VV1","WTR03_REF_PRIOR_TB_Autumn_2005_VV1","VV grab","Sediment grabs","WTR03","51.5165","2.908447","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_WTR03_REF_PRIOR_TB_BPNS_Autumn_2005_VV1_WTR03","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB15_REF_PRIOR_TB_BPNS_Autumn_2005_VV1","NTB15_REF_PRIOR_TB_Autumn_2005_VV1","VV grab","Sediment grabs","NTB15","51.51675","2.883352","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2005-10-19","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB15_REF_PRIOR_TB_BPNS_Autumn_2005_VV1_NTB15","PreservedSpecimen","Nototropis falcatus (Metzger, 1871)","102139","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER01_VERY_CLOSE_BPNS_Autumn_2020_VV1","NORTHER01_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER01","51.51718626","3.045419147","Thorntonbank","NORTHER","NORTHER","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER01_VERY_CLOSE_BPNS_Autumn_2020_VV1_NORTHER01","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER15_FAR_BPNS_Autumn_2020_VV1","NORTHER15_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER15","51.5174","3.0108","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER15_FAR_BPNS_Autumn_2020_VV1_NORTHER15","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,100,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTR07_REF_PRIOR_TB_BPNS_Autumn_2008_VV1","WTR07_REF_PRIOR_TB_Autumn_2008_VV1","VV grab","Sediment grabs","WTR07","51.51887","2.861138","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTR07_REF_PRIOR_TB_BPNS_Autumn_2008_VV1_WTR07","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBC06_CONTROL_BPNS_Autumn_2009_VV1","TBC06_CONTROL_Autumn_2009_VV1","VV grab","Sediment grabs","TBC06","51.5199189","2.896549992","Thorntonbank","CPOWER","TB","CONTROL","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBC06_CONTROL_BPNS_Autumn_2009_VV1_TBC06","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",17.5243664717349,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBC06_CONTROL_BPNS_Autumn_2010_VV1","TBC06_CONTROL_Autumn_2010_VV1","VV Grab","Sediment grabs","TBC06","51.5199189","2.896549992","Thorntonbank","CPOWER","TB","CONTROL","BE","2010-10-26","Autumn",2010,0.1026,"m²","VV1","VV Grab_TBC06_CONTROL_BPNS_Autumn_2010_VV1_TBC06","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Biomass per unit of surface","Ash-free dry weight",4.91812865497076,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBC06_CONTROL_BPNS_Autumn_2013_VV3","TBC06_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBC06","51.5199189","2.896549992","Thorntonbank","CPOWER","TB","CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_TBC06_CONTROL_BPNS_Autumn_2013_VV3_TBC06","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBC06_CONTROL_BPNS_Autumn_2014_VV2","TBC06_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","TBC06","51.5199189","2.896549992","Thorntonbank","CPOWER","TB","CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_TBC06_CONTROL_BPNS_Autumn_2014_VV2_TBC06","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBC06_CONTROL_BPNS_Autumn_2014_VV3","TBC06_CONTROL_Autumn_2014_VV3","VV grab","Sediment grabs","TBC06","51.5199189","2.896549992","Thorntonbank","CPOWER","TB","CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_TBC06_CONTROL_BPNS_Autumn_2014_VV3_TBC06","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Blotted wet weight",0.605,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER20_FAR_BPNS_Autumn_2020_VV1","NORTHER20_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER20","51.5204","2.9655","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER20_FAR_BPNS_Autumn_2020_VV1_NORTHER20","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Blotted wet weight",0.054,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB14_CONTROL_BPNS_Autumn_2009_VV1","NTB14_CONTROL_Autumn_2009_VV1","VV grab","Sediment grabs","NTB14","51.52070193","2.874737717","Thorntonbank","CPOWER","TB","CONTROL","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB14_CONTROL_BPNS_Autumn_2009_VV1_NTB14","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",21.0575048732943,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB14_REF_PRIOR_TB_BPNS_Spring_2005_VV1","NTB14_REF_PRIOR_TB_Spring_2005_VV1","VV grab","Sediment grabs","NTB14","51.5218","2.8758","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2005-03-02T08:31:40","Spring",2005,0.1026,"m²","VV1","VV grab_NTB14_REF_PRIOR_TB_BPNS_Spring_2005_VV1_NTB14","PreservedSpecimen","Phyllodoce maculata (Linnaeus, 1767)","334510","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB14_REF_PRIOR_TB_BPNS_Autumn_2008_VV1","NTB14_REF_PRIOR_TB_Autumn_2008_VV1","VV grab","Sediment grabs","NTB14","51.5218","2.8758","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB14_REF_PRIOR_TB_BPNS_Autumn_2008_VV1_NTB14","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,253.411306042885,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB13_REF_PRIOR_TB_BPNS_Spring_2005_VV1","NTB13_REF_PRIOR_TB_Spring_2005_VV1","VV grab","Sediment grabs","NTB13","51.52279","2.852802","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2005-03-02T08:31:40","Spring",2005,0.1026,"m²","VV1","VV grab_NTB13_REF_PRIOR_TB_BPNS_Spring_2005_VV1_NTB13","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB13_CONTROL_BPNS_Autumn_2009_VV1","NTB13_CONTROL_Autumn_2009_VV1","VV grab","Sediment grabs","NTB13","51.52285171","2.850305508","Thorntonbank","CPOWER","TB","CONTROL","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB13_CONTROL_BPNS_Autumn_2009_VV1_NTB13","PreservedSpecimen","Decapoda Latreille, 1802","1130","Order","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB13_CONTROL_BPNS_Autumn_2010_VV3","NTB13_CONTROL_Autumn_2010_VV3","VV Grab","Sediment grabs","NTB13","51.52285171","2.850305508","Thorntonbank","CPOWER","TB","CONTROL","BE","2010-10-26","Autumn",2010,0.1026,"m²","VV3","VV Grab_NTB13_CONTROL_BPNS_Autumn_2010_VV3_NTB13","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB13_CONTROL_BPNS_Autumn_2012_VV2","NTB13_CONTROL_Autumn_2012_VV2","VV Grab",null,"NTB13","51.52285171","2.850305508","Thorntonbank","CPOWER","TB","CONTROL","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV2","VV Grab_NTB13_CONTROL_BPNS_Autumn_2012_VV2_NTB13","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB13_CONTROL_BPNS_Autumn_2012_VV2","NTB13_CONTROL_Autumn_2012_VV2","VV Grab",null,"NTB13","51.52285171","2.850305508","Thorntonbank","CPOWER","TB","CONTROL","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV2","VV Grab_NTB13_CONTROL_BPNS_Autumn_2012_VV2_NTB13","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Biomass per unit of surface","Ash-free dry weight",2564.83141423002,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB13_CONTROL_BPNS_Autumn_2013_VV2","NTB13_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB13","51.52285171","2.850305508","Thorntonbank","CPOWER","TB","CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_NTB13_CONTROL_BPNS_Autumn_2013_VV2_NTB13","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB13_CONTROL_BPNS_Autumn_2014_VV2","NTB13_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","NTB13","51.52285171","2.850305508","Thorntonbank","CPOWER","TB","CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_NTB13_CONTROL_BPNS_Autumn_2014_VV2_NTB13","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB13_CONTROL_BPNS_Autumn_2014_VV2","NTB13_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","NTB13","51.52285171","2.850305508","Thorntonbank","CPOWER","TB","CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_NTB13_CONTROL_BPNS_Autumn_2014_VV2_NTB13","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Blotted wet weight",0.088,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB16_CLOSE_BPNS_Autumn_2015_VV1","TB16_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB16","51.525061","2.94022","Thorntonbank","CPOWER","TB","CLOSE","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB16_CLOSE_BPNS_Autumn_2015_VV1_TB16","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",0.077,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB16_VERY_CLOSE_BPNS_Autumn_2018_VV1","TB16_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB16","51.525061","2.94022","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_TB16_VERY_CLOSE_BPNS_Autumn_2018_VV1_TB16","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,320,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB16_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB16_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB16","51.525061","2.94022","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB16_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB16","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Blotted wet weight",0.075,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_TB32_FAR_BPNS_Autumn_2018_VV1","TB32_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB32","51.5252","2.9295","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_TB32_FAR_BPNS_Autumn_2018_VV1_TB32","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Blotted wet weight",0.047,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER09_VERY_CLOSE_BPNS_Autumn_2020_VV1","NORTHER09_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER09","51.52523041","2.981935226","Thorntonbank","NORTHER","NORTHER","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER09_VERY_CLOSE_BPNS_Autumn_2020_VV1_NORTHER09","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Density per unit of surface",null,450,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBC09_CONTROL_BPNS_Autumn_2009_VV1","TBC09_CONTROL_Autumn_2009_VV1","VV grab","Sediment grabs","TBC09","51.52565233","2.889164672","Thorntonbank","CPOWER","TB","CONTROL","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBC09_CONTROL_BPNS_Autumn_2009_VV1_TBC09","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)","131171","Species","Density per unit of surface",null,116.959064327485,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBC09_CONTROL_BPNS_Autumn_2009_VV1","TBC09_CONTROL_Autumn_2009_VV1","VV grab","Sediment grabs","TBC09","51.52565233","2.889164672","Thorntonbank","CPOWER","TB","CONTROL","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBC09_CONTROL_BPNS_Autumn_2009_VV1_TBC09","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)","131171","Species","Biomass per unit of surface","Ash-free dry weight",790.138224366472,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER14_FAR_BPNS_Autumn_2020_VV1","NORTHER14_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER14","51.526","2.9957","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER14_FAR_BPNS_Autumn_2020_VV1_NORTHER14","PreservedSpecimen","Myrianida prolifera (O.F. Müller, 1788)","238200","Species","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER08_FAR_BPNS_Autumn_2020_VV1","NORTHER08_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER08","51.5265","3.0527","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER08_FAR_BPNS_Autumn_2020_VV1_NORTHER08","PreservedSpecimen","Mya truncata Linnaeus, 1758","140431","Species","Biomass per unit of surface","Blotted wet weight",64.827,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB12_REF_PRIOR_TB_BPNS_Autumn_2005_VV1","NTB12_REF_PRIOR_TB_Autumn_2005_VV1","VV grab","Sediment grabs","NTB12","51.52678","2.866318","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2005-10-19","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB12_REF_PRIOR_TB_BPNS_Autumn_2005_VV1_NTB12","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB09_CONTROL_BPNS_Autumn_2009_VV1","NTB09_CONTROL_Autumn_2009_VV1","VV grab","Sediment grabs","NTB09","51.52780184","2.842178531","Thorntonbank","CPOWER","TB","CONTROL","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB09_CONTROL_BPNS_Autumn_2009_VV1_NTB09","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Ash-free dry weight",25.760350877193,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB09_REF_PRIOR_TB_BPNS_Autumn_2008_VV1","NTB09_REF_PRIOR_TB_Autumn_2008_VV1","VV grab","Sediment grabs","NTB09","51.52837","2.844247","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB09_REF_PRIOR_TB_BPNS_Autumn_2008_VV1_NTB09","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Biomass per unit of surface","Ash-free dry weight",881.237816764133,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBE01_EDGE_BPNS_Autumn_2010_VV2","TBE01_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","TBE01","51.52841962","2.938230599","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-26","Autumn",2010,0.1026,"m²","VV2","VV Grab_TBE01_EDGE_BPNS_Autumn_2010_VV2_TBE01","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB23_CONTROL_BPNS_Autumn_2008_VV1","NTB23_CONTROL_Autumn_2008_VV1","VV grab","Sediment grabs","NTB23","51.52917","2.939727","Thorntonbank","CPOWER","TB","CONTROL","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB23_CONTROL_BPNS_Autumn_2008_VV1_NTB23","PreservedSpecimen","Aonides oxycephala (Sars, 1862)","131106","Species","Biomass per unit of surface","Ash-free dry weight",1.41325536062377,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_TB31_FAR_BPNS_Autumn_2018_VV1","TB31_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB31","51.5293","2.922","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_TB31_FAR_BPNS_Autumn_2018_VV1_TB31","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Blotted wet weight",0.073,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NTB23_FAR_BPNS_Autumn_2015_VV1","NTB23_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","NTB23","51.52931","2.941197","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_NTB23_FAR_BPNS_Autumn_2015_VV1_NTB23","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Blotted wet weight",0.095,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB19_REF_PRIOR_TB_BPNS_Spring_2005_VV1","NTB19_REF_PRIOR_TB_Spring_2005_VV1","VV grab","Sediment grabs","NTB19","51.53","2.88162","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2005-03-02T08:31:40","Spring",2005,0.1026,"m²","VV1","VV grab_NTB19_REF_PRIOR_TB_BPNS_Spring_2005_VV1_NTB19","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",35.9982255124279,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB19_REF_PRIOR_TB_BPNS_Autumn_2008_VV1","NTB19_REF_PRIOR_TB_Autumn_2008_VV1","VV grab","Sediment grabs","NTB19","51.53","2.88162","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB19_REF_PRIOR_TB_BPNS_Autumn_2008_VV1_NTB19","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",199.851345808966,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB19_CONTROL_BPNS_Autumn_2012_VV1","NTB19_CONTROL_Autumn_2012_VV1","VV Grab",null,"NTB19","51.53013566","2.880315913","Thorntonbank","CPOWER","TB","CONTROL","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV1","VV Grab_NTB19_CONTROL_BPNS_Autumn_2012_VV1_NTB19","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB19_CONTROL_BPNS_Autumn_2012_VV3","NTB19_CONTROL_Autumn_2012_VV3","VV Grab",null,"NTB19","51.53013566","2.880315913","Thorntonbank","CPOWER","TB","CONTROL","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV3","VV Grab_NTB19_CONTROL_BPNS_Autumn_2012_VV3_NTB19","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",280.697547270955,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB19_CONTROL_BPNS_Autumn_2014_VV2","NTB19_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","NTB19","51.53013566","2.880315913","Thorntonbank","CPOWER","TB","CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_NTB19_CONTROL_BPNS_Autumn_2014_VV2_NTB19","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB19_CONTROL_BPNS_Autumn_2014_VV2","NTB19_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","NTB19","51.53013566","2.880315913","Thorntonbank","CPOWER","TB","CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_NTB19_CONTROL_BPNS_Autumn_2014_VV2_NTB19","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Blotted wet weight",0.187,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB10_CONTROL_BPNS_Autumn_2009_VV1","NTB10_CONTROL_Autumn_2009_VV1","VV grab","Sediment grabs","NTB10","51.53123545","2.856592085","Thorntonbank","CPOWER","TB","CONTROL","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB10_CONTROL_BPNS_Autumn_2009_VV1_NTB10","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB10_REF_PRIOR_TB_BPNS_Autumn_2008_VV1","NTB10_REF_PRIOR_TB_Autumn_2008_VV1","VV grab","Sediment grabs","NTB10","51.53218","2.858147","Thorntonbank","CPOWER","TB","REF_PRIOR_TB","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB10_REF_PRIOR_TB_BPNS_Autumn_2008_VV1_NTB10","PreservedSpecimen","Bodotria pulchella (Sars, 1878)","110444","Species","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB15_VERY_CLOSE_BPNS_Autumn_2018_VV1","TB15_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB15","51.532941","2.922913","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_TB15_VERY_CLOSE_BPNS_Autumn_2018_VV1_TB15","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB15_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB15_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB15","51.532941","2.922913","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB15_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB15","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Blotted wet weight",0.032,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WTC02_CONTROL_BPNS_Autumn_2005_VV1","WTC02_CONTROL_Autumn_2005_VV1","VV grab","Sediment grabs","WTC02","51.53327","2.949248","Thorntonbank","CPOWER","TB","CONTROL","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_WTC02_CONTROL_BPNS_Autumn_2005_VV1_WTC02","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",1.352,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB25_FAR_BPNS_Autumn_2015_VV1","TB25_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB25","51.533294","2.933074","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB25_FAR_BPNS_Autumn_2015_VV1_TB25","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.575,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_TB30_FAR_BPNS_Autumn_2018_VV1","TB30_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB30","51.5334","2.915","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_TB30_FAR_BPNS_Autumn_2018_VV1_TB30","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Biomass per unit of surface","Blotted wet weight",0.034,"g/m²","biota"]
["WINMON","Ugent","Katrijn De Winter","research vessel","RV Belgica",null,"VV grab_TB20_FAR_BPNS_Autumn_2023_VV1","TB20_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","TB20","51.53399251","2.9522288","Thorntonbank","CPOWER","TB","FAR","BE","2023-10-24","Autumn",2023,0.1,"m²","VV1","VV grab_TB20_FAR_BPNS_Autumn_2023_VV1_Ophiura ophiura (Linnaeus, 1758)","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Biomass per unit of surface","Blotted wet weight",1.718,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB20_FAR_BPNS_Autumn_2015_VV1","TB20_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB20","51.533994","2.952015","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB20_FAR_BPNS_Autumn_2015_VV1_TB20","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.02,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB05_IMPACT_BPNS_Autumn_2005_VV1","NTB05_IMPACT_Autumn_2005_VV1","VV grab","Sediment grabs","NTB05","51.5344","2.928097","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB05_IMPACT_BPNS_Autumn_2005_VV1_NTB05","PreservedSpecimen","Scolelepis bonnieri (Mesnil, 1896)","131171","Species","Biomass per unit of surface","Ash-free dry weight",89.61,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB11_CONTROL_BPNS_Autumn_2009_VV1","NTB11_CONTROL_Autumn_2009_VV1","VV grab","Sediment grabs","NTB11","51.53493574","2.872365623","Thorntonbank","CPOWER","TB","CONTROL","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB11_CONTROL_BPNS_Autumn_2009_VV1_NTB11","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,146.198830409357,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WTC03_CONTROL_BPNS_Spring_2005_VV1","WTC03_CONTROL_Spring_2005_VV1","VV grab","Sediment grabs","WTC03","51.53551","2.95912","Thorntonbank","CPOWER","TB","CONTROL","BE","2005-02-28T14:35:30","Spring",2005,0.1026,"m²","VV1","VV grab_WTC03_CONTROL_BPNS_Spring_2005_VV1_WTC03","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_NORTHER02_VERY_CLOSE_BPNS_Autumn_2020_VV1","NORTHER02_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER02","51.53594143","3.059481376","Thorntonbank","NORTHER","NORTHER","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER02_VERY_CLOSE_BPNS_Autumn_2020_VV1_NORTHER02","PreservedSpecimen","Upogebia deltaura (Leach, 1816)","107739","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2010_VV2","NTB17_EDGE_CONTROL_Autumn_2010_VV2","VV Grab","Sediment grabs","NTB17","51.536551","3.002286","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV2","VV Grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2010_VV2_NTB17","PreservedSpecimen","Ammonactis Verrill, 1865","854010","Genus","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2012_VV2","NTB17_EDGE_CONTROL_Autumn_2012_VV2","VV Grab",null,"NTB17","51.536551","3.002286","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV2","VV Grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2012_VV2_NTB17","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2012_VV1","NTB17_EDGE_CONTROL_Autumn_2012_VV1","VV Grab",null,"NTB17","51.536551","3.002286","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-15","Autumn",2012,0.1026,"m²","VV1","VV Grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2012_VV1_NTB17","PreservedSpecimen","Ophelia Savigny, 1822","129413","Genus","Biomass per unit of surface","Ash-free dry weight",8.70565302144248,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2013_VV2","NTB17_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB17","51.536551","3.002286","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2013_VV2_NTB17","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,370.37037037037,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2013_VV1","NTB17_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB17","51.536551","3.002286","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2013_VV1_NTB17","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Biomass per unit of surface","Ash-free dry weight",288.445419103314,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2013_VV2","NTB17_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB17","51.536551","3.002286","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2013_VV2_NTB17","PreservedSpecimen","Poecilochaetus serpens Allen, 1904","130711","Species","Biomass per unit of surface","Ash-free dry weight",78.7873237187181,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2014_VV1","NTB17_EDGE_CONTROL_Autumn_2014_VV1","VV grab","Sediment grabs","NTB17","51.536551","3.002286","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV1","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2014_VV1_NTB17","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.016,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2014_VV3","NTB17_EDGE_CONTROL_Autumn_2014_VV3","VV grab","Sediment grabs","NTB17","51.536551","3.002286","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_NTB17_EDGE_CONTROL_BPNS_Autumn_2014_VV3_NTB17","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Blotted wet weight",0.13,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB24_FAR_BPNS_Autumn_2015_VV1","TB24_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB24","51.537432","2.924826","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB24_FAR_BPNS_Autumn_2015_VV1_TB24","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.012,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_TB19_FAR_BPNS_Autumn_2018_VV1","TB19_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB19","51.5376","2.9418","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_TB19_FAR_BPNS_Autumn_2018_VV1_TB19","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WTA02_IMPACT_BPNS_Spring_2005_VV1","WTA02_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","WTA02","51.53765","2.93953","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-02-28T14:35:30","Spring",2005,0.1026,"m²","VV1","VV grab_WTA02_IMPACT_BPNS_Spring_2005_VV1_WTA02","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Biomass per unit of surface","Ash-free dry weight",8.45,"mg/m²","biota"]
["WINMON","Ugent","Christelle Jammar",null,"RV Belgica","Campaign 2019/26","VV grab_TB29_FAR_BPNS_Autumn_2019_VV17","TB29_FAR_Autumn_2019_VV17","VV grab","Sediment grabs","TB29","51.5379","2.9079","Thorntonbank","CPOWER","TB","FAR","BE","2019-10-22","Autumn",2019,0.1,"m146","VV17","VV grab_TB29_FAR_BPNS_Autumn_2019_VV17_TB29","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Blotted wet weight",0.009,"g/m²","biota"]
["WINMON","Ugent","Katrijn De Winter","research vessel","RV Belgica",null,"VV grab_TB24_FAR_BPNS_Autumn_2023_VV1","TB24_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","TB24","51.53798828","2.92488658","Thorntonbank","CPOWER","TB","FAR","BE","2023-10-24","Autumn",2023,0.1,"m²","VV1","VV grab_TB24_FAR_BPNS_Autumn_2023_VV1_Ophelia borealis Quatrefages, 1866","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Blotted wet weight",0.104,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Simon Stevin","Cruise 20-810","VV grab_NORTHER04_FAR_BPNS_Autumn_2020_VV1","NORTHER04_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER04","51.5392","3.0671","Thorntonbank","NORTHER","NORTHER","FAR","BE","2020-11-13","Autumn",2020,0.1,"m²","VV1","VV grab_NORTHER04_FAR_BPNS_Autumn_2020_VV1_NORTHER04","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Biomass per unit of surface","Blotted wet weight",21.67,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB07_IMPACT_BPNS_Autumn_2005_VV1","NTB07_IMPACT_Autumn_2005_VV1","VV grab","Sediment grabs","NTB07","51.53957","2.916418","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB07_IMPACT_BPNS_Autumn_2005_VV1_NTB07","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBI02_IMPACT_BPNS_Autumn_2009_VV1","TBI02_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","TBI02","51.53960318","2.932611803","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBI02_IMPACT_BPNS_Autumn_2009_VV1_TBI02","PreservedSpecimen","Aonides oxycephala (Sars, 1862)","131106","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WTA03_IMPACT_BPNS_Spring_2005_VV1","WTA03_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","WTA03","51.54045","2.94842","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-02-28T14:35:30","Spring",2005,0.1026,"m²","VV1","VV grab_WTA03_IMPACT_BPNS_Spring_2005_VV1_WTA03","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB06_IMPACT_BPNS_Spring_2005_VV1","NTB06_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","NTB06","51.54082","2.934255","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-02-28T14:35:30","Spring",2005,0.1026,"m²","VV1","VV grab_NTB06_IMPACT_BPNS_Spring_2005_VV1_NTB06","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,214.424951267057,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB14_VERY_CLOSE_BPNS_Autumn_2018_VV1","TB14_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB14","51.541318","2.907326","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_TB14_VERY_CLOSE_BPNS_Autumn_2018_VV1_TB14","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB14_VERY_CLOSE_BPNS_Autumn_2018_VV1","TB14_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB14","51.541318","2.907326","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_TB14_VERY_CLOSE_BPNS_Autumn_2018_VV1_TB14","PreservedSpecimen","Urothoe poseidonis Reibish, 1905","103235","Species","Biomass per unit of surface","Blotted wet weight",0.011,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB14_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB14_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB14","51.541318","2.907326","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB14_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB14","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Biomass per unit of surface","Blotted wet weight",3.674,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB23_FAR_BPNS_Autumn_2015_VV1","TB23_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB23","51.541646","2.917315","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB23_FAR_BPNS_Autumn_2015_VV1_TB23","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBI04_IMPACT_BPNS_Autumn_2009_VV1","TBI04_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","TBI04","51.54173653","2.925050018","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBI04_IMPACT_BPNS_Autumn_2009_VV1_TBI04","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,194.931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBI28_IMPACT_BPNS_Autumn_2009_VV1","TBI28_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","TBI28","51.542","2.951","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBI28_IMPACT_BPNS_Autumn_2009_VV1_TBI28","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Biomass per unit of surface","Ash-free dry weight",5.50155945419102,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_NTB24_FAR_BPNS_Autumn_2018_VV1","NTB24_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NTB24","51.542607","2.940563","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_NTB24_FAR_BPNS_Autumn_2018_VV1_NTB24","PreservedSpecimen","Nephtys longosetosa Örsted, 1842","130364","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB11_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB11_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB11","51.542607","2.940563","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB11_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB11","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",0.13,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2012_VV1","TBEC02_EDGE_CONTROL_Autumn_2012_VV1","VV Grab",null,"TBEC02","51.543013","3.010901","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV1","VV Grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2012_VV1_TBEC02","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,399.610136452242,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2012_VV1","TBEC02_EDGE_CONTROL_Autumn_2012_VV1","VV Grab",null,"TBEC02","51.543013","3.010901","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV1","VV Grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2012_VV1_TBEC02","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2012_VV1","TBEC02_EDGE_CONTROL_Autumn_2012_VV1","VV Grab",null,"TBEC02","51.543013","3.010901","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV1","VV Grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2012_VV1_TBEC02","PreservedSpecimen","Maerella tenuimana (Spence Bate & Westwood, 1862)","102831","Species","Biomass per unit of surface","Ash-free dry weight",0.243664717348928,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2013_VV2","TBEC02_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC02","51.543013","3.010901","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2013_VV2_TBEC02","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2013_VV2","TBEC02_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC02","51.543013","3.010901","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2013_VV2_TBEC02","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",21.1569200779727,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2014_VV3","TBEC02_EDGE_CONTROL_Autumn_2014_VV3","VV grab","Sediment grabs","TBEC02","51.543013","3.010901","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2014_VV3_TBEC02","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2014_VV2","TBEC02_EDGE_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","TBEC02","51.543013","3.010901","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2014_VV2_TBEC02","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Blotted wet weight",0.071,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2014_VV3","TBEC02_EDGE_CONTROL_Autumn_2014_VV3","VV grab","Sediment grabs","TBEC02","51.543013","3.010901","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_TBEC02_EDGE_CONTROL_BPNS_Autumn_2014_VV3_TBEC02","PreservedSpecimen","Melita palmata (Montagu, 1804)","102843","Species","Biomass per unit of surface","Blotted wet weight",0.008,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB03_EDGE_BPNS_Autumn_2009_VV1","NTB03_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","NTB03","51.54353735","2.993016498","Thorntonbank","CPOWER","TB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB03_EDGE_BPNS_Autumn_2009_VV1_NTB03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB03_EDGE_BPNS_Autumn_2009_VV1","NTB03_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","NTB03","51.54353735","2.993016498","Thorntonbank","CPOWER","TB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB03_EDGE_BPNS_Autumn_2009_VV1_NTB03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",17.2655263157895,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB03_EDGE_BPNS_Autumn_2010_VV2","NTB03_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","NTB03","51.54353735","2.993016498","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV2","VV Grab_NTB03_EDGE_BPNS_Autumn_2010_VV2_NTB03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",13.5321637426901,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBE06_EDGE_BPNS_Autumn_2012_VV2","TBE06_EDGE_Autumn_2012_VV2","VV Grab",null,"TBE06","51.54353735","2.993016498","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV2","VV Grab_TBE06_EDGE_BPNS_Autumn_2012_VV2_TBE06","PreservedSpecimen","Abludomelita obtusata (Montagu, 1813)","102788","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBE06_EDGE_BPNS_Autumn_2012_VV3","TBE06_EDGE_Autumn_2012_VV3","VV Grab",null,"TBE06","51.54353735","2.993016498","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV3","VV Grab_TBE06_EDGE_BPNS_Autumn_2012_VV3_TBE06","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,214.424951267057,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB03_EDGE_BPNS_Autumn_2013_VV1","NTB03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB03","51.54353735","2.993016498","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_NTB03_EDGE_BPNS_Autumn_2013_VV1_NTB03","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Biomass per unit of surface","Ash-free dry weight",82.280701754386,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBE06_EDGE_BPNS_Autumn_2014_VV1","TBE06_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","TBE06","51.54353735","2.993016498","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV1","VV grab_TBE06_EDGE_BPNS_Autumn_2014_VV1_TBE06","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBE06_EDGE_BPNS_Autumn_2014_VV2","TBE06_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","TBE06","51.54353735","2.993016498","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_TBE06_EDGE_BPNS_Autumn_2014_VV2_TBE06","PreservedSpecimen","Pseudocuma (Pseudocuma) simile G.O. Sars, 1900","110628","Species","Biomass per unit of surface","Blotted wet weight",0.01,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB32_EDGE_BPNS_Autumn_2010_VV1","NTB32_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","NTB32","51.543939","2.959807","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV1","VV Grab_NTB32_EDGE_BPNS_Autumn_2010_VV1_NTB32","PreservedSpecimen","Glycera alba (O.F. Müller, 1776)","130116","Species","Biomass per unit of surface","Ash-free dry weight",67.3693957115009,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB32_EDGE_BPNS_Autumn_2012_VV1","NTB32_EDGE_Autumn_2012_VV1","VV Grab",null,"NTB32","51.543939","2.959807","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV1","VV Grab_NTB32_EDGE_BPNS_Autumn_2012_VV1_NTB32","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB32_EDGE_BPNS_Autumn_2014_VV1","NTB32_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","NTB32","51.543939","2.959807","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV1","VV grab_NTB32_EDGE_BPNS_Autumn_2014_VV1_NTB32","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB32_EDGE_BPNS_Autumn_2014_VV2","NTB32_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","NTB32","51.543939","2.959807","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_NTB32_EDGE_BPNS_Autumn_2014_VV2_NTB32","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",0.919,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB08_VERY_CLOSE_BPNS_Autumn_2019_VV1","TB08_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB08","51.544969","2.979322","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_TB08_VERY_CLOSE_BPNS_Autumn_2019_VV1_TB08","PreservedSpecimen","Pseudocuma G.O. Sars, 1865","103025","Genus","Biomass per unit of surface","Blotted wet weight",0.005,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB08_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB08_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB08","51.544969","2.979322","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB08_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB08","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WTC08_CONTROL_BPNS_Autumn_2005_VV1","WTC08_CONTROL_Autumn_2005_VV1","VV grab","Sediment grabs","WTC08","51.54502","2.9937","Thorntonbank","CPOWER","TB","CONTROL","BE","2005-10-17T14:17:30","Autumn",2005,0.1026,"m²","VV1","VV grab_WTC08_CONTROL_BPNS_Autumn_2005_VV1_WTC08","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB22_IMPACT_BPNS_Spring_2005_VV1","NTB22_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","NTB22","51.54523","2.921372","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-02-28T14:35:30","Spring",2005,0.1026,"m²","VV1","VV grab_NTB22_IMPACT_BPNS_Spring_2005_VV1_NTB22","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB22_FAR_BPNS_Autumn_2015_VV1","TB22_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB22","51.545552","2.90968","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB22_FAR_BPNS_Autumn_2015_VV1_TB22","PreservedSpecimen","Aricidea minuta Southward, 1956","730747","Species","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB17_FAR_BPNS_Autumn_2015_VV1","TB17_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB17","51.546484","2.924812","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB17_FAR_BPNS_Autumn_2015_VV1_TB17","PreservedSpecimen","Magelona F. Müller, 1858","129341","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_TB17_FAR_BPNS_Autumn_2018_VV1","TB17_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB17","51.5465","2.9248","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_TB17_FAR_BPNS_Autumn_2018_VV1_TB17","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_TB17_FAR_BPNS_Autumn_2019_VV1","TB17_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB17","51.5465","2.9248","Thorntonbank","CPOWER","TB","FAR","BE","2019-10-22","Autumn",2019,0.1,"m²","VV1","VV grab_TB17_FAR_BPNS_Autumn_2019_VV1_TB17","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103193","Species","Density per unit of surface",null,360,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBI30_IMPACT_BPNS_Autumn_2009_VV1","TBI30_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","TBI30","51.547","2.939","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBI30_IMPACT_BPNS_Autumn_2009_VV1_TBI30","PreservedSpecimen","Phyllodoce lineata (Claparède, 1870)","334508","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB21_IMPACT_BPNS_Spring_2005_VV1","NTB21_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","NTB21","51.54765","2.91445","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-02-28T14:35:30","Spring",2005,0.1026,"m²","VV1","VV grab_NTB21_IMPACT_BPNS_Spring_2005_VV1_NTB21","PreservedSpecimen","Capitellidae Grube, 1862","921","Family","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB20_IMPACT_BPNS_Spring_2005_VV1","NTB20_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","NTB20","51.5478","2.906595","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-02-28T14:35:30","Spring",2005,0.1026,"m²","VV1","VV grab_NTB20_IMPACT_BPNS_Spring_2005_VV1_NTB20","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Biomass per unit of surface","Ash-free dry weight",1.62,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2010_VV1","TBEC03_EDGE_CONTROL_Autumn_2010_VV1","VV Grab","Sediment grabs","TBEC03","51.547836","3.019979","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV1","VV Grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2010_VV1_TBEC03","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2012_VV2","TBEC03_EDGE_CONTROL_Autumn_2012_VV2","VV Grab",null,"TBEC03","51.547836","3.019979","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV2","VV Grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2012_VV2_TBEC03","PreservedSpecimen","Echinoidea Schumacher, 1817","123082","Class","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2012_VV2","TBEC03_EDGE_CONTROL_Autumn_2012_VV2","VV Grab",null,"TBEC03","51.547836","3.019979","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV2","VV Grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2012_VV2_TBEC03","PreservedSpecimen","Echinoidea Schumacher, 1817","123082","Class","Biomass per unit of surface","Ash-free dry weight",0.399610136452242,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2012_VV3","TBEC03_EDGE_CONTROL_Autumn_2012_VV3","VV Grab",null,"TBEC03","51.547836","3.019979","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV3","VV Grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2012_VV3_TBEC03","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",6.55750487329434,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2013_VV2","TBEC03_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC03","51.547836","3.019979","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2013_VV2_TBEC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Ash-free dry weight",33.3102106157443,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2014_VV2","TBEC03_EDGE_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","TBEC03","51.547836","3.019979","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2014_VV2_TBEC03","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2014_VV3","TBEC03_EDGE_CONTROL_Autumn_2014_VV3","VV grab","Sediment grabs","TBEC03","51.547836","3.019979","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_TBEC03_EDGE_CONTROL_BPNS_Autumn_2014_VV3_TBEC03","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB02_EDGE_BPNS_Autumn_2010_VV2","NTB02_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","NTB02","51.5486204","2.95243038","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV2","VV Grab_NTB02_EDGE_BPNS_Autumn_2010_VV2_NTB02","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB02_EDGE_BPNS_Autumn_2010_VV2","NTB02_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","NTB02","51.5486204","2.95243038","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV2","VV Grab_NTB02_EDGE_BPNS_Autumn_2010_VV2_NTB02","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",1.81189083820663,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB02_EDGE_BPNS_Autumn_2013_VV1","NTB02_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB02","51.5486204","2.95243038","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_NTB02_EDGE_BPNS_Autumn_2013_VV1_NTB02","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Biomass per unit of surface","Ash-free dry weight",1963.93762183236,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB02_EDGE_BPNS_Autumn_2013_VV3","NTB02_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB02","51.5486204","2.95243038","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_NTB02_EDGE_BPNS_Autumn_2013_VV3_NTB02","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",39.6498039683461,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBE05_EDGE_BPNS_Autumn_2014_VV3","TBE05_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","TBE05","51.5486204","2.95243038","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_TBE05_EDGE_BPNS_Autumn_2014_VV3_TBE05","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB25_IMPACT_BPNS_Spring_2005_VV1","NTB25_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","NTB25","51.5489","2.987072","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-03-01T10:24:00","Spring",2005,0.1026,"m²","VV1","VV grab_NTB25_IMPACT_BPNS_Spring_2005_VV1_NTB25","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBE07_EDGE_BPNS_Autumn_2009_VV1","TBE07_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","TBE07","51.54890427","3.002003276","Thorntonbank","CPOWER","TB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBE07_EDGE_BPNS_Autumn_2009_VV1_TBE07","PreservedSpecimen","Dexamine thea Boeck, 1861","102136","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBE07_EDGE_BPNS_Autumn_2010_VV2","TBE07_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","TBE07","51.54890427","3.002003276","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV2","VV Grab_TBE07_EDGE_BPNS_Autumn_2010_VV2_TBE07","PreservedSpecimen","Leucothoe incisa Robertson, 1892","102460","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBE07_EDGE_BPNS_Autumn_2012_VV3","TBE07_EDGE_Autumn_2012_VV3","VV Grab",null,"TBE07","51.54890427","3.002003276","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV3","VV Grab_TBE07_EDGE_BPNS_Autumn_2012_VV3_TBE07","PreservedSpecimen","Abludomelita obtusata (Montagu, 1813)","102788","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBE07_EDGE_BPNS_Autumn_2012_VV2","TBE07_EDGE_Autumn_2012_VV2","VV Grab",null,"TBE07","51.54890427","3.002003276","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV2","VV Grab_TBE07_EDGE_BPNS_Autumn_2012_VV2_TBE07","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",154.561403508772,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB04_EDGE_BPNS_Autumn_2013_VV2","NTB04_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB04","51.54890427","3.002003276","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_NTB04_EDGE_BPNS_Autumn_2013_VV2_NTB04","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",23.9517715774482,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB04_EDGE_BPNS_Autumn_2013_VV3","NTB04_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB04","51.54890427","3.002003276","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_NTB04_EDGE_BPNS_Autumn_2013_VV3_NTB04","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Ash-free dry weight",32.2846003898634,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBE07_EDGE_BPNS_Autumn_2014_VV1","TBE07_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","TBE07","51.54890427","3.002003276","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV1","VV grab_TBE07_EDGE_BPNS_Autumn_2014_VV1_TBE07","PreservedSpecimen","Abludomelita obtusata (Montagu, 1813)","102788","Species","Biomass per unit of surface","Blotted wet weight",0.017,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB14_FAR_BPNS_Autumn_2015_VV1","TB14_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB14","51.549651","2.978699","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB14_FAR_BPNS_Autumn_2015_VV1_TB14","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",1.545,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_TB14_FAR_BPNS_Autumn_2019_VV1","TB14_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB14","51.5497","2.9787","Thorntonbank","CPOWER","TB","FAR","BE","2019-10-22","Autumn",2019,0.1,"m²","VV1","VV grab_TB14_FAR_BPNS_Autumn_2019_VV1_TB14","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","103133","Species","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB21_FAR_BPNS_Autumn_2015_VV1","TB21_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB21","51.549764","2.900813","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB21_FAR_BPNS_Autumn_2015_VV1_TB21","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_TB21_FAR_BPNS_Autumn_2018_VV1","TB21_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB21","51.5498","2.9008","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_TB21_FAR_BPNS_Autumn_2018_VV1_TB21","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_TB21_FAR_BPNS_Autumn_2018_VV1","TB21_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB21","51.5498","2.9008","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_TB21_FAR_BPNS_Autumn_2018_VV1_TB21","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB13_VERY_CLOSE_BPNS_Autumn_2018_VV1","TB13_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB13","51.549967","2.891404","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_TB13_VERY_CLOSE_BPNS_Autumn_2018_VV1_TB13","PreservedSpecimen","Abludomelita obtusata (Montagu, 1813)","102788","Species","Biomass per unit of surface","Blotted wet weight",0.017,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB13_VERY_CLOSE_BPNS_Autumn_2019_VV1","TB13_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB13","51.549967","2.891404","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_TB13_VERY_CLOSE_BPNS_Autumn_2019_VV1_TB13","PreservedSpecimen","Diastylis Say, 1818","103110","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WTA11_IMPACT_BPNS_Spring_2005_VV1","WTA11_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","WTA11","51.55","2.922153","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-02-28T14:35:30","Spring",2005,0.1026,"m²","VV1","VV grab_WTA11_IMPACT_BPNS_Spring_2005_VV1_WTA11","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",6.86166883108659,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WTC09_CONTROL_BPNS_Spring_2005_VV1","WTC09_CONTROL_Spring_2005_VV1","VV grab","Sediment grabs","WTC09","51.55","3.004645","Thorntonbank","CPOWER","TB","CONTROL","BE","2005-02-01","Spring",2005,0.1026,"m²","VV1","VV grab_WTC09_CONTROL_BPNS_Spring_2005_VV1_WTC09","PreservedSpecimen","Scoloplos armiger (Müller, 1776)","130537","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WTC09_CONTROL_BPNS_Spring_2005_VV1","WTC09_CONTROL_Spring_2005_VV1","VV grab","Sediment grabs","WTC09","51.55","3.004645","Thorntonbank","CPOWER","TB","CONTROL","BE","2005-02-01","Spring",2005,0.1026,"m²","VV1","VV grab_WTC09_CONTROL_BPNS_Spring_2005_VV1_WTC09","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",52.635,"mg/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB07_VERY_CLOSE_BPNS_Autumn_2018_VV1","TB07_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB07","51.551543","2.964626","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_TB07_VERY_CLOSE_BPNS_Autumn_2018_VV1_TB07","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB07_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB07_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB07","51.551543","2.964626","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB07_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB07","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1","WTB02_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB02","51.55188","2.992893","Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB02_IMPACT_BPNS_Autumn_2008_VV1_WTB02","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",377.407407407407,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB02_EDGE_BPNS_Autumn_2009_VV1","NTB02_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","NTB02","51.55208661","2.905649169","Thorntonbank","CPOWER","TB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB02_EDGE_BPNS_Autumn_2009_VV1_NTB02","PreservedSpecimen","Abra alba (W. Wood, 1802)","141433","Species","Biomass per unit of surface","Ash-free dry weight",9.78333333333333,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBE03_EDGE_BPNS_Autumn_2010_VV2","TBE03_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","TBE03","51.55208661","2.905649169","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-26","Autumn",2010,0.1026,"m²","VV2","VV Grab_TBE03_EDGE_BPNS_Autumn_2010_VV2_TBE03","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB02_CONTROL_BPNS_Autumn_2008_VV1","NTB02_CONTROL_Autumn_2008_VV1","VV grab","Sediment grabs","NTB02","51.55223","2.905385","Thorntonbank","CPOWER","TB","CONTROL","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB02_CONTROL_BPNS_Autumn_2008_VV1_NTB02","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",490.458089668615,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBI15_IMPACT_BPNS_Autumn_2009_VV1","TBI15_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","TBI15","51.55308744","2.974410787","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBI15_IMPACT_BPNS_Autumn_2009_VV1_TBI15","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB28_EDGE_BPNS_Autumn_2014_VV3","NTB28_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","NTB28","51.55377125","3.012198276","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_NTB28_EDGE_BPNS_Autumn_2014_VV3_NTB28","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB28_EDGE_BPNS_Autumn_2014_VV1","NTB28_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","NTB28","51.55377125","3.012198276","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV1","VV grab_NTB28_EDGE_BPNS_Autumn_2014_VV1_NTB28","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Blotted wet weight",0.134,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB28_EDGE_BPNS_Autumn_2014_VV3","NTB28_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","NTB28","51.55377125","3.012198276","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_NTB28_EDGE_BPNS_Autumn_2014_VV3_NTB28","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_TB15_FAR_BPNS_Autumn_2019_VV1","TB15_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB15","51.5541","2.9088","Thorntonbank","CPOWER","TB","FAR","BE","2019-10-22","Autumn",2019,0.1,"m²","VV1","VV grab_TB15_FAR_BPNS_Autumn_2019_VV1_TB15","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","103152","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB09_CLOSE_BPNS_Autumn_2015_VV1","TB09_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB09","51.554205","2.916247","Thorntonbank","CPOWER","TB","CLOSE","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB09_CLOSE_BPNS_Autumn_2015_VV1_TB09","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Biomass per unit of surface","Blotted wet weight",0.148,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB09_VERY_CLOSE_BPNS_Autumn_2019_VV1","TB09_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB09","51.554205","2.916247","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_TB09_VERY_CLOSE_BPNS_Autumn_2019_VV1_TB09","PreservedSpecimen","Macropodia Leach, 1814","103058","Genus","Biomass per unit of surface","Blotted wet weight",0.095,"g/m²","biota"]
["WINMON","Ugent","Katrijn De Winter","research vessel","RV Belgica",null,"VV grab_TB15_FAR_BPNS_Autumn_2023_VV1","TB15_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","TB15","51.55431315","2.90850881","Thorntonbank","CPOWER","TB","FAR","BE","2023-10-24","Autumn",2023,0.1,"m²","VV1","VV grab_TB15_FAR_BPNS_Autumn_2023_VV1_Microdeutopus anomalus (Rathke, 1843)","PreservedSpecimen","Microdeutopus anomalus (Rathke, 1843)","102043","Species","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB03_CONTROL_BPNS_Autumn_2008_VV1","NTB03_CONTROL_Autumn_2008_VV1","VV grab","Sediment grabs","NTB03","51.55492","2.914648","Thorntonbank","CPOWER","TB","CONTROL","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB03_CONTROL_BPNS_Autumn_2008_VV1_NTB03","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB13_FAR_BPNS_Autumn_2015_VV1","TB13_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB13","51.555096","2.971066","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB13_FAR_BPNS_Autumn_2015_VV1_TB13","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)","488966","Species","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_TB13_FAR_BPNS_Autumn_2019_VV1","TB13_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB13","51.5551","2.9711","Thorntonbank","CPOWER","TB","FAR","BE","2019-10-22","Autumn",2019,0.1,"m²","VV1","VV grab_TB13_FAR_BPNS_Autumn_2019_VV1_TB13","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","103104","Species","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTC10_CONTROL_BPNS_Autumn_2008_VV1","WTC10_CONTROL_Autumn_2008_VV1","VV grab","Sediment grabs","WTC10","51.55512","3.014738","Thorntonbank","CPOWER","TB","CONTROL","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTC10_CONTROL_BPNS_Autumn_2008_VV1_WTC10","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,341.130604288499,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WTB08_IMPACT_BPNS_Autumn_2005_VV1","WTB08_IMPACT_Autumn_2005_VV1","VV grab","Sediment grabs","WTB08","51.5553","2.976042","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-10-17T14:17:30","Autumn",2005,0.1026,"m²","VV1","VV grab_WTB08_IMPACT_BPNS_Autumn_2005_VV1_WTB08","PreservedSpecimen","Magelona mirabilis (Johnston, 1865)","130271","Species","Biomass per unit of surface","Ash-free dry weight",0.725,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1","WTB08_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","WTB08","51.5553","2.976042","Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_WTB08_IMPACT_BPNS_Autumn_2008_VV1_WTB08","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",117.300194931774,"mg/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB05_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB05_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB05","51.5556","2.996019","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB05_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB05","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Blotted wet weight",0.027,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB08_IMPACT_BPNS_Autumn_2010_VV1","NTB08_IMPACT_Autumn_2010_VV1","VV Grab","Sediment grabs","NTB08","51.55583779","2.999281314","Thorntonbank","CPOWER","TB","IMPACT","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV1","VV Grab_NTB08_IMPACT_BPNS_Autumn_2010_VV1_NTB08","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB08_IMPACT_BPNS_Autumn_2010_VV1","NTB08_IMPACT_Autumn_2010_VV1","VV Grab","Sediment grabs","NTB08","51.55583779","2.999281314","Thorntonbank","CPOWER","TB","IMPACT","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV1","VV Grab_NTB08_IMPACT_BPNS_Autumn_2010_VV1_NTB08","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",8.20841456140351,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBI16_IMPACT_BPNS_Autumn_2009_VV1","TBI16_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","TBI16","51.55790431","2.979345686","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBI16_IMPACT_BPNS_Autumn_2009_VV1_TBI16","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",2482.57115009747,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB27_IMPACT_BPNS_Autumn_2009_VV1","NTB27_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","NTB27","51.55807124","3.003597906","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB27_IMPACT_BPNS_Autumn_2009_VV1_NTB27","PreservedSpecimen","Travisia forbesii Johnston, 1840","130512","Species","Biomass per unit of surface","Ash-free dry weight",22.3294346978557,"mg/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB06_VERY_CLOSE_BPNS_Autumn_2019_VV1","TB06_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB06","51.558601","2.952325","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_TB06_VERY_CLOSE_BPNS_Autumn_2019_VV1_TB06","PreservedSpecimen","Abra alba (W. Wood, 1802)","102917","Species","Density per unit of surface",null,170,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB06_VERY_CLOSE_BPNS_Autumn_2019_VV1","TB06_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB06","51.558601","2.952325","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_TB06_VERY_CLOSE_BPNS_Autumn_2019_VV1_TB06","PreservedSpecimen","Ophiothrix fragilis (Abildgaard in O.F. Müller, 1789)","102950","Species","Density per unit of surface",null,500,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB06_VERY_CLOSE_BPNS_Autumn_2019_VV1","TB06_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB06","51.558601","2.952325","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_TB06_VERY_CLOSE_BPNS_Autumn_2019_VV1_TB06","PreservedSpecimen","Polynoidae Kinberg, 1856","102963","Family","Biomass per unit of surface","Blotted wet weight",0.131,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB06_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB06_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB06","51.558601","2.952325","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB06_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB06","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Blotted wet weight",0.048,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBE09_EDGE_BPNS_Autumn_2009_VV1","TBE09_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","TBE09","51.55883817","3.022155098","Thorntonbank","CPOWER","TB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBE09_EDGE_BPNS_Autumn_2009_VV1_TBE09","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",108.396686159843,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_TB12_FAR_BPNS_Autumn_2019_VV1","TB12_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB12","51.5592","2.9606","Thorntonbank","CPOWER","TB","FAR","BE","2019-10-22","Autumn",2019,0.1,"m²","VV1","VV grab_TB12_FAR_BPNS_Autumn_2019_VV1_TB12","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","103093","Species","Biomass per unit of surface","Blotted wet weight",1.329,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB12_FAR_BPNS_Autumn_2015_VV1","TB12_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB12","51.559235","2.960603","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB12_FAR_BPNS_Autumn_2015_VV1_TB12","PreservedSpecimen","Euspira nitida (Donovan, 1803)","151894","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WTB09_IMPACT_BPNS_Autumn_2005_VV1","WTB09_IMPACT_Autumn_2005_VV1","VV grab","Sediment grabs","WTB09","51.55938","2.980997","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-10-17T14:17:30","Autumn",2005,0.1026,"m²","VV1","VV grab_WTB09_IMPACT_BPNS_Autumn_2005_VV1_WTB09","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Katrijn De Winter","research vessel","RV Belgica",null,"VV grab_TB10_FAR_BPNS_Autumn_2023_VV1","TB10_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","TB10","51.55985514","2.97850749","Thorntonbank","CPOWER","TB","FAR","BE","2023-10-24","Autumn",2023,0.1,"m²","VV1","VV grab_TB10_FAR_BPNS_Autumn_2023_VV1_Ophelia borealis Quatrefages, 1866","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB10_FAR_BPNS_Autumn_2020_VV1","TB10_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB10","51.5599","2.9784","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB10_FAR_BPNS_Autumn_2020_VV1_TB10","PreservedSpecimen","Abra alba (W. Wood, 1802)","141433","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB27_CONTROL_BPNS_Autumn_2008_VV1","NTB27_CONTROL_Autumn_2008_VV1","VV grab","Sediment grabs","NTB27","51.55997","3.023883","Thorntonbank","CPOWER","TB","CONTROL","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB27_CONTROL_BPNS_Autumn_2008_VV1_NTB27","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB08_FAR_BPNS_Autumn_2015_VV1","TB08_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB08","51.560392","2.995554","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB08_FAR_BPNS_Autumn_2015_VV1_TB08","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB08_FAR_BPNS_Autumn_2020_VV1","TB08_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB08","51.5604","2.9956","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB08_FAR_BPNS_Autumn_2020_VV1_TB08","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",1.394,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB35_IMPACT_BPNS_Autumn_2010_VV3","NTB35_IMPACT_Autumn_2010_VV3","VV Grab","Sediment grabs","NTB35","51.56140439","2.974863856","Thorntonbank","CPOWER","TB","IMPACT","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV3","VV Grab_NTB35_IMPACT_BPNS_Autumn_2010_VV3_NTB35","PreservedSpecimen","Oligochaeta Grube, 1850","2036","Class","Biomass per unit of surface","Ash-free dry weight",0.974658869395712,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB26_IMPACT_BPNS_Spring_2005_VV1","NTB26_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","NTB26","51.56223","2.963017","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-03-01T10:24:00","Spring",2005,0.1026,"m²","VV1","VV grab_NTB26_IMPACT_BPNS_Spring_2005_VV1_NTB26","PreservedSpecimen","Travisia forbesii Johnston, 1840","130512","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB35_IMPACT_BPNS_Autumn_2008_VV1","NTB35_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","NTB35","51.56227","2.975157","Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB35_IMPACT_BPNS_Autumn_2008_VV1_NTB35","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBI17_IMPACT_BPNS_Autumn_2009_VV1","TBI17_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","TBI17","51.5622878","2.986175771","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBI17_IMPACT_BPNS_Autumn_2009_VV1_TBI17","PreservedSpecimen","Pagurus pubescens Krøyer, 1838","107240","Species","Biomass per unit of surface","Ash-free dry weight",11164.5419103314,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WTB10_IMPACT_BPNS_Spring_2005_VV1","WTB10_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","WTB10","51.56288","2.987412","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-03-01T10:24:00","Spring",2005,0.1026,"m²","VV1","VV grab_WTB10_IMPACT_BPNS_Spring_2005_VV1_WTB10","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB03_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB03_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB03","51.564088","3.016962","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB03_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB05_FAR_BPNS_Autumn_2015_VV1","TB05_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB05","51.564381","3.007493","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB05_FAR_BPNS_Autumn_2015_VV1_TB05","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_TB05_FAR_BPNS_Autumn_2019_VV1","TB05_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB05","51.5644","3.0075","Thorntonbank","CPOWER","TB","FAR","BE","2019-10-22","Autumn",2019,0.1,"m²","VV1","VV grab_TB05_FAR_BPNS_Autumn_2019_VV1_TB05","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","102905","Species","Biomass per unit of surface","Blotted wet weight",5.27,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_NTB36_FAR_BPNS_Autumn_2019_VV1","NTB36_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","NTB36","51.5645","2.9704","Thorntonbank","CPOWER","TB","FAR","BE","2019-10-22","Autumn",2019,0.1,"m²","VV1","VV grab_NTB36_FAR_BPNS_Autumn_2019_VV1_NTB36","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","102825","Species","Biomass per unit of surface","Blotted wet weight",149.17,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_NTB36_FAR_BPNS_Autumn_2020_VV1","NTB36_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB36","51.5645","2.9704","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NTB36_FAR_BPNS_Autumn_2020_VV1_NTB36","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent","Almaru ten Napel","research vessel","RV Belgica",null,"VV grab_TB09_FAR_BPNS_Autumn_2023_VV1","TB09_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","TB09","51.56466471","2.97047323","Thorntonbank","CPOWER","TB","FAR","BE","2023-10-24","Autumn",2023,0.1,"m²","VV1","VV grab_TB09_FAR_BPNS_Autumn_2023_VV1_Aphelochaeta filiformis (Keferstein, 1862)","PreservedSpecimen","Aphelochaeta filiformis (Keferstein, 1862)","129937","Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB04_CLOSE_BPNS_Autumn_2015_VV1","TB04_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB04","51.5649969999999","2.979446","Thorntonbank","CPOWER","TB","CLOSE","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB04_CLOSE_BPNS_Autumn_2015_VV1_TB04","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB04_VERY_CLOSE_BPNS_Autumn_2018_VV1","TB04_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB04","51.564997","2.979446","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_TB04_VERY_CLOSE_BPNS_Autumn_2018_VV1_TB04","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.324,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB04_VERY_CLOSE_BPNS_Autumn_2019_VV1","TB04_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB04","51.564997","2.979446","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_TB04_VERY_CLOSE_BPNS_Autumn_2019_VV1_TB04","PreservedSpecimen","Nephtys Cuvier, 1817","102894","Genus","Biomass per unit of surface","Blotted wet weight",0.486,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB04_VERY_CLOSE_BPNS_Autumn_2020_VV1","TB04_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB04","51.564997","2.979446","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB04_VERY_CLOSE_BPNS_Autumn_2020_VV1_TB04","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Blotted wet weight",0.253,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB07_FAR_BPNS_Autumn_2020_VV1","TB07_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB07","51.565","2.9873","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB07_FAR_BPNS_Autumn_2020_VV1_TB07","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB36_IMPACT_BPNS_Autumn_2009_VV1","NTB36_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","NTB36","51.56540444","2.968073534","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB36_IMPACT_BPNS_Autumn_2009_VV1_NTB36","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",16.7416861598441,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB28_EDGE_BPNS_Autumn_2010_VV1","NTB28_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV1","VV Grab_NTB28_EDGE_BPNS_Autumn_2010_VV1_NTB28","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB28_EDGE_BPNS_Autumn_2010_VV3","NTB28_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV3","VV Grab_NTB28_EDGE_BPNS_Autumn_2010_VV3_NTB28","PreservedSpecimen","Magelona johnstoni Fiege, Licher & Mackie, 2000","130269","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB28_EDGE_BPNS_Autumn_2010_VV1","NTB28_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV1","VV Grab_NTB28_EDGE_BPNS_Autumn_2010_VV1_NTB28","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",14.6198830409357,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB28_EDGE_BPNS_Autumn_2012_VV1","NTB28_EDGE_Autumn_2012_VV1","VV Grab",null,"NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV1","VV Grab_NTB28_EDGE_BPNS_Autumn_2012_VV1_NTB28","PreservedSpecimen","Capitellidae Grube, 1862","921","Family","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB28_EDGE_BPNS_Autumn_2012_VV2","NTB28_EDGE_Autumn_2012_VV2","VV Grab",null,"NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV2","VV Grab_NTB28_EDGE_BPNS_Autumn_2012_VV2_NTB28","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB28_EDGE_BPNS_Autumn_2012_VV1","NTB28_EDGE_Autumn_2012_VV1","VV Grab",null,"NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV1","VV Grab_NTB28_EDGE_BPNS_Autumn_2012_VV1_NTB28","PreservedSpecimen","Capitellidae Grube, 1862","921","Family","Biomass per unit of surface","Ash-free dry weight",3.0667641325536,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB28_EDGE_BPNS_Autumn_2013_VV1","NTB28_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_NTB28_EDGE_BPNS_Autumn_2013_VV1_NTB28","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB28_EDGE_BPNS_Autumn_2013_VV3","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_NTB28_EDGE_BPNS_Autumn_2013_VV3_NTB28","PreservedSpecimen","Ammonactis Verrill, 1865","854010","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB28_EDGE_BPNS_Autumn_2013_VV2","NTB28_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_NTB28_EDGE_BPNS_Autumn_2013_VV2_NTB28","PreservedSpecimen","Polynoidae Kinberg, 1856","939","Family","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB28_EDGE_BPNS_Autumn_2013_VV3","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28","51.56577093","2.953299912","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_NTB28_EDGE_BPNS_Autumn_2013_VV3_NTB28","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Biomass per unit of surface","Ash-free dry weight",0.222222222222222,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB36_IMPACT_BPNS_Autumn_2005_VV1","NTB36_IMPACT_Autumn_2005_VV1","VV grab","Sediment grabs","NTB36","51.56602","2.96908","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB36_IMPACT_BPNS_Autumn_2005_VV1_NTB36","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",4968.943,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_TB04_FAR_BPNS_Autumn_2018_VV1","TB04_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB04","51.5665","3.0037","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_TB04_FAR_BPNS_Autumn_2018_VV1_TB04","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_TB04_FAR_BPNS_Autumn_2020_VV1","TB04_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB04","51.5665","3.0037","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_TB04_FAR_BPNS_Autumn_2020_VV1_TB04","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",1.158,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB31_IMPACT_BPNS_Autumn_2009_VV1","NTB31_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","NTB31","51.56778789","2.974575383","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB31_IMPACT_BPNS_Autumn_2009_VV1_NTB31","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,194.931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_TBI21_IMPACT_BPNS_Autumn_2009_VV1","TBI21_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","TBI21","51.56880472","2.986297301","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_TBI21_IMPACT_BPNS_Autumn_2009_VV1_TBI21","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB31_IMPACT_BPNS_Autumn_2008_VV1","NTB31_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","NTB31","51.56907","2.976012","Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB31_IMPACT_BPNS_Autumn_2008_VV1_NTB31","PreservedSpecimen","Megaluropus agilis Hoek, 1889","102783","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB06_FAR_BPNS_Autumn_2015_VV1","TB06_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB06","51.569596","2.978935","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB06_FAR_BPNS_Autumn_2015_VV1_TB06","PreservedSpecimen","Leucothoe incisa Robertson, 1892","102460","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_WTB14_IMPACT_BPNS_Spring_2005_VV1","WTB14_IMPACT_Spring_2005_VV1","VV grab","Sediment grabs","WTB14","51.57003","2.9878","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-03-01T10:24:00","Spring",2005,0.1026,"m²","VV1","VV grab_WTB14_IMPACT_BPNS_Spring_2005_VV1_WTB14","PreservedSpecimen","Ensis magnus Schumacher, 1817","160539","Species","Biomass per unit of surface","Ash-free dry weight",10578.63,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_NTB29_FAR_BPNS_Autumn_2018_VV1","NTB29_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NTB29","51.5705","2.9965","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_NTB29_FAR_BPNS_Autumn_2018_VV1_NTB29","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_NTB29_FAR_BPNS_Autumn_2020_VV1","NTB29_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB29","51.5705","2.9965","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NTB29_FAR_BPNS_Autumn_2020_VV1_NTB29","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2012_VV3","TBEC04_EDGE_CONTROL_Autumn_2012_VV3","VV Grab",null,"TBEC04","51.571011","2.946941","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV3","VV Grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2012_VV3_TBEC04","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",1792.99549805068,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2013_VV2","TBEC04_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC04","51.571011","2.946941","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2013_VV2_TBEC04","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2013_VV3","TBEC04_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC04","51.571011","2.946941","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2013_VV3_TBEC04","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2014_VV1","TBEC04_EDGE_CONTROL_Autumn_2014_VV1","VV grab","Sediment grabs","TBEC04","51.571011","2.946941","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV1","VV grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2014_VV1_TBEC04","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)","488966","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2014_VV1","TBEC04_EDGE_CONTROL_Autumn_2014_VV1","VV grab","Sediment grabs","TBEC04","51.571011","2.946941","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV1","VV grab_TBEC04_EDGE_CONTROL_BPNS_Autumn_2014_VV1_TBEC04","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.012,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WGR15_REF_TB_BPNS_Autumn_2005_VV1","WGR15_REF_TB_Autumn_2005_VV1","VV grab","Sediment grabs","WGR15","51.57117","2.96109","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-10-19","Autumn",2005,0.1026,"m²","VV1","VV grab_WGR15_REF_TB_BPNS_Autumn_2005_VV1_WGR15","PreservedSpecimen","Ophelia limacina (Rathke, 1843)","130494","Species","Biomass per unit of surface","Ash-free dry weight",18.415,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBE11_EDGE_BPNS_Autumn_2010_VV2","TBE11_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","TBE11","51.57132118","2.964431681","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV2","VV Grab_TBE11_EDGE_BPNS_Autumn_2010_VV2_TBE11","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBE11_EDGE_BPNS_Autumn_2010_VV3","TBE11_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","TBE11","51.57132118","2.964431681","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV3","VV Grab_TBE11_EDGE_BPNS_Autumn_2010_VV3_TBE11","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",3.62378167641326,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBE11_EDGE_BPNS_Autumn_2013_VV1","TBE11_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","TBE11","51.57132118","2.964431681","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_TBE11_EDGE_BPNS_Autumn_2013_VV1_TBE11","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBE11_EDGE_BPNS_Autumn_2013_VV3","TBE11_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","TBE11","51.57132118","2.964431681","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_TBE11_EDGE_BPNS_Autumn_2013_VV3_TBE11","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBE11_EDGE_BPNS_Autumn_2013_VV2","TBE11_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE11","51.57132118","2.964431681","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_TBE11_EDGE_BPNS_Autumn_2013_VV2_TBE11","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Ash-free dry weight",128.330527800903,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBE11_EDGE_BPNS_Autumn_2014_VV3","TBE11_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","TBE11","51.57132118","2.964431681","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_TBE11_EDGE_BPNS_Autumn_2014_VV3_TBE11","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Biomass per unit of surface","Blotted wet weight",0.067,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB02_VERY_CLOSE_BPNS_Autumn_2018_VV1","TB02_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB02","51.571435","3.004025","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_TB02_VERY_CLOSE_BPNS_Autumn_2018_VV1_TB02","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Blotted wet weight",0.118,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB30_IMPACT_BPNS_Autumn_2009_VV1","NTB30_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","NTB30","51.57173807","2.980233728","Thorntonbank","CPOWER","TB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB30_IMPACT_BPNS_Autumn_2009_VV1_NTB30","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Biomass per unit of surface","Ash-free dry weight",2.62865497076023,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB30_IMPACT_BPNS_Autumn_2008_VV1","NTB30_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","NTB30","51.57212","2.981648","Thorntonbank","CPOWER","TB","IMPACT","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB30_IMPACT_BPNS_Autumn_2008_VV1_NTB30","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",8.59649122807018,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_NTB37_FAR_BPNS_Autumn_2018_VV1","NTB37_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NTB37","51.5744","2.9887","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_NTB37_FAR_BPNS_Autumn_2018_VV1_NTB37","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",2.521,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar",{"$nulls":3},"VV grab_NTB37_FAR_BPNS_Autumn_2020_VV1","NTB37_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB37","51.5744","2.9887","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2020,0.1,"m²","VV1","VV grab_NTB37_FAR_BPNS_Autumn_2020_VV1_NTB37","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Blotted wet weight",0.013,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NTB37_FAR_BPNS_Autumn_2015_VV1","NTB37_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","NTB37","51.57443","2.988659","Thorntonbank","CPOWER","TB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_NTB37_FAR_BPNS_Autumn_2015_VV1_NTB37","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Blotted wet weight",0.109,"g/m²","biota"]
["WINMON","Ugent","Almaru ten Napel","research vessel","RV Belgica",null,"VV grab_TB02_FAR_BPNS_Autumn_2023_VV1","TB02_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","TB02","51.57458496","2.98830465","Thorntonbank","CPOWER","TB","FAR","BE","2023-10-24","Autumn",2023,0.1,"m²","VV1","VV grab_TB02_FAR_BPNS_Autumn_2023_VV1_Spiophanes bombyx (Claparède, 1870)","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB37_IMPACT_BPNS_Autumn_2005_VV1","NTB37_IMPACT_Autumn_2005_VV1","VV grab","Sediment grabs","NTB37","51.5754","2.988198","Thorntonbank","CPOWER","TB","IMPACT","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB37_IMPACT_BPNS_Autumn_2005_VV1_NTB37","PreservedSpecimen","Scoloplos armiger (Müller, 1776)","130537","Species","Biomass per unit of surface","Ash-free dry weight",403.535,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_TB01_FAR_BPNS_Autumn_2018_VV1","TB01_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB01","51.5761","3.0033","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_TB01_FAR_BPNS_Autumn_2018_VV1_TB01","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB32_CONTROL_BPNS_Autumn_2005_VV1","NTB32_CONTROL_Autumn_2005_VV1","VV grab","Sediment grabs","NTB32","51.57707","2.972815","Thorntonbank","CPOWER","TB","CONTROL","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB32_CONTROL_BPNS_Autumn_2005_VV1_NTB32","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_NTB32_CONTROL_BPNS_Autumn_2005_VV1","NTB32_CONTROL_Autumn_2005_VV1","VV grab","Sediment grabs","NTB32","51.57707","2.972815","Thorntonbank","CPOWER","TB","CONTROL","BE","2005-10-18T09:23:40","Autumn",2005,0.1026,"m²","VV1","VV grab_NTB32_CONTROL_BPNS_Autumn_2005_VV1_NTB32","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",380.479118024219,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2010_VV2","TBEC05_EDGE_CONTROL_Autumn_2010_VV2","VV Grab","Sediment grabs","TBEC05","51.577179","2.957492","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2010-10-26","Autumn",2010,0.1026,"m²","VV2","VV Grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2010_VV2_TBEC05","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2012_VV1","TBEC05_EDGE_CONTROL_Autumn_2012_VV1","VV Grab",null,"TBEC05","51.577179","2.957492","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV1","VV Grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2012_VV1_TBEC05","PreservedSpecimen","Tellimya ferruginosa (Montagu, 1808)","146952","Species","Biomass per unit of surface","Ash-free dry weight",0.666666666666667,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2013_VV2","TBEC05_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC05","51.577179","2.957492","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2013_VV2_TBEC05","PreservedSpecimen","Heteromastus Eisig, 1887","129214","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2013_VV3","TBEC05_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC05","51.577179","2.957492","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2013_VV3_TBEC05","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",2.47603268518248,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2014_VV2","TBEC05_EDGE_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","TBEC05","51.577179","2.957492","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2014_VV2_TBEC05","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2014_VV2","TBEC05_EDGE_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","TBEC05","51.577179","2.957492","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_TBEC05_EDGE_CONTROL_BPNS_Autumn_2014_VV2_TBEC05","PreservedSpecimen","Urothoe poseidonis Reibish, 1905","103235","Species","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_NTB34_EDGE_BPNS_Autumn_2009_VV1","NTB34_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_NTB34_EDGE_BPNS_Autumn_2009_VV1_NTB34","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB34_EDGE_BPNS_Autumn_2010_VV2","NTB34_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-26","Autumn",2010,0.1026,"m²","VV2","VV Grab_NTB34_EDGE_BPNS_Autumn_2010_VV2_NTB34","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB34_EDGE_BPNS_Autumn_2010_VV1","NTB34_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-26","Autumn",2010,0.1026,"m²","VV1","VV Grab_NTB34_EDGE_BPNS_Autumn_2010_VV1_NTB34","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",8.20841456140351,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB34_EDGE_BPNS_Autumn_2010_VV3","NTB34_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-26","Autumn",2010,0.1026,"m²","VV3","VV Grab_NTB34_EDGE_BPNS_Autumn_2010_VV3_NTB34","PreservedSpecimen","Monopseudocuma gilsoni (Bacescu, 1950)","422916","Species","Biomass per unit of surface","Ash-free dry weight",0.146198830409356,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB34_EDGE_BPNS_Autumn_2012_VV1","NTB34_EDGE_Autumn_2012_VV1","VV Grab",null,"NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV1","VV Grab_NTB34_EDGE_BPNS_Autumn_2012_VV1_NTB34","PreservedSpecimen","Oedicerotidae Lilljeborg, 1865","101400","Family","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB34_EDGE_BPNS_Autumn_2012_VV2","NTB34_EDGE_Autumn_2012_VV2","VV Grab",null,"NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV2","VV Grab_NTB34_EDGE_BPNS_Autumn_2012_VV2_NTB34","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Biomass per unit of surface","Ash-free dry weight",3.45029239766081,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB34_EDGE_BPNS_Autumn_2013_VV1","NTB34_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_NTB34_EDGE_BPNS_Autumn_2013_VV1_NTB34","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB34_EDGE_BPNS_Autumn_2013_VV2","NTB34_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_NTB34_EDGE_BPNS_Autumn_2013_VV2_NTB34","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Biomass per unit of surface","Ash-free dry weight",3.15789473684211,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_NTB34_EDGE_BPNS_Autumn_2013_VV3","NTB34_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_NTB34_EDGE_BPNS_Autumn_2013_VV3_NTB34","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",0.311890838206628,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB34_EDGE_BPNS_Autumn_2014_VV3","NTB34_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","NTB34","51.57720482","2.970646665","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_NTB34_EDGE_BPNS_Autumn_2014_VV3_NTB34","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,130,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_TBE16_EDGE_BPNS_Autumn_2010_VV3","TBE16_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","TBE16","51.577966","3.024403","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV3","VV Grab_TBE16_EDGE_BPNS_Autumn_2010_VV3_TBE16","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",6.53735548732942,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBE16_EDGE_BPNS_Autumn_2013_VV2","TBE16_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE16","51.577966","3.024403","Thorntonbank","CPOWER","TB","EDGE","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_TBE16_EDGE_BPNS_Autumn_2013_VV2_TBE16","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_TB01_CLOSE_BPNS_Autumn_2015_VV1","TB01_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB01","51.5785259999999","2.991079","Thorntonbank","CPOWER","TB","CLOSE","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_TB01_CLOSE_BPNS_Autumn_2015_VV1_TB01","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.089,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_TB01_VERY_CLOSE_BPNS_Autumn_2019_VV1","TB01_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB01","51.578526","2.991079","Thorntonbank","CPOWER","TB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_TB01_VERY_CLOSE_BPNS_Autumn_2019_VV1_TB01","PreservedSpecimen","Nephtys Cuvier, 1817","102872","Genus","Biomass per unit of surface","Blotted wet weight",0.049,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/04b","VV grab_NTB33_CONTROL_BPNS_Spring_2005_VV1","NTB33_CONTROL_Spring_2005_VV1","VV grab","Sediment grabs","NTB33","51.58208","2.98158","Thorntonbank","CPOWER","TB","CONTROL","BE","2005-03-01T10:24:00","Spring",2005,0.1026,"m²","VV1","VV grab_NTB33_CONTROL_BPNS_Spring_2005_VV1_NTB33","PreservedSpecimen","Pariambus typicus (Krøyer, 1845)","101857","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_NTB33_CONTROL_BPNS_Autumn_2008_VV1","NTB33_CONTROL_Autumn_2008_VV1","VV grab","Sediment grabs","NTB33","51.58208","2.98158","Thorntonbank","CPOWER","TB","CONTROL","BE","2008-10-16","Autumn",2008,0.1026,"m²","VV1","VV grab_NTB33_CONTROL_BPNS_Autumn_2008_VV1_NTB33","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",1.64717348927875,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2012_VV2","TBEC06_EDGE_CONTROL_Autumn_2012_VV2","VV Grab",null,"TBEC06","51.583834","2.964796","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV2","VV Grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2012_VV2_TBEC06","PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)","129884","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2013_VV1","TBEC06_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC06","51.583834","2.964796","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2013_VV1_TBEC06","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2013_VV3","TBEC06_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC06","51.583834","2.964796","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2013_VV3_TBEC06","PreservedSpecimen","Euspira nitida (Donovan, 1803)","151894","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2013_VV1","TBEC06_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC06","51.583834","2.964796","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2013_VV1_TBEC06","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",28.6931023692906,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2014_VV3","TBEC06_EDGE_CONTROL_Autumn_2014_VV3","VV grab","Sediment grabs","TBEC06","51.583834","2.964796","Thorntonbank","CPOWER","TB","EDGE_CONTROL","BE","2014-10-15","Autumn",2014,0.1,"m²","VV3","VV grab_TBEC06_EDGE_CONTROL_BPNS_Autumn_2014_VV3_TBEC06","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Blotted wet weight",0.012,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 12/10/2010","VV Grab_NTB33_EDGE_BPNS_Autumn_2010_VV2","NTB33_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","NTB33","51.587591","3.008856","Thorntonbank","CPOWER","TB","EDGE","BE","2010-10-28","Autumn",2010,0.1026,"m²","VV2","VV Grab_NTB33_EDGE_BPNS_Autumn_2010_VV2_NTB33","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB33_EDGE_BPNS_Autumn_2012_VV2","NTB33_EDGE_Autumn_2012_VV2","VV Grab",null,"NTB33","51.587591","3.008856","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV2","VV Grab_NTB33_EDGE_BPNS_Autumn_2012_VV2_NTB33","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB33_EDGE_BPNS_Autumn_2012_VV2","NTB33_EDGE_Autumn_2012_VV2","VV Grab",null,"NTB33","51.587591","3.008856","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV2","VV Grab_NTB33_EDGE_BPNS_Autumn_2012_VV2_NTB33","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Biomass per unit of surface","Ash-free dry weight",384.280701754385,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_NTB33_EDGE_BPNS_Autumn_2012_VV3","NTB33_EDGE_Autumn_2012_VV3","VV Grab",null,"NTB33","51.587591","3.008856","Thorntonbank","CPOWER","TB","EDGE","BE","2012-10-17","Autumn",2012,0.1026,"m²","VV3","VV Grab_NTB33_EDGE_BPNS_Autumn_2012_VV3_NTB33","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Ash-free dry weight",260.651977777777,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB33_EDGE_BPNS_Autumn_2014_VV2","NTB33_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","NTB33","51.587591","3.008856","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_NTB33_EDGE_BPNS_Autumn_2014_VV2_NTB33","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_NTB33_EDGE_BPNS_Autumn_2014_VV2","NTB33_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","NTB33","51.587591","3.008856","Thorntonbank","CPOWER","TB","EDGE","BE","2014-10-15","Autumn",2014,0.1,"m²","VV2","VV grab_NTB33_EDGE_BPNS_Autumn_2014_VV2_NTB33","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.1,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 17/10/2011","VV Grab_BZNE01_EDGE_BPNS_Autumn_2011_VV2","BZNE01_EDGE_Autumn_2011_VV2","VV Grab",null,"BZNE01","51.5935","2.858435","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2011-10-17","Autumn",2011,0.1,"m²","VV2","VV Grab_BZNE01_EDGE_BPNS_Autumn_2011_VV2_BZNE01","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",2.30604288499025,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","VV Grab_BZNE01_EDGE_BPNS_Autumn_2012_VV3","BZNE01_EDGE_Autumn_2012_VV3","VV Grab",null,"BZNE01","51.5935","2.858435","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2012-10-22","Autumn",2012,0.1026,"m²","VV3","VV Grab_BZNE01_EDGE_BPNS_Autumn_2012_VV3_BZNE01","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","VV Grab_BZNE01_EDGE_BPNS_Autumn_2012_VV1","BZNE01_EDGE_Autumn_2012_VV1","VV Grab",null,"BZNE01","51.5935","2.858435","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2012-10-22","Autumn",2012,0.1026,"m²","VV1","VV Grab_BZNE01_EDGE_BPNS_Autumn_2012_VV1_BZNE01","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",21.7426900584794,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_BZNE02_EDGE_BPNS_Spring_2010_VV1","BZNE02_EDGE_Spring_2010_VV1","VV Grab",null,"BZNE02","51.595082","2.886694","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2010-04-27","Spring",2010,0.1026,"m²","VV1","VV Grab_BZNE02_EDGE_BPNS_Spring_2010_VV1_BZNE02","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",0.974658869395712,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_BZNI01_IMPACT_BPNS_Spring_2010_VV1","BZNI01_IMPACT_Spring_2010_VV1","VV Grab",null,"BZNI01","51.602031","2.872917","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2010-04-27","Spring",2010,0.1026,"m²","VV1","VV Grab_BZNI01_IMPACT_BPNS_Spring_2010_VV1_BZNI01","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 17/10/2011","VV Grab_BZNI01_IMPACT_BPNS_Autumn_2011_VV2","BZNI01_IMPACT_Autumn_2011_VV2","VV Grab",null,"BZNI01","51.602031","2.872917","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2011-10-17","Autumn",2011,0.1,"m²","VV2","VV Grab_BZNI01_IMPACT_BPNS_Autumn_2011_VV2_BZNI01","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",21.6587729044834,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","VV Grab_BZNI01_IMPACT_BPNS_Autumn_2012_VV1","BZNI01_IMPACT_Autumn_2012_VV1","VV Grab",null,"BZNI01","51.602031","2.872917","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2012-10-22","Autumn",2012,0.1026,"m²","VV1","VV Grab_BZNI01_IMPACT_BPNS_Autumn_2012_VV1_BZNI01","PreservedSpecimen","Ammonactis Verrill, 1865","854010","Genus","Biomass per unit of surface","Ash-free dry weight",5.1111111111111,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","VV Grab_BZNI01_IMPACT_BPNS_Autumn_2012_VV3","BZNI01_IMPACT_Autumn_2012_VV3","VV Grab",null,"BZNI01","51.602031","2.872917","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2012-10-22","Autumn",2012,0.1026,"m²","VV3","VV Grab_BZNI01_IMPACT_BPNS_Autumn_2012_VV3_BZNI01","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Ash-free dry weight",46.4022124756335,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 17/10/2011","VV Grab_BZNE03_EDGE_BPNS_Autumn_2011_VV3","BZNE03_EDGE_Autumn_2011_VV3","VV Grab",null,"BZNE03","51.602317","2.910582","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2011-10-17","Autumn",2011,0.1,"m²","VV3","VV Grab_BZNE03_EDGE_BPNS_Autumn_2011_VV3_BZNE03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 17/10/2011","VV Grab_BZNE03_EDGE_BPNS_Autumn_2011_VV3","BZNE03_EDGE_Autumn_2011_VV3","VV Grab",null,"BZNE03","51.602317","2.910582","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2011-10-17","Autumn",2011,0.1,"m²","VV3","VV Grab_BZNE03_EDGE_BPNS_Autumn_2011_VV3_BZNE03","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",1.364522417154,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","VV Grab_BZNE03_EDGE_BPNS_Autumn_2012_VV1","BZNE03_EDGE_Autumn_2012_VV1","VV Grab",null,"BZNE03","51.602317","2.910582","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2012-10-22","Autumn",2012,0.1026,"m²","VV1","VV Grab_BZNE03_EDGE_BPNS_Autumn_2012_VV1_BZNE03","PreservedSpecimen","Tellimya ferruginosa (Montagu, 1808)","146952","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_BZNE08_EDGE_BPNS_Spring_2010_VV1","BZNE08_EDGE_Spring_2010_VV1","VV Grab",null,"BZNE08","51.607893","2.852783","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2010-04-27","Spring",2010,0.1026,"m²","VV1","VV Grab_BZNE08_EDGE_BPNS_Spring_2010_VV1_BZNE08","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Biomass per unit of surface","Ash-free dry weight",2.92777777777777,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_BZNI02_IMPACT_BPNS_Spring_2010_VV1","BZNI02_IMPACT_Spring_2010_VV1","VV Grab",null,"BZNI02","51.608494","2.888678","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2010-04-27","Spring",2010,0.1026,"m²","VV1","VV Grab_BZNI02_IMPACT_BPNS_Spring_2010_VV1_BZNI02","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_BB05_REF_BB_BPNS_Autumn_2023_VV1","BB05_REF_BB_Autumn_2023_VV1","VV grab","Sediment grabs","BB05","51.61148275","2.77353923","Blighbank","BELWIND_REF","BBREF","REF_BB","BE","2023-10-23","Autumn",2023,0.1,"m²","VV1","VV grab_BB05_REF_BB_BPNS_Autumn_2023_VV1_Magelona johnstoni Fiege, Licher & Mackie, 2000","PreservedSpecimen","Magelona johnstoni Fiege, Licher & Mackie, 2000","130269","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_BB03_REF_BB_BPNS_Autumn_2023_VV1","BB03_REF_BB_Autumn_2023_VV1","VV grab","Sediment grabs","BB03","51.61333822","2.76701838","Blighbank","BELWIND_REF","BBREF","REF_BB","BE","2023-10-23","Autumn",2023,0.1,"m²","VV1","VV grab_BB03_REF_BB_BPNS_Autumn_2023_VV1_Cylista troglodytes (Price in Johnston, 1847)","PreservedSpecimen","Cylista troglodytes (Price in Johnston, 1847)","855674","Species","Biomass per unit of surface","Blotted wet weight",2.884,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNI11_IMPACT_BPNS_Autumn_2010_VV1","BZNI11_IMPACT_Autumn_2010_VV1","VV Grab",null,"BZNI11","51.613771","2.876294","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNI11_IMPACT_BPNS_Autumn_2010_VV1_BZNI11","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_BB02_REF_BB_BPNS_Autumn_2023_VV1","BB02_REF_BB_Autumn_2023_VV1","VV grab","Sediment grabs","BB02","51.61557617","2.76437022","Blighbank","BELWIND_REF","BBREF","REF_BB","BE","2023-10-23","Autumn",2023,0.1,"m²","VV1","VV grab_BB02_REF_BB_BPNS_Autumn_2023_VV1_Ophiura Lamarck, 1801","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Blotted wet weight",0.785,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Belgica 2005/05b","VV grab_WGR14_REF_TB_BPNS_Autumn_2005_VV1","WGR14_REF_TB_Autumn_2005_VV1","VV grab","Sediment grabs","WGR14","51.615833","3.120917","Gootebank","CPOWER_REF","GB","REF_TB","BE","2005-10-19","Autumn",2005,0.1026,"m²","VV1","VV grab_WGR14_REF_TB_BPNS_Autumn_2005_VV1_WGR14","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Biomass per unit of surface","Ash-free dry weight",52.2,"mg/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_BB14_REF_BB_BPNS_Autumn_2023_VV1","BB14_REF_BB_Autumn_2023_VV1","VV grab","Sediment grabs","BB14","51.61700846","2.77994843","Blighbank","BELWIND_REF","BBREF","REF_BB","BE","2023-10-23","Autumn",2023,0.1,"m²","VV1","VV grab_BB14_REF_BB_BPNS_Autumn_2023_VV1_Magelona johnstoni Fiege, Licher & Mackie, 2000","PreservedSpecimen","Magelona johnstoni Fiege, Licher & Mackie, 2000","130269","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNI08_IMPACT_BPNS_Autumn_2010_VV1","BZNI08_IMPACT_Autumn_2010_VV1","VV Grab",null,"BZNI08","51.618293","2.89747","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNI08_IMPACT_BPNS_Autumn_2010_VV1_BZNI08","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNI08_IMPACT_BPNS_Autumn_2010_VV1","BZNI08_IMPACT_Autumn_2010_VV1","VV Grab",null,"BZNI08","51.618293","2.89747","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNI08_IMPACT_BPNS_Autumn_2010_VV1_BZNI08","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",572.632614132554,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","VV Grab_BZNI08_IMPACT_BPNS_Autumn_2012_VV3","BZNI08_IMPACT_Autumn_2012_VV3","VV Grab",null,"BZNI08","51.618293","2.89747","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2012-10-22","Autumn",2012,0.1026,"m²","VV3","VV Grab_BZNI08_IMPACT_BPNS_Autumn_2012_VV3_BZNI08","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","VV Grab_BZNI08_IMPACT_BPNS_Autumn_2012_VV3","BZNI08_IMPACT_Autumn_2012_VV3","VV Grab",null,"BZNI08","51.618293","2.89747","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2012-10-22","Autumn",2012,0.1026,"m²","VV3","VV Grab_BZNI08_IMPACT_BPNS_Autumn_2012_VV3_BZNI08","PreservedSpecimen","Echinoidea Schumacher, 1817","123082","Class","Biomass per unit of surface","Ash-free dry weight",0.282651072124756,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBC04_EDGE_BPNS_Autumn_2011_VV1","BBC04_EDGE_Autumn_2011_VV1","VV Grab",null,"BBC04","51.61909","2.824985","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV1","VV Grab_BBC04_EDGE_BPNS_Autumn_2011_VV1_BBC04","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Biomass per unit of surface","Ash-free dry weight",0.494152046783626,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC04_EDGE_BPNS_Autumn_2012_VV2","BBC04_EDGE_Autumn_2012_VV2","VV Grab",null,"BBC04","51.61909","2.824985","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBC04_EDGE_BPNS_Autumn_2012_VV2_BBC04","PreservedSpecimen","Ophelia Savigny, 1822","129413","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC04_EDGE_BPNS_Autumn_2012_VV2","BBC04_EDGE_Autumn_2012_VV2","VV Grab",null,"BBC04","51.61909","2.824985","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBC04_EDGE_BPNS_Autumn_2012_VV2_BBC04","PreservedSpecimen","Ophelia Savigny, 1822","129413","Genus","Biomass per unit of surface","Ash-free dry weight",7.49025341130603,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC04_EDGE_BPNS_Autumn_2014_VV2","BBC04_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC04","51.61909","2.824985","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC04_EDGE_BPNS_Autumn_2014_VV2_BBC04","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_BB08_REF_BB_BPNS_Autumn_2023_VV1","BB08_REF_BB_Autumn_2023_VV1","VV grab","Sediment grabs","BB08","51.61921387","2.76592585","Blighbank","BELWIND_REF","BBREF","REF_BB","BE","2023-10-23","Autumn",2023,0.1,"m²","VV1","VV grab_BB08_REF_BB_BPNS_Autumn_2023_VV1_Ophiura Lamarck, 1801","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Blotted wet weight",2.435,"g/m²","biota"]
["WINMON","Ugent","Christelle Jammar","research vessel","RV Belgica",null,"VV grab_BB09_REF_BB_BPNS_Autumn_2023_VV1","BB09_REF_BB_Autumn_2023_VV1","VV grab","Sediment grabs","BB09","51.62084961","2.77130381","Blighbank","BELWIND_REF","BBREF","REF_BB","BE","2023-10-23","Autumn",2023,0.1,"m²","VV1","VV grab_BB09_REF_BB_BPNS_Autumn_2023_VV1_Ophiura Lamarck, 1801","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Blotted wet weight",0.507,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNE07_EDGE_BPNS_Autumn_2010_VV1","BZNE07_EDGE_Autumn_2010_VV1","VV Grab",null,"BZNE07","51.621005","2.869286","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNE07_EDGE_BPNS_Autumn_2010_VV1_BZNE07","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNE07_EDGE_BPNS_Autumn_2010_VV1","BZNE07_EDGE_Autumn_2010_VV1","VV Grab",null,"BZNE07","51.621005","2.869286","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNE07_EDGE_BPNS_Autumn_2010_VV1_BZNE07","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",13.918073148148,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC09_EDGE_BPNS_Autumn_2012_VV2","BBC09_EDGE_Autumn_2012_VV2","VV Grab",null,"BBC09","51.621086","2.786739","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBC09_EDGE_BPNS_Autumn_2012_VV2_BBC09","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC09_EDGE_BPNS_Autumn_2013_VV3","BBC09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC09","51.621086","2.786739","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC09_EDGE_BPNS_Autumn_2013_VV3_BBC09","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC09_EDGE_BPNS_Autumn_2014_VV2","BBC09_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC09","51.621086","2.786739","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC09_EDGE_BPNS_Autumn_2014_VV2_BBC09","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",0.005,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC09_EDGE_BPNS_Autumn_2014_VV3","BBC09_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC09","51.621086","2.786739","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC09_EDGE_BPNS_Autumn_2014_VV3_BBC09","PreservedSpecimen","Spisula subtruncata (da Costa, 1778)","140302","Species","Biomass per unit of surface","Blotted wet weight",0.246,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_BZNI07_IMPACT_BPNS_Spring_2010_VV1","BZNI07_IMPACT_Spring_2010_VV1","VV Grab",null,"BZNI07","51.623718","2.911487","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2010-04-27","Spring",2010,0.1026,"m²","VV1","VV Grab_BZNI07_IMPACT_BPNS_Spring_2010_VV1_BZNI07","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNI05_IMPACT_BPNS_Autumn_2010_VV1","BZNI05_IMPACT_Autumn_2010_VV1","VV Grab",null,"BZNI05","51.624108","2.933914","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNI05_IMPACT_BPNS_Autumn_2010_VV1_BZNI05","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",1.1588693957115,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE05_EDGE_BPNS_Autumn_2010_VV2","BBE05_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","BBE05","51.62577534","2.818073736","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV2","VV Grab_BBE05_EDGE_BPNS_Autumn_2010_VV2_BBE05","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE05_EDGE_BPNS_Autumn_2011_VV1","BBE05_EDGE_Autumn_2011_VV1","VV Grab",null,"BBE05","51.62577534","2.818073736","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV1","VV Grab_BBE05_EDGE_BPNS_Autumn_2011_VV1_BBE05","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE05_EDGE_BPNS_Autumn_2011_VV3","BBE05_EDGE_Autumn_2011_VV3","VV Grab",null,"BBE05","51.62577534","2.818073736","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV3","VV Grab_BBE05_EDGE_BPNS_Autumn_2011_VV3_BBE05","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE05_EDGE_BPNS_Autumn_2011_VV3","BBE05_EDGE_Autumn_2011_VV3","VV Grab",null,"BBE05","51.62577534","2.818073736","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV3","VV Grab_BBE05_EDGE_BPNS_Autumn_2011_VV3_BBE05","PreservedSpecimen","Tellimya ferruginosa (Montagu, 1808)","146952","Species","Biomass per unit of surface","Ash-free dry weight",23.2222222222222,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE05_EDGE_BPNS_Autumn_2012_VV2","BBE05_EDGE_Autumn_2012_VV2","VV Grab",null,"BBE05","51.62577534","2.818073736","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBE05_EDGE_BPNS_Autumn_2012_VV2_BBE05","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",1.5692007797271,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE05_EDGE_BPNS_Autumn_2013_VV1","BBE05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE05","51.62577534","2.818073736","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBE05_EDGE_BPNS_Autumn_2013_VV1_BBE05","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE05_EDGE_BPNS_Autumn_2013_VV3","BBE05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE05","51.62577534","2.818073736","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBE05_EDGE_BPNS_Autumn_2013_VV3_BBE05","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE05_EDGE_BPNS_Autumn_2013_VV3","BBE05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE05","51.62577534","2.818073736","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBE05_EDGE_BPNS_Autumn_2013_VV3_BBE05","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",774.25730994152,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE05_EDGE_BPNS_Autumn_2014_VV1","BBE05_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE05","51.62577534","2.818073736","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBE05_EDGE_BPNS_Autumn_2014_VV1_BBE05","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",0.083,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC08_EDGE_BPNS_Autumn_2010_VV1","BBC08_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","BBC08","51.628599","2.775811","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BBC08_EDGE_BPNS_Autumn_2010_VV1_BBC08","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC08_EDGE_BPNS_Autumn_2010_VV3","BBC08_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBC08","51.628599","2.775811","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBC08_EDGE_BPNS_Autumn_2010_VV3_BBC08","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC08_EDGE_BPNS_Autumn_2010_VV2","BBC08_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","BBC08","51.628599","2.775811","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV2","VV Grab_BBC08_EDGE_BPNS_Autumn_2010_VV2_BBC08","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Biomass per unit of surface","Ash-free dry weight",3.89863547758285,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBC08_EDGE_BPNS_Autumn_2011_VV3","BBC08_EDGE_Autumn_2011_VV3","VV Grab",null,"BBC08","51.628599","2.775811","Blighbank","BELWIND","BB","EDGE","BE","2011-10-20","Autumn",2011,0.1,"m²","VV3","VV Grab_BBC08_EDGE_BPNS_Autumn_2011_VV3_BBC08","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",0.974658869395712,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC08_EDGE_BPNS_Autumn_2012_VV2","BBC08_EDGE_Autumn_2012_VV2","VV Grab",null,"BBC08","51.628599","2.775811","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBC08_EDGE_BPNS_Autumn_2012_VV2_BBC08","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC08_EDGE_BPNS_Autumn_2013_VV2","BBC08_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC08","51.628599","2.775811","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC08_EDGE_BPNS_Autumn_2013_VV2_BBC08","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC08_EDGE_BPNS_Autumn_2013_VV2","BBC08_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC08","51.628599","2.775811","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC08_EDGE_BPNS_Autumn_2013_VV2_BBC08","PreservedSpecimen","Lumbrineris Blainville, 1828","129337","Genus","Biomass per unit of surface","Ash-free dry weight",14525.3411306043,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC08_EDGE_BPNS_Autumn_2014_VV3","BBC08_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC08","51.628599","2.775811","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC08_EDGE_BPNS_Autumn_2014_VV3_BBC08","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC08_EDGE_BPNS_Autumn_2014_VV3","BBC08_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC08","51.628599","2.775811","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC08_EDGE_BPNS_Autumn_2014_VV3_BBC08","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Biomass per unit of surface","Blotted wet weight",0.238,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE21_EDGE_BPNS_Autumn_2010_VV2","BBE21_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","BBE21","51.629738","2.793114","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV2","VV Grab_BBE21_EDGE_BPNS_Autumn_2010_VV2_BBE21","PreservedSpecimen","Spisula subtruncata (da Costa, 1778)","140302","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE21_EDGE_BPNS_Autumn_2012_VV1","BBE21_EDGE_Autumn_2012_VV1","VV Grab",null,"BBE21","51.629738","2.793114","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBE21_EDGE_BPNS_Autumn_2012_VV1_BBE21","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE21_EDGE_BPNS_Autumn_2013_VV2","BBE21_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE21","51.629738","2.793114","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBE21_EDGE_BPNS_Autumn_2013_VV2_BBE21","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE21_EDGE_BPNS_Autumn_2013_VV2","BBE21_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE21","51.629738","2.793114","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBE21_EDGE_BPNS_Autumn_2013_VV2_BBE21","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",7.90643274853801,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 17/10/2011","VV Grab_BZNI06_IMPACT_BPNS_Autumn_2011_VV1","BZNI06_IMPACT_Autumn_2011_VV1","VV Grab",null,"BZNI06","51.630953","2.924901","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2011-10-17","Autumn",2011,0.1,"m²","VV1","VV Grab_BZNI06_IMPACT_BPNS_Autumn_2011_VV1_BZNI06","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 17/10/2011","VV Grab_BZNI06_IMPACT_BPNS_Autumn_2011_VV2","BZNI06_IMPACT_Autumn_2011_VV2","VV Grab",null,"BZNI06","51.630953","2.924901","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2011-10-17","Autumn",2011,0.1,"m²","VV2","VV Grab_BZNI06_IMPACT_BPNS_Autumn_2011_VV2_BZNI06","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",0.823586744639376,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI19_IMPACT_BPNS_Autumn_2009_VV1","BBI19_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI19","51.63224759","2.803324872","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI19_IMPACT_BPNS_Autumn_2009_VV1_BBI19","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI19_IMPACT_BPNS_Autumn_2009_VV1","BBI19_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI19","51.63224759","2.803324872","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI19_IMPACT_BPNS_Autumn_2009_VV1_BBI19","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",1.38499025341131,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE07_EDGE_BPNS_Autumn_2010_VV3","BBE07_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBE07","51.63289161","2.828566078","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBE07_EDGE_BPNS_Autumn_2010_VV3_BBE07","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC05_EDGE_BPNS_Autumn_2012_VV1","BBC05_EDGE_Autumn_2012_VV1","VV Grab",null,"BBC05","51.633346","2.844077","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBC05_EDGE_BPNS_Autumn_2012_VV1_BBC05","PreservedSpecimen","Glycera tridactyla Schmarda, 1861","130130","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC05_EDGE_BPNS_Autumn_2012_VV3","BBC05_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC05","51.633346","2.844077","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC05_EDGE_BPNS_Autumn_2012_VV3_BBC05","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC05_EDGE_BPNS_Autumn_2012_VV3","BBC05_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC05","51.633346","2.844077","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC05_EDGE_BPNS_Autumn_2012_VV3_BBC05","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Biomass per unit of surface","Ash-free dry weight",0.565302144249513,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC05_EDGE_BPNS_Autumn_2013_VV2","BBC05_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC05","51.633346","2.844077","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC05_EDGE_BPNS_Autumn_2013_VV2_BBC05","PreservedSpecimen","Sipuncula Stephen, 1965","1268","Order","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC05_EDGE_BPNS_Autumn_2013_VV1","BBC05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC05","51.633346","2.844077","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC05_EDGE_BPNS_Autumn_2013_VV1_BBC05","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",8.453216374269,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC05_EDGE_BPNS_Autumn_2013_VV3","BBC05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC05","51.633346","2.844077","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC05_EDGE_BPNS_Autumn_2013_VV3_BBC05","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",49.366372283897,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC05_EDGE_BPNS_Autumn_2014_VV2","BBC05_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC05","51.633346","2.844077","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC05_EDGE_BPNS_Autumn_2014_VV2_BBC05","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNE06_EDGE_BPNS_Autumn_2010_VV1","BZNE06_EDGE_Autumn_2010_VV1","VV Grab",null,"BZNE06","51.634796","2.887674","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNE06_EDGE_BPNS_Autumn_2010_VV1_BZNE06","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNE06_EDGE_BPNS_Autumn_2010_VV1","BZNE06_EDGE_Autumn_2010_VV1","VV Grab",null,"BZNE06","51.634796","2.887674","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNE06_EDGE_BPNS_Autumn_2010_VV1_BZNE06","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",47.6932516764133,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 17/10/2011","VV Grab_BZNE06_EDGE_BPNS_Autumn_2011_VV1","BZNE06_EDGE_Autumn_2011_VV1","VV Grab",null,"BZNE06","51.634796","2.887674","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2011-10-17","Autumn",2011,0.1,"m²","VV1","VV Grab_BZNE06_EDGE_BPNS_Autumn_2011_VV1_BZNE06","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","VV Grab_BZNE06_EDGE_BPNS_Autumn_2012_VV1","BZNE06_EDGE_Autumn_2012_VV1","VV Grab",null,"BZNE06","51.634796","2.887674","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2012-10-21","Autumn",2012,0.1026,"m²","VV1","VV Grab_BZNE06_EDGE_BPNS_Autumn_2012_VV1_BZNE06","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",28.6608187134502,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB15_VERY_CLOSE_BPNS_Autumn_2019_VV1","BB15_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB15","51.6352904","2.794491674","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_BB15_VERY_CLOSE_BPNS_Autumn_2019_VV1_BB15","PreservedSpecimen","Phyllodoce Lamarck, 1818","102506","Genus","Biomass per unit of surface","Blotted wet weight",6.49,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC07_EDGE_BPNS_Autumn_2010_VV1","BBC07_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","BBC07","51.635429","2.763744","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BBC07_EDGE_BPNS_Autumn_2010_VV1_BBC07","PreservedSpecimen","Glycera alba (O.F. Müller, 1776)","130116","Species","Biomass per unit of surface","Ash-free dry weight",2.96491228070175,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC07_EDGE_BPNS_Autumn_2010_VV3","BBC07_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBC07","51.635429","2.763744","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBC07_EDGE_BPNS_Autumn_2010_VV3_BBC07","PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)","129884","Species","Biomass per unit of surface","Ash-free dry weight",9.32748538011695,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBC07_EDGE_BPNS_Autumn_2011_VV2","BBC07_EDGE_Autumn_2011_VV2","VV Grab",null,"BBC07","51.635429","2.763744","Blighbank","BELWIND","BB","EDGE","BE","2011-10-20","Autumn",2011,0.1,"m²","VV2","VV Grab_BBC07_EDGE_BPNS_Autumn_2011_VV2_BBC07","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC07_EDGE_BPNS_Autumn_2012_VV1","BBC07_EDGE_Autumn_2012_VV1","VV Grab",null,"BBC07","51.635429","2.763744","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBC07_EDGE_BPNS_Autumn_2012_VV1_BBC07","PreservedSpecimen","Ensis Schumacher, 1817","138333","Genus","Biomass per unit of surface","Ash-free dry weight",508.666666666667,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC07_EDGE_BPNS_Autumn_2012_VV3","BBC07_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC07","51.635429","2.763744","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC07_EDGE_BPNS_Autumn_2012_VV3_BBC07","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Ash-free dry weight",72.7134892787523,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC07_EDGE_BPNS_Autumn_2013_VV2","BBC07_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC07","51.635429","2.763744","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC07_EDGE_BPNS_Autumn_2013_VV2_BBC07","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC07_EDGE_BPNS_Autumn_2014_VV1","BBC07_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC07","51.635429","2.763744","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC07_EDGE_BPNS_Autumn_2014_VV1_BBC07","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Blotted wet weight",0.044,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE20_EDGE_BPNS_Autumn_2010_VV3","BBE20_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBE20","51.637251","2.781047","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBE20_EDGE_BPNS_Autumn_2010_VV3_BBE20","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE20_EDGE_BPNS_Autumn_2011_VV2","BBE20_EDGE_Autumn_2011_VV2","VV Grab",null,"BBE20","51.637251","2.781047","Blighbank","BELWIND","BB","EDGE","BE","2011-10-20","Autumn",2011,0.1,"m²","VV2","VV Grab_BBE20_EDGE_BPNS_Autumn_2011_VV2_BBE20","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE20_EDGE_BPNS_Autumn_2011_VV2","BBE20_EDGE_Autumn_2011_VV2","VV Grab",null,"BBE20","51.637251","2.781047","Blighbank","BELWIND","BB","EDGE","BE","2011-10-20","Autumn",2011,0.1,"m²","VV2","VV Grab_BBE20_EDGE_BPNS_Autumn_2011_VV2_BBE20","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Ash-free dry weight",21.5228908869396,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE20_EDGE_BPNS_Autumn_2012_VV2","BBE20_EDGE_Autumn_2012_VV2","VV Grab",null,"BBE20","51.637251","2.781047","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBE20_EDGE_BPNS_Autumn_2012_VV2_BBE20","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE20_EDGE_BPNS_Autumn_2013_VV3","BBE20_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE20","51.637251","2.781047","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBE20_EDGE_BPNS_Autumn_2013_VV3_BBE20","PreservedSpecimen","Ammonactis Verrill, 1865","854010","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE20_EDGE_BPNS_Autumn_2013_VV1","BBE20_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE20","51.637251","2.781047","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBE20_EDGE_BPNS_Autumn_2013_VV1_BBE20","PreservedSpecimen","Maerella tenuimana (Spence Bate & Westwood, 1862)","102831","Species","Biomass per unit of surface","Ash-free dry weight",3.21545737681073,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE20_EDGE_BPNS_Autumn_2014_VV3","BBE20_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBE20","51.637251","2.781047","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBE20_EDGE_BPNS_Autumn_2014_VV3_BBE20","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE20_EDGE_BPNS_Autumn_2014_VV3","BBE20_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBE20","51.637251","2.781047","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBE20_EDGE_BPNS_Autumn_2014_VV3_BBE20","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",0.534,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNI09_IMPACT_BPNS_Autumn_2010_VV1","BZNI09_IMPACT_Autumn_2010_VV1","VV Grab",null,"BZNI09","51.637358","2.912843","Bank zonder naam","NORTHWIND","BZN","IMPACT","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNI09_IMPACT_BPNS_Autumn_2010_VV1_BZNI09","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE06_EDGE_BPNS_Spring_2008_VV1","BBE06_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE06_EDGE_BPNS_Spring_2008_VV1_BBE06","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",21211.026773879,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE06_EDGE_BPNS_Autumn_2010_VV1","BBE06_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BBE06_EDGE_BPNS_Autumn_2010_VV1_BBE06","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE06_EDGE_BPNS_Autumn_2011_VV1","BBE06_EDGE_Autumn_2011_VV1","VV Grab",null,"BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV1","VV Grab_BBE06_EDGE_BPNS_Autumn_2011_VV1_BBE06","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE06_EDGE_BPNS_Autumn_2011_VV3","BBE06_EDGE_Autumn_2011_VV3","VV Grab",null,"BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV3","VV Grab_BBE06_EDGE_BPNS_Autumn_2011_VV3_BBE06","PreservedSpecimen","Eunereis longissima (Johnston, 1840)","130375","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE06_EDGE_BPNS_Autumn_2011_VV2","BBE06_EDGE_Autumn_2011_VV2","VV Grab",null,"BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV2","VV Grab_BBE06_EDGE_BPNS_Autumn_2011_VV2_BBE06","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Biomass per unit of surface","Ash-free dry weight",6.82358674463937,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE06_EDGE_BPNS_Autumn_2012_VV1","BBE06_EDGE_Autumn_2012_VV1","VV Grab",null,"BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBE06_EDGE_BPNS_Autumn_2012_VV1_BBE06","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Biomass per unit of surface","Ash-free dry weight",0.294444444444444,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE06_EDGE_BPNS_Autumn_2012_VV3","BBE06_EDGE_Autumn_2012_VV3","VV Grab",null,"BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBE06_EDGE_BPNS_Autumn_2012_VV3_BBE06","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",36.6737621832359,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE06_EDGE_BPNS_Autumn_2014_VV1","BBE06_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBE06_EDGE_BPNS_Autumn_2014_VV1_BBE06","PreservedSpecimen","Bodotria scorpioides (Montagu, 1804)","110445","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE06_EDGE_BPNS_Autumn_2014_VV2","BBE06_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBE06_EDGE_BPNS_Autumn_2014_VV2_BBE06","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE06_EDGE_BPNS_Autumn_2014_VV2","BBE06_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBE06","51.63954322","2.837136719","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBE06_EDGE_BPNS_Autumn_2014_VV2_BBE06","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI26_IMPACT_BPNS_Autumn_2009_VV1","BBI26_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI26_IMPACT_BPNS_Autumn_2009_VV1_BBI26","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Ash-free dry weight",1.13060428849903,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBI26_IMPACT_BPNS_Autumn_2010_VV3","BBI26_IMPACT_Autumn_2010_VV3","VV Grab","Sediment grabs","BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBI26_IMPACT_BPNS_Autumn_2010_VV3_BBI26","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBI26_IMPACT_BPNS_Autumn_2011_VV2","BBI26_IMPACT_Autumn_2011_VV2","VV Grab",null,"BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE","2011-10-19","Autumn",2011,0.1,"m²","VV2","VV Grab_BBI26_IMPACT_BPNS_Autumn_2011_VV2_BBI26","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBI26_IMPACT_BPNS_Autumn_2012_VV1","BBI26_IMPACT_Autumn_2012_VV1","VV Grab",null,"BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBI26_IMPACT_BPNS_Autumn_2012_VV1_BBI26","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBI26_IMPACT_BPNS_Autumn_2012_VV2","BBI26_IMPACT_Autumn_2012_VV2","VV Grab",null,"BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBI26_IMPACT_BPNS_Autumn_2012_VV2_BBI26","PreservedSpecimen","Nototropis falcatus (Metzger, 1871)","102139","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI26_IMPACT_BPNS_Autumn_2013_VV2","BBI26_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBI26_IMPACT_BPNS_Autumn_2013_VV2_BBI26","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI26_IMPACT_BPNS_Autumn_2013_VV1","BBI26_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBI26_IMPACT_BPNS_Autumn_2013_VV1_BBI26","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Ash-free dry weight",5.92982456140351,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBI26_IMPACT_BPNS_Autumn_2014_VV2","BBI26_IMPACT_Autumn_2014_VV2","VV grab","Sediment grabs","BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBI26_IMPACT_BPNS_Autumn_2014_VV2_BBI26","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,100,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBI26_IMPACT_BPNS_Autumn_2014_VV1","BBI26_IMPACT_Autumn_2014_VV1","VV grab","Sediment grabs","BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBI26_IMPACT_BPNS_Autumn_2014_VV1_BBI26","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",1.935,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBI26_IMPACT_BPNS_Autumn_2014_VV2","BBI26_IMPACT_Autumn_2014_VV2","VV grab","Sediment grabs","BBI26","51.63957814","2.818770444","Blighbank","BELWIND","BB","IMPACT","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBI26_IMPACT_BPNS_Autumn_2014_VV2_BBI26","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent","Katrijn De Winter","research vessel","RV Belgica",null,"VV grab_BB36_FAR_BPNS_Autumn_2023_VV1","BB36_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","BB36","51.6397054","2.79392827","Blighbank","BELWIND","BB","FAR","BE","2023-10-23","Autumn",2023,0.1,"m²","VV1","VV grab_BB36_FAR_BPNS_Autumn_2023_VV1_Nephtys cirrosa Ehlers, 1868","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",0.377,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI21_IMPACT_BPNS_Autumn_2009_VV1","BBI21_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI21","51.64105683","2.808890791","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI21_IMPACT_BPNS_Autumn_2009_VV1_BBI21","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",106.513165204678,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB35_FAR_BPNS_Autumn_2015_VV1","BB35_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB35","51.642242","2.788981","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB35_FAR_BPNS_Autumn_2015_VV1_BB35","PreservedSpecimen","Pontocrates arenarius (Spence Bate, 1858)","102918","Species","Biomass per unit of surface","Blotted wet weight",0.015,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE19_EDGE_BPNS_Autumn_2010_VV1","BBE19_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","BBE19","51.643853","2.768525","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BBE19_EDGE_BPNS_Autumn_2010_VV1_BBE19","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE19_EDGE_BPNS_Autumn_2010_VV3","BBE19_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBE19","51.643853","2.768525","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBE19_EDGE_BPNS_Autumn_2010_VV3_BBE19","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE19_EDGE_BPNS_Autumn_2011_VV2","BBE19_EDGE_Autumn_2011_VV2","VV Grab",null,"BBE19","51.643853","2.768525","Blighbank","BELWIND","BB","EDGE","BE","2011-10-20","Autumn",2011,0.1,"m²","VV2","VV Grab_BBE19_EDGE_BPNS_Autumn_2011_VV2_BBE19","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE19_EDGE_BPNS_Autumn_2011_VV1","BBE19_EDGE_Autumn_2011_VV1","VV Grab",null,"BBE19","51.643853","2.768525","Blighbank","BELWIND","BB","EDGE","BE","2011-10-20","Autumn",2011,0.1,"m²","VV1","VV Grab_BBE19_EDGE_BPNS_Autumn_2011_VV1_BBE19","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Biomass per unit of surface","Ash-free dry weight",211.30604288499,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE19_EDGE_BPNS_Autumn_2012_VV1","BBE19_EDGE_Autumn_2012_VV1","VV Grab",null,"BBE19","51.643853","2.768525","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBE19_EDGE_BPNS_Autumn_2012_VV1_BBE19","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",1.71539961013644,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE19_EDGE_BPNS_Autumn_2013_VV1","BBE19_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE19","51.643853","2.768525","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBE19_EDGE_BPNS_Autumn_2013_VV1_BBE19","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE19_EDGE_BPNS_Autumn_2013_VV3","BBE19_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE19","51.643853","2.768525","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBE19_EDGE_BPNS_Autumn_2013_VV3_BBE19","PreservedSpecimen","Striarca lactea (Linnaeus, 1758)","140571","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE19_EDGE_BPNS_Autumn_2014_VV3","BBE19_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBE19","51.643853","2.768525","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBE19_EDGE_BPNS_Autumn_2014_VV3_BBE19","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB32_FAR_BPNS_Autumn_2015_VV1","BB32_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB32","51.645224","2.797466","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB32_FAR_BPNS_Autumn_2015_VV1_BB32","PreservedSpecimen","Pontocrates altamarinus (Spence Bate & Westwood, 1862)","102916","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB32_FAR_BPNS_Autumn_2015_VV1","BB32_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB32","51.645224","2.797466","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB32_FAR_BPNS_Autumn_2015_VV1_BB32","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Blotted wet weight",0.054,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE08_EDGE_BPNS_Spring_2008_VV1","BBE08_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE08","51.64554851","2.845563836","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE08_EDGE_BPNS_Spring_2008_VV1_BBE08","PreservedSpecimen","Glycera alba (O.F. Müller, 1776)","130116","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB13_VERY_CLOSE_BPNS_Autumn_2018_VV1","BB13_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB13","51.6456579","2.774514375","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_BB13_VERY_CLOSE_BPNS_Autumn_2018_VV1_BB13","PreservedSpecimen","Phyllodoce Lamarck, 1818","129455","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/11","VV Grab_BZNE05_EDGE_BPNS_Spring_2010_VV1","BZNE05_EDGE_Spring_2010_VV1","VV Grab",null,"BZNE05","51.646778","2.901841","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2010-04-27","Spring",2010,0.1026,"m²","VV1","VV Grab_BZNE05_EDGE_BPNS_Spring_2010_VV1_BZNE05","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2010/28","VV Grab_BZNE05_EDGE_BPNS_Autumn_2010_VV1","BZNE05_EDGE_Autumn_2010_VV1","VV Grab",null,"BZNE05","51.646778","2.901841","Bank zonder naam","NORTHWIND","BZN","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BZNE05_EDGE_BPNS_Autumn_2010_VV1_BZNE05","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",817.661629922026,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBC06_EDGE_BPNS_Autumn_2011_VV1","BBC06_EDGE_Autumn_2011_VV1","VV Grab",null,"BBC06","51.646999","2.860551","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV1","VV Grab_BBC06_EDGE_BPNS_Autumn_2011_VV1_BBC06","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Biomass per unit of surface","Ash-free dry weight",3.95711500974659,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC06_EDGE_BPNS_Autumn_2013_VV2","BBC06_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC06","51.646999","2.860551","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC06_EDGE_BPNS_Autumn_2013_VV2_BBC06","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC06_EDGE_BPNS_Autumn_2014_VV2","BBC06_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC06","51.646999","2.860551","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC06_EDGE_BPNS_Autumn_2014_VV2_BBC06","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_BB33_FAR_BPNS_Autumn_2018_VV1","BB33_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB33","51.647435","2.779175","Blighbank","BELWIND","BB","FAR","BE","2018-10-24","Autumn",2018,0.1,"m²","VV1","VV grab_BB33_FAR_BPNS_Autumn_2018_VV1_BB33","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_BB33_FAR_BPNS_Autumn_2019_VV1","BB33_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB33","51.647435","2.779175","Blighbank","BELWIND","BB","FAR","BE","2019-10-23","Autumn",2019,0.1,"m²","VV1","VV grab_BB33_FAR_BPNS_Autumn_2019_VV1_BB33","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","102585","Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBI18_IMPACT_BPNS_Spring_2008_VV1","BBI18_IMPACT_Spring_2008_VV1","VV grab","Sediment grabs","BBI18","51.64765627","2.784575403","Blighbank","BELWIND","BB","IMPACT","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBI18_IMPACT_BPNS_Spring_2008_VV1_BBI18","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Katrijn De Winter","research vessel","RV Belgica",null,"VV grab_BB31_FAR_BPNS_Autumn_2023_VV1","BB31_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","BB31","51.6482015","2.79237951","Blighbank","BELWIND","BB","FAR","BE","2023-10-23","Autumn",2023,0.1,"m²","VV1","VV grab_BB31_FAR_BPNS_Autumn_2023_VV1_Nematoda","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_BBI27_IMPACT_BPNS_Autumn_2008_VV1","BBI27_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","BBI27","51.6487163","2.822737558","Blighbank","BELWIND","BB","IMPACT","BE","2008-10-14","Autumn",2008,0.1026,"m²","VV1","VV grab_BBI27_IMPACT_BPNS_Autumn_2008_VV1_BBI27","PreservedSpecimen","Thelepus cincinnatus (Fabricius, 1780)","131543","Species","Biomass per unit of surface","Ash-free dry weight",87.6218323586745,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB30_FAR_BPNS_Autumn_2015_VV1","BB30_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB30","51.650499","2.787524","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB30_FAR_BPNS_Autumn_2015_VV1_BB30","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_BB30_FAR_BPNS_Autumn_2018_VV1","BB30_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB30","51.650499","2.787524","Blighbank","BELWIND","BB","FAR","BE","2018-10-24","Autumn",2018,0.1,"m²","VV1","VV grab_BB30_FAR_BPNS_Autumn_2018_VV1_BB30","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_NBB04_FAR_BPNS_Autumn_2018_VV1","NBB04_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NBB04","51.651087","2.800803","Blighbank","BELWIND","BB","FAR","BE","2018-10-24","Autumn",2018,0.1,"m²","VV1","VV grab_NBB04_FAR_BPNS_Autumn_2018_VV1_NBB04","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Simon Stevin","Cruise 12-630","VV Grab_BBI37_IMPACT_BPNS_Autumn_2012_VV2","BBI37_IMPACT_Autumn_2012_VV2","VV Grab",null,"BBI37","51.651129","2.80133","Blighbank","BELWIND","BB","IMPACT","BE","2012-09-04","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBI37_IMPACT_BPNS_Autumn_2012_VV2_BBI37","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI37_IMPACT_BPNS_Autumn_2013_VV3","BBI37_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI37","51.651129","2.80133","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBI37_IMPACT_BPNS_Autumn_2013_VV3_BBI37","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE09_EDGE_BPNS_Spring_2008_VV1","BBE09_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE09_EDGE_BPNS_Spring_2008_VV1_BBE09","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",1.64717348927875,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE09_EDGE_BPNS_Autumn_2010_VV1","BBE09_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BBE09_EDGE_BPNS_Autumn_2010_VV1_BBE09","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,263.157894736842,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE09_EDGE_BPNS_Autumn_2010_VV1","BBE09_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BBE09_EDGE_BPNS_Autumn_2010_VV1_BBE09","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",0.0575048732943469,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE09_EDGE_BPNS_Autumn_2011_VV3","BBE09_EDGE_Autumn_2011_VV3","VV Grab",null,"BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV3","VV Grab_BBE09_EDGE_BPNS_Autumn_2011_VV3_BBE09","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE09_EDGE_BPNS_Autumn_2011_VV2","BBE09_EDGE_Autumn_2011_VV2","VV Grab",null,"BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV2","VV Grab_BBE09_EDGE_BPNS_Autumn_2011_VV2_BBE09","PreservedSpecimen","Striarca lactea (Linnaeus, 1758)","140571","Species","Biomass per unit of surface","Ash-free dry weight",38.8040935672515,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE09_EDGE_BPNS_Autumn_2012_VV3","BBE09_EDGE_Autumn_2012_VV3","VV Grab",null,"BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBE09_EDGE_BPNS_Autumn_2012_VV3_BBE09","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE09_EDGE_BPNS_Autumn_2012_VV2","BBE09_EDGE_Autumn_2012_VV2","VV Grab",null,"BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBE09_EDGE_BPNS_Autumn_2012_VV2_BBE09","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",0.823586744639376,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE09_EDGE_BPNS_Autumn_2012_VV3","BBE09_EDGE_Autumn_2012_VV3","VV Grab",null,"BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBE09_EDGE_BPNS_Autumn_2012_VV3_BBE09","PreservedSpecimen","Leucothoe lilljeborgi Boeck, 1861","102462","Species","Biomass per unit of surface","Ash-free dry weight",2.61500974658868,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE09_EDGE_BPNS_Autumn_2013_VV3","BBE09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBE09_EDGE_BPNS_Autumn_2013_VV3_BBE09","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Biomass per unit of surface","Ash-free dry weight",503.256934363754,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE09_EDGE_BPNS_Autumn_2014_VV2","BBE09_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBE09","51.65321376","2.854580832","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBE09_EDGE_BPNS_Autumn_2014_VV2_BBE09","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB29_FAR_BPNS_Autumn_2015_VV1","BB29_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB29","51.653223","2.78251","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB29_FAR_BPNS_Autumn_2015_VV1_BB29","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB29_FAR_BPNS_Autumn_2015_VV1","BB29_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB29","51.653223","2.78251","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB29_FAR_BPNS_Autumn_2015_VV1_BB29","PreservedSpecimen","Scolelepis (Scolelepis) squamata (O.F. Muller, 1806)","157566","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_BB29_FAR_BPNS_Autumn_2019_VV1","BB29_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB29","51.653223","2.78251","Blighbank","BELWIND","BB","FAR","BE","2019-10-23","Autumn",2019,0.1,"m²","VV1","VV grab_BB29_FAR_BPNS_Autumn_2019_VV1_BB29","PreservedSpecimen","Spio Fabricius, 1785","102563","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB11_VERY_CLOSE_BPNS_Autumn_2018_VV1","BB11_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB11","51.6544405","2.786297453","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_BB11_VERY_CLOSE_BPNS_Autumn_2018_VV1_BB11","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB11_VERY_CLOSE_BPNS_Autumn_2019_VV1","BB11_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB11","51.6544405","2.786297453","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_BB11_VERY_CLOSE_BPNS_Autumn_2019_VV1_BB11","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","102425","Species","Biomass per unit of surface","Blotted wet weight",0.499,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBI02_IMPACT_BPNS_Autumn_2011_VV3","BBI02_IMPACT_Autumn_2011_VV3","VV Grab",null,"BBI02","51.65510631","2.773061623","Blighbank","BELWIND","BB","IMPACT","BE","2011-10-19","Autumn",2011,0.1,"m²","VV3","VV Grab_BBI02_IMPACT_BPNS_Autumn_2011_VV3_BBI02","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBI02_IMPACT_BPNS_Autumn_2012_VV2","BBI02_IMPACT_Autumn_2012_VV2","VV Grab",null,"BBI02","51.65510631","2.773061623","Blighbank","BELWIND","BB","IMPACT","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBI02_IMPACT_BPNS_Autumn_2012_VV2_BBI02","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBI02_IMPACT_BPNS_Autumn_2012_VV3","BBI02_IMPACT_Autumn_2012_VV3","VV Grab",null,"BBI02","51.65510631","2.773061623","Blighbank","BELWIND","BB","IMPACT","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBI02_IMPACT_BPNS_Autumn_2012_VV3_BBI02","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI02_IMPACT_BPNS_Autumn_2013_VV1","BBI02_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI02","51.65510631","2.773061623","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBI02_IMPACT_BPNS_Autumn_2013_VV1_BBI02","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",258.156650958362,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI02_IMPACT_BPNS_Autumn_2013_VV3","BBI02_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI02","51.65510631","2.773061623","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBI02_IMPACT_BPNS_Autumn_2013_VV3_BBI02","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Biomass per unit of surface","Ash-free dry weight",29.2543859649123,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBI02_IMPACT_BPNS_Autumn_2014_VV1","BBI02_IMPACT_Autumn_2014_VV1","VV grab","Sediment grabs","BBI02","51.65510631","2.773061623","Blighbank","BELWIND","BB","IMPACT","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBI02_IMPACT_BPNS_Autumn_2014_VV1_BBI02","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Blotted wet weight",0.185,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_BBI24_IMPACT_BPNS_Autumn_2008_VV1","BBI24_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","BBI24","51.65617855","2.816568664","Blighbank","BELWIND","BB","IMPACT","BE","2008-10-14","Autumn",2008,0.1026,"m²","VV1","VV grab_BBI24_IMPACT_BPNS_Autumn_2008_VV1_BBI24","PreservedSpecimen","Pseudocuma (Pseudocuma) longicorne (Bate, 1858)","110627","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI24_IMPACT_BPNS_Autumn_2009_VV1","BBI24_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI24","51.65617855","2.816568664","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI24_IMPACT_BPNS_Autumn_2009_VV1_BBI24","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,87.719298245614,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBE18_EDGE_BPNS_Autumn_2009_VV1","BBE18_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","BBE18","51.65637121","2.756572844","Blighbank","BELWIND","BB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBE18_EDGE_BPNS_Autumn_2009_VV1_BBE18","PreservedSpecimen","Hesionura elongata (Southern, 1914)","130649","Species","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24_FAR_BPNS_Autumn_2015_VV1","BB24_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB24","51.656702","2.804214","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB24_FAR_BPNS_Autumn_2015_VV1_BB24","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Blotted wet weight",1.229,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_BB24_FAR_BPNS_Autumn_2019_VV1","BB24_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB24","51.656702","2.804214","Blighbank","BELWIND","BB","FAR","BE","2019-10-23","Autumn",2019,0.1,"m²","VV1","VV grab_BB24_FAR_BPNS_Autumn_2019_VV1_BB24","PreservedSpecimen","Hesionura elongata (Southern, 1914)","102531","Species","Biomass per unit of surface","Blotted wet weight",0.017,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI32_IMPACT_BPNS_Autumn_2009_VV1","BBI32_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI32","51.65804254","2.842456069","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI32_IMPACT_BPNS_Autumn_2009_VV1_BBI32","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI32_IMPACT_BPNS_Autumn_2009_VV1","BBI32_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI32","51.65804254","2.842456069","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI32_IMPACT_BPNS_Autumn_2009_VV1_BBI32","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",0.257309941520468,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","Geosurveyor IV","Geosurveyor IV 1/09/2011","VV Grab_NBB03_IMPACT_BPNS_Autumn_2011_VV2","NBB03_IMPACT_Autumn_2011_VV2","VV Grab",null,"NBB03","51.658966","2.786323","Blighbank","BELWIND","BB","IMPACT","BE","2011-09-01","Autumn",2011,0.1,"m²","VV2","VV Grab_NBB03_IMPACT_BPNS_Autumn_2011_VV2_NBB03","PreservedSpecimen","Maerella tenuimana (Spence Bate & Westwood, 1862)","102831","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","Geosurveyor IV","Geosurveyor IV 1/09/2011","VV Grab_NBB03_IMPACT_BPNS_Autumn_2011_VV3","NBB03_IMPACT_Autumn_2011_VV3","VV Grab",null,"NBB03","51.658966","2.786323","Blighbank","BELWIND","BB","IMPACT","BE","2011-09-01","Autumn",2011,0.1,"m²","VV3","VV Grab_NBB03_IMPACT_BPNS_Autumn_2011_VV3_NBB03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",10.5994152046783,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Simon Stevin","Cruise 12-630","VV Grab_BBI36_IMPACT_BPNS_Autumn_2012_VV2","BBI36_IMPACT_Autumn_2012_VV2","VV Grab",null,"BBI36","51.658966","2.786323","Blighbank","BELWIND","BB","IMPACT","BE","2012-09-04","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBI36_IMPACT_BPNS_Autumn_2012_VV2_BBI36","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Simon Stevin","Cruise 12-630","VV Grab_BBI36_IMPACT_BPNS_Autumn_2012_VV3","BBI36_IMPACT_Autumn_2012_VV3","VV Grab",null,"BBI36","51.658966","2.786323","Blighbank","BELWIND","BB","IMPACT","BE","2012-09-04","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBI36_IMPACT_BPNS_Autumn_2012_VV3_BBI36","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",19.4931773879142,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI36_IMPACT_BPNS_Autumn_2013_VV2","BBI36_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI36","51.658966","2.786323","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBI36_IMPACT_BPNS_Autumn_2013_VV2_BBI36","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI36_IMPACT_BPNS_Autumn_2013_VV2","BBI36_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI36","51.658966","2.786323","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBI36_IMPACT_BPNS_Autumn_2013_VV2_BBI36","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",15.9597734386153,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_BBI30_IMPACT_BPNS_Autumn_2008_VV1","BBI30_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","BBI30","51.65918262","2.826701197","Blighbank","BELWIND","BB","IMPACT","BE","2008-10-14","Autumn",2008,0.1026,"m²","VV1","VV grab_BBI30_IMPACT_BPNS_Autumn_2008_VV1_BBI30","PreservedSpecimen","Spisula subtruncata (da Costa, 1778)","140302","Species","Biomass per unit of surface","Ash-free dry weight",32.2222222222222,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB23_FAR_BPNS_Autumn_2015_VV1","BB23_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB23","51.659301","2.799284","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB23_FAR_BPNS_Autumn_2015_VV1_BB23","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI11_IMPACT_BPNS_Autumn_2009_VV1","BBI11_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI11","51.66080328","2.801599429","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI11_IMPACT_BPNS_Autumn_2009_VV1_BBI11","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Biomass per unit of surface","Ash-free dry weight",0.00389863547758285,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB22_FAR_BPNS_Autumn_2015_VV1","BB22_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB22","51.6619","2.794297","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB22_FAR_BPNS_Autumn_2015_VV1_BB22","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBE17_EDGE_BPNS_Autumn_2009_VV1","BBE17_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","BBE17","51.66339072","2.762071018","Blighbank","BELWIND","BB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBE17_EDGE_BPNS_Autumn_2009_VV1_BBE17","PreservedSpecimen","Bathyporeia pilosa Lindström, 1855","103068","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","Katrijn De Winter","research vessel","RV Belgica",null,"VV grab_BB21_FAR_BPNS_Autumn_2023_VV1","BB21_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","BB21","51.66460167","2.789141667","Blighbank","BELWIND","BB","FAR","BE","2023-10-23","Autumn",2023,0.1,"m²","VV1","VV grab_BB21_FAR_BPNS_Autumn_2023_VV1_Nematoda","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_BB21_FAR_BPNS_Autumn_2019_VV1","BB21_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB21","51.664602","2.789142","Blighbank","BELWIND","BB","FAR","BE","2019-10-23","Autumn",2019,0.1,"m²","VV1","VV grab_BB21_FAR_BPNS_Autumn_2019_VV1_BB21","PreservedSpecimen","Aonides Claparède, 1864","102509","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI33_IMPACT_BPNS_Autumn_2009_VV1","BBI33_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI33","51.6660238","2.851239549","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI33_IMPACT_BPNS_Autumn_2009_VV1_BBI33","PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)","129884","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI33_IMPACT_BPNS_Autumn_2009_VV1","BBI33_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI33","51.6660238","2.851239549","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI33_IMPACT_BPNS_Autumn_2009_VV1_BBI33","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Biomass per unit of surface","Ash-free dry weight",14.0009746588694,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBI33_IMPACT_BPNS_Autumn_2010_VV3","BBI33_IMPACT_Autumn_2010_VV3","VV Grab","Sediment grabs","BBI33","51.6660238","2.851239549","Blighbank","BELWIND","BB","IMPACT","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBI33_IMPACT_BPNS_Autumn_2010_VV3_BBI33","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",0.000974658869395712,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBI33_IMPACT_BPNS_Autumn_2011_VV3","BBI33_IMPACT_Autumn_2011_VV3","VV Grab",null,"BBI33","51.6660238","2.851239549","Blighbank","BELWIND","BB","IMPACT","BE","2011-10-19","Autumn",2011,0.1,"m²","VV3","VV Grab_BBI33_IMPACT_BPNS_Autumn_2011_VV3_BBI33","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBI33_IMPACT_BPNS_Autumn_2012_VV1","BBI33_IMPACT_Autumn_2012_VV1","VV Grab",null,"BBI33","51.6660238","2.851239549","Blighbank","BELWIND","BB","IMPACT","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBI33_IMPACT_BPNS_Autumn_2012_VV1_BBI33","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI33_IMPACT_BPNS_Autumn_2013_VV1","BBI33_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI33","51.6660238","2.851239549","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBI33_IMPACT_BPNS_Autumn_2013_VV1_BBI33","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI33_IMPACT_BPNS_Autumn_2013_VV1","BBI33_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI33","51.6660238","2.851239549","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBI33_IMPACT_BPNS_Autumn_2013_VV1_BBI33","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",10.5994152046783,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBI33_IMPACT_BPNS_Autumn_2014_VV1","BBI33_IMPACT_Autumn_2014_VV1","VV grab","Sediment grabs","BBI33","51.6660238","2.851239549","Blighbank","BELWIND","BB","IMPACT","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBI33_IMPACT_BPNS_Autumn_2014_VV1_BBI33","PreservedSpecimen","Phyllodoce Lamarck, 1818","129455","Genus","Biomass per unit of surface","Blotted wet weight",0.004,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBI35_IMPACT_BPNS_Spring_2008_VV1","BBI35_IMPACT_Spring_2008_VV1","VV grab","Sediment grabs","BBI35","51.66744743","2.803172488","Blighbank","BELWIND","BB","IMPACT","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBI35_IMPACT_BPNS_Spring_2008_VV1_BBI35","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",135.155945419103,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE01_EDGE_BPNS_Spring_2008_VV1","BBE01_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE01","51.66771096","2.871439927","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE01_EDGE_BPNS_Spring_2008_VV1_BBE01","PreservedSpecimen","Nephtys caeca (Fabricius, 1780)","130355","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBI23_IMPACT_BPNS_Spring_2008_VV1","BBI23_IMPACT_Spring_2008_VV1","VV grab","Sediment grabs","BBI23","51.66830172","2.818121816","Blighbank","BELWIND","BB","IMPACT","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBI23_IMPACT_BPNS_Spring_2008_VV1_BBI23","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",207.804391325536,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI23_IMPACT_BPNS_Autumn_2009_VV1","BBI23_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI23","51.66830172","2.818121816","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI23_IMPACT_BPNS_Autumn_2009_VV1_BBI23","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Biomass per unit of surface","Ash-free dry weight",21.099902534113,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI16_IMPACT_BPNS_Autumn_2009_VV1","BBI16_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI16","51.66858608","2.789549527","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI16_IMPACT_BPNS_Autumn_2009_VV1_BBI16","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI16_IMPACT_BPNS_Autumn_2009_VV1","BBI16_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI16","51.66858608","2.789549527","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI16_IMPACT_BPNS_Autumn_2009_VV1_BBI16","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",503.819424951267,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB17_FAR_BPNS_Autumn_2015_VV1","BB17_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB17","51.670206","2.792582","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB17_FAR_BPNS_Autumn_2015_VV1_BB17","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB15_FAR_BPNS_Autumn_2015_VV1","BB15_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB15","51.670646","2.805944","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB15_FAR_BPNS_Autumn_2015_VV1_BB15","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB15_FAR_BPNS_Autumn_2015_VV1","BB15_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB15","51.670646","2.805944","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB15_FAR_BPNS_Autumn_2015_VV1_BB15","PreservedSpecimen","Ophiura albida Forbes, 1839","124913","Species","Biomass per unit of surface","Blotted wet weight",0.118,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_BB15_FAR_BPNS_Autumn_2019_VV1","BB15_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB15","51.670646","2.805944","Blighbank","BELWIND","BB","FAR","BE","2019-10-23","Autumn",2019,0.1,"m²","VV1","VV grab_BB15_FAR_BPNS_Autumn_2019_VV1_BB15","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","102489","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE16_EDGE_BPNS_Autumn_2010_VV1","BBE16_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","BBE16","51.67114492","2.766182944","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BBE16_EDGE_BPNS_Autumn_2010_VV1_BBE16","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE16_EDGE_BPNS_Autumn_2010_VV3","BBE16_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBE16","51.67114492","2.766182944","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBE16_EDGE_BPNS_Autumn_2010_VV3_BBE16","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",0.675438596491228,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE16_EDGE_BPNS_Autumn_2011_VV2","BBE16_EDGE_Autumn_2011_VV2","VV Grab",null,"BBE16","51.67114492","2.766182944","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV2","VV Grab_BBE16_EDGE_BPNS_Autumn_2011_VV2_BBE16","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",9.22417153996101,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE16_EDGE_BPNS_Autumn_2012_VV1","BBE16_EDGE_Autumn_2012_VV1","VV Grab",null,"BBE16","51.67114492","2.766182944","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBE16_EDGE_BPNS_Autumn_2012_VV1_BBE16","PreservedSpecimen","Glycera tridactyla Schmarda, 1861","130130","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE16_EDGE_BPNS_Autumn_2012_VV3","BBE16_EDGE_Autumn_2012_VV3","VV Grab",null,"BBE16","51.67114492","2.766182944","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBE16_EDGE_BPNS_Autumn_2012_VV3_BBE16","PreservedSpecimen","Ammonactis Verrill, 1865","854010","Genus","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE16_EDGE_BPNS_Autumn_2013_VV1","BBE16_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE16","51.67114492","2.766182944","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBE16_EDGE_BPNS_Autumn_2013_VV1_BBE16","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE16_EDGE_BPNS_Autumn_2013_VV3","BBE16_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE16","51.67114492","2.766182944","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBE16_EDGE_BPNS_Autumn_2013_VV3_BBE16","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE16_EDGE_BPNS_Autumn_2014_VV2","BBE16_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBE16","51.67114492","2.766182944","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBE16_EDGE_BPNS_Autumn_2014_VV2_BBE16","PreservedSpecimen","Tellimya ferruginosa (Montagu, 1808)","146952","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE16_EDGE_BPNS_Autumn_2014_VV3","BBE16_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBE16","51.67114492","2.766182944","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBE16_EDGE_BPNS_Autumn_2014_VV3_BBE16","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Biomass per unit of surface","Blotted wet weight",2.845,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_BBI31_IMPACT_BPNS_Autumn_2008_VV1","BBI31_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","BBI31","51.67168021","2.860300317","Blighbank","BELWIND","BB","IMPACT","BE","2008-10-14","Autumn",2008,0.1026,"m²","VV1","VV grab_BBI31_IMPACT_BPNS_Autumn_2008_VV1_BBI31","PreservedSpecimen","Liocarcinus pusillus (Leach, 1816)","151200","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB07_VERY_CLOSE_BPNS_Autumn_2019_VV1","BB07_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB07","51.672003","2.809887229","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_BB07_VERY_CLOSE_BPNS_Autumn_2019_VV1_BB07","PreservedSpecimen","Nemertea","102398","Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB12_FAR_BPNS_Autumn_2015_VV1","BB12_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB12","51.67365","2.81443","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB12_FAR_BPNS_Autumn_2015_VV1_BB12","PreservedSpecimen","Pontocrates Boeck, 1871","101702","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC01_EDGE_BPNS_Autumn_2010_VV2","BBC01_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV2","VV Grab_BBC01_EDGE_BPNS_Autumn_2010_VV2_BBC01","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC01_EDGE_BPNS_Autumn_2010_VV1","BBC01_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BBC01_EDGE_BPNS_Autumn_2010_VV1_BBC01","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Biomass per unit of surface","Ash-free dry weight",69.5055555555555,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC01_EDGE_BPNS_Autumn_2010_VV2","BBC01_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV2","VV Grab_BBC01_EDGE_BPNS_Autumn_2010_VV2_BBC01","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Biomass per unit of surface","Ash-free dry weight",10.8166666666667,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBC01_EDGE_BPNS_Autumn_2011_VV1","BBC01_EDGE_Autumn_2011_VV1","VV Grab",null,"BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV1","VV Grab_BBC01_EDGE_BPNS_Autumn_2011_VV1_BBC01","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Biomass per unit of surface","Ash-free dry weight",24.5555555555556,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBC01_EDGE_BPNS_Autumn_2011_VV2","BBC01_EDGE_Autumn_2011_VV2","VV Grab",null,"BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV2","VV Grab_BBC01_EDGE_BPNS_Autumn_2011_VV2_BBC01","PreservedSpecimen","Spisula elliptica (T. Brown, 1827)","140300","Species","Biomass per unit of surface","Ash-free dry weight",9.1111111111111,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC01_EDGE_BPNS_Autumn_2012_VV1","BBC01_EDGE_Autumn_2012_VV1","VV Grab",null,"BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBC01_EDGE_BPNS_Autumn_2012_VV1_BBC01","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",18.3996101364521,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC01_EDGE_BPNS_Autumn_2013_VV1","BBC01_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC01_EDGE_BPNS_Autumn_2013_VV1_BBC01","PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)","129884","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC01_EDGE_BPNS_Autumn_2013_VV3","BBC01_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC01_EDGE_BPNS_Autumn_2013_VV3_BBC01","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC01_EDGE_BPNS_Autumn_2014_VV2","BBC01_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC01_EDGE_BPNS_Autumn_2014_VV2_BBC01","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC01_EDGE_BPNS_Autumn_2014_VV1","BBC01_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC01","51.674729","2.758216","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC01_EDGE_BPNS_Autumn_2014_VV1_BBC01","PreservedSpecimen","Tellimya ferruginosa (Montagu, 1808)","146952","Species","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB13_FAR_BPNS_Autumn_2015_VV1","BB13_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB13","51.675879","2.795967","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB13_FAR_BPNS_Autumn_2015_VV1_BB13","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_BB13_FAR_BPNS_Autumn_2019_VV1","BB13_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB13","51.675879","2.795967","Blighbank","BELWIND","BB","FAR","BE","2019-10-23","Autumn",2019,0.1,"m²","VV1","VV grab_BB13_FAR_BPNS_Autumn_2019_VV1_BB13","PreservedSpecimen","Abra alba (W. Wood, 1802)","102445","Species","Biomass per unit of surface","Blotted wet weight",0.16,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","Geosurveyor IV","Geosurveyor IV 1/09/2011","VV Grab_NBB06_IMPACT_BPNS_Autumn_2011_VV2","NBB06_IMPACT_Autumn_2011_VV2","VV Grab",null,"NBB06","51.676387","2.809829","Blighbank","BELWIND","BB","IMPACT","BE","2011-09-01","Autumn",2011,0.1,"m²","VV2","VV Grab_NBB06_IMPACT_BPNS_Autumn_2011_VV2_NBB06","PreservedSpecimen","Ophelia rathkei McIntosh, 1908","130496","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI39_IMPACT_BPNS_Autumn_2013_VV1","BBI39_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI39","51.676387","2.809829","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBI39_IMPACT_BPNS_Autumn_2013_VV1_BBI39","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI39_IMPACT_BPNS_Autumn_2013_VV2","BBI39_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI39","51.676387","2.809829","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBI39_IMPACT_BPNS_Autumn_2013_VV2_BBI39","PreservedSpecimen","Aricidea minuta Southward, 1956","730747","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_NTB06_FAR_BPNS_Autumn_2018_VV1","NTB06_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NTB06","51.676388","2.809386","Thorntonbank","CPOWER","TB","FAR","BE","2018-10-25","Autumn",2018,0.1,"m²","VV1","VV grab_NTB06_FAR_BPNS_Autumn_2018_VV1_NTB06","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB06_CLOSE_BPNS_Autumn_2015_VV1","BB06_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","BB06","51.677136","2.799705","Blighbank","BELWIND","BB","CLOSE","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB06_CLOSE_BPNS_Autumn_2015_VV1_BB06","PreservedSpecimen","Nototropis falcatus (Metzger, 1871)","102139","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB06_VERY_CLOSE_BPNS_Autumn_2018_VV1","BB06_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB06","51.6772011","2.799879599","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_BB06_VERY_CLOSE_BPNS_Autumn_2018_VV1_BB06","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Blotted wet weight",0.332,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI28_IMPACT_BPNS_Autumn_2009_VV1","BBI28_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI28","51.67762499","2.835177154","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI28_IMPACT_BPNS_Autumn_2009_VV1_BBI28","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",653.740155945419,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI22_IMPACT_BPNS_Autumn_2009_VV1","BBI22_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI22","51.67843809","2.823422773","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI22_IMPACT_BPNS_Autumn_2009_VV1_BBI22","PreservedSpecimen","Megaluropus agilis Hoek, 1889","102783","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI15_IMPACT_BPNS_Autumn_2009_VV1","BBI15_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI15","51.67889486","2.797781249","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI15_IMPACT_BPNS_Autumn_2009_VV1_BBI15","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB08_FAR_BPNS_Autumn_2015_VV1","BB08_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB08","51.679495","2.81765","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB08_FAR_BPNS_Autumn_2015_VV1_BB08","PreservedSpecimen","Gammaridae Latreille, 1802","101383","Family","Biomass per unit of surface","Blotted wet weight",0.005,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2019/26","VV grab_BB08_FAR_BPNS_Autumn_2019_VV1","BB08_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB08","51.679495","2.81765","Blighbank","BELWIND","BB","FAR","BE","2019-10-23","Autumn",2019,0.1,"m²","VV1","VV grab_BB08_FAR_BPNS_Autumn_2019_VV1_BB08","PreservedSpecimen","Aonides Claparède, 1864","102402","Genus","Biomass per unit of surface","Blotted wet weight",0.018,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_NBB05_FAR_BPNS_Autumn_2015_VV1","NBB05_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","NBB05","51.681552","2.799298","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_NBB05_FAR_BPNS_Autumn_2015_VV1_NBB05","PreservedSpecimen","Gammaridae Latreille, 1802","101383","Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_NBB05_FAR_BPNS_Autumn_2018_VV1","NBB05_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NBB05","51.681552","2.799298","Blighbank","BELWIND","BB","FAR","BE","2018-10-24","Autumn",2018,0.1,"m²","VV1","VV grab_NBB05_FAR_BPNS_Autumn_2018_VV1_NBB05","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","Ship of opportunity","Geosurveyor IV","Geosurveyor IV 1/09/2011","VV Grab_NBB05_IMPACT_BPNS_Autumn_2011_VV1","NBB05_IMPACT_Autumn_2011_VV1","VV Grab",null,"NBB05","51.681644","2.799747","Blighbank","BELWIND","BB","IMPACT","BE","2011-09-01","Autumn",2011,0.1,"m²","VV1","VV Grab_NBB05_IMPACT_BPNS_Autumn_2011_VV1_NBB05","PreservedSpecimen","Myrianida Milne Edwards, 1845","129659","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Simon Stevin","Cruise 12-630","VV Grab_BBI38_IMPACT_BPNS_Autumn_2012_VV1","BBI38_IMPACT_Autumn_2012_VV1","VV Grab",null,"BBI38","51.681644","2.799747","Blighbank","BELWIND","BB","IMPACT","BE","2012-09-04","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBI38_IMPACT_BPNS_Autumn_2012_VV1_BBI38","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Simon Stevin","Cruise 12-630","VV Grab_BBI38_IMPACT_BPNS_Autumn_2012_VV1","BBI38_IMPACT_Autumn_2012_VV1","VV Grab",null,"BBI38","51.681644","2.799747","Blighbank","BELWIND","BB","IMPACT","BE","2012-09-04","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBI38_IMPACT_BPNS_Autumn_2012_VV1_BBI38","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Biomass per unit of surface","Ash-free dry weight",101.315789473684,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI38_IMPACT_BPNS_Autumn_2013_VV1","BBI38_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI38","51.681644","2.799747","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBI38_IMPACT_BPNS_Autumn_2013_VV1_BBI38","PreservedSpecimen","Nematoda","799","Phylum","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI38_IMPACT_BPNS_Autumn_2013_VV3","BBI38_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI38","51.681644","2.799747","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBI38_IMPACT_BPNS_Autumn_2013_VV3_BBI38","PreservedSpecimen","Synchelidium haplocheles (Grube, 1864)","102924","Species","Biomass per unit of surface","Ash-free dry weight",2.82686195453628,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBE15_EDGE_BPNS_Autumn_2009_VV1","BBE15_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","BBE15","51.68184977","2.770281339","Blighbank","BELWIND","BB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBE15_EDGE_BPNS_Autumn_2009_VV1_BBE15","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_BBI25_IMPACT_BPNS_Autumn_2008_VV1","BBI25_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","BBI25","51.6829448","2.839965719","Blighbank","BELWIND","BB","IMPACT","BE","2008-10-14","Autumn",2008,0.1026,"m²","VV1","VV grab_BBI25_IMPACT_BPNS_Autumn_2008_VV1_BBI25","PreservedSpecimen","Spio goniocephala Thulin, 1957","131184","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI25_IMPACT_BPNS_Autumn_2009_VV1","BBI25_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI25","51.6829448","2.839965719","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI25_IMPACT_BPNS_Autumn_2009_VV1_BBI25","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Almaru ten Napel","research vessel","RV Belgica",null,"VV grab_BB06_FAR_BPNS_Autumn_2023_VV1","BB06_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","BB06","51.68474121","2.80765686","Blighbank","BELWIND","BB","FAR","BE","2023-10-26","Autumn",2023,0.1,"m²","VV1","VV grab_BB06_FAR_BPNS_Autumn_2023_VV1_Magelona johnstoni Fiege, Licher & Mackie, 2000","PreservedSpecimen","Magelona johnstoni Fiege, Licher & Mackie, 2000","130269","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBI05_IMPACT_BPNS_Spring_2008_VV1","BBI05_IMPACT_Spring_2008_VV1","VV grab","Sediment grabs","BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBI05_IMPACT_BPNS_Spring_2008_VV1_BBI05","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Ash-free dry weight",316.479484697855,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI05_IMPACT_BPNS_Autumn_2009_VV1","BBI05_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI05_IMPACT_BPNS_Autumn_2009_VV1_BBI05","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Biomass per unit of surface","Ash-free dry weight",0.909941520467835,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBI05_IMPACT_BPNS_Autumn_2011_VV1","BBI05_IMPACT_Autumn_2011_VV1","VV Grab",null,"BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","2011-10-19","Autumn",2011,0.1,"m²","VV1","VV Grab_BBI05_IMPACT_BPNS_Autumn_2011_VV1_BBI05","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",119.687194249513,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBI05_IMPACT_BPNS_Autumn_2012_VV1","BBI05_IMPACT_Autumn_2012_VV1","VV Grab",null,"BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBI05_IMPACT_BPNS_Autumn_2012_VV1_BBI05","PreservedSpecimen","Monopseudocuma gilsoni (Bacescu, 1950)","422916","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBI05_IMPACT_BPNS_Autumn_2012_VV3","BBI05_IMPACT_Autumn_2012_VV3","VV Grab",null,"BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBI05_IMPACT_BPNS_Autumn_2012_VV3_BBI05","PreservedSpecimen","Melita Leach, 1814","101679","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBI05_IMPACT_BPNS_Autumn_2012_VV1","BBI05_IMPACT_Autumn_2012_VV1","VV Grab",null,"BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBI05_IMPACT_BPNS_Autumn_2012_VV1_BBI05","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",297.808966861597,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBI05_IMPACT_BPNS_Autumn_2012_VV1","BBI05_IMPACT_Autumn_2012_VV1","VV Grab",null,"BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBI05_IMPACT_BPNS_Autumn_2012_VV1_BBI05","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Biomass per unit of surface","Ash-free dry weight",186.11111111111,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI05_IMPACT_BPNS_Autumn_2013_VV1","BBI05_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBI05_IMPACT_BPNS_Autumn_2013_VV1_BBI05","PreservedSpecimen","Nematoda","799","Phylum","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBI05_IMPACT_BPNS_Autumn_2013_VV3","BBI05_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBI05_IMPACT_BPNS_Autumn_2013_VV3_BBI05","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBI05_IMPACT_BPNS_Autumn_2014_VV2","BBI05_IMPACT_Autumn_2014_VV2","VV grab","Sediment grabs","BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBI05_IMPACT_BPNS_Autumn_2014_VV2_BBI05","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)","488966","Species","Density per unit of surface",null,70,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBI05_IMPACT_BPNS_Autumn_2014_VV3","BBI05_IMPACT_Autumn_2014_VV3","VV grab","Sediment grabs","BBI05","51.68486142","2.791611004","Blighbank","BELWIND","BB","IMPACT","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBI05_IMPACT_BPNS_Autumn_2014_VV3_BBI05","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB04_FAR_BPNS_Autumn_2015_VV1","BB04_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB04","51.685167","2.820871","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB04_FAR_BPNS_Autumn_2015_VV1_BB04","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Blotted wet weight",0.3,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB04_VERY_CLOSE_BPNS_Autumn_2018_VV1","BB04_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB04","51.6859726","2.811678067","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_BB04_VERY_CLOSE_BPNS_Autumn_2018_VV1_BB04","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",0.791,"g/m²","biota"]
["WINMON","Ugent","Katrijn De Winter","research vessel","RV Belgica",null,"VV grab_BB05_FAR_BPNS_Autumn_2023_VV1","BB05_FAR_Autumn_2023_VV1","VV grab","Sediment grabs","BB05","51.68741862","2.80256958","Blighbank","BELWIND","BB","FAR","BE","2023-10-26","Autumn",2023,0.1,"m²","VV1","VV grab_BB05_FAR_BPNS_Autumn_2023_VV1_Nephtys cirrosa Ehlers, 1868","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Blotted wet weight",1E-3,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/24","VV grab_BBI20_IMPACT_BPNS_Autumn_2008_VV1","BBI20_IMPACT_Autumn_2008_VV1","VV grab","Sediment grabs","BBI20","51.68757722","2.82819559","Blighbank","BELWIND","BB","IMPACT","BE","2008-10-14","Autumn",2008,0.1026,"m²","VV1","VV grab_BBI20_IMPACT_BPNS_Autumn_2008_VV1_BBI20","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",221.877777777777,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI20_IMPACT_BPNS_Autumn_2009_VV1","BBI20_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI20","51.68757722","2.82819559","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI20_IMPACT_BPNS_Autumn_2009_VV1_BBI20","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Biomass per unit of surface","Ash-free dry weight",3.59083820662768,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB03_FAR_BPNS_Autumn_2015_VV1","BB03_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB03","51.687628","2.816107","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB03_FAR_BPNS_Autumn_2015_VV1_BB03","PreservedSpecimen","Pseudocuma (Pseudocuma) simile G.O. Sars, 1900","110628","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBE12_EDGE_BPNS_Autumn_2009_VV1","BBE12_EDGE_Autumn_2009_VV1","VV grab","Sediment grabs","BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBE12_EDGE_BPNS_Autumn_2009_VV1_BBE12","PreservedSpecimen","Ophiura ophiura (Linnaeus, 1758)","124929","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE12_EDGE_BPNS_Autumn_2010_VV1","BBE12_EDGE_Autumn_2010_VV1","VV Grab","Sediment grabs","BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV1","VV Grab_BBE12_EDGE_BPNS_Autumn_2010_VV1_BBE12","PreservedSpecimen","Poecilochaetus serpens Allen, 1904","130711","Species","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE12_EDGE_BPNS_Autumn_2010_VV2","BBE12_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV2","VV Grab_BBE12_EDGE_BPNS_Autumn_2010_VV2_BBE12","PreservedSpecimen","Hesionura elongata (Southern, 1914)","130649","Species","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE12_EDGE_BPNS_Autumn_2011_VV2","BBE12_EDGE_Autumn_2011_VV2","VV Grab",null,"BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV2","VV Grab_BBE12_EDGE_BPNS_Autumn_2011_VV2_BBE12","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE12_EDGE_BPNS_Autumn_2011_VV1","BBE12_EDGE_Autumn_2011_VV1","VV Grab",null,"BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV1","VV Grab_BBE12_EDGE_BPNS_Autumn_2011_VV1_BBE12","PreservedSpecimen","Spisula subtruncata (da Costa, 1778)","140302","Species","Biomass per unit of surface","Ash-free dry weight",7.11111111111111,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE12_EDGE_BPNS_Autumn_2012_VV2","BBE12_EDGE_Autumn_2012_VV2","VV Grab",null,"BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBE12_EDGE_BPNS_Autumn_2012_VV2_BBE12","PreservedSpecimen","Scolelepis (Scolelepis) squamata (O.F. Muller, 1806)","157566","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE12_EDGE_BPNS_Autumn_2012_VV2","BBE12_EDGE_Autumn_2012_VV2","VV Grab",null,"BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBE12_EDGE_BPNS_Autumn_2012_VV2_BBE12","PreservedSpecimen","Echinoidea Schumacher, 1817","123082","Class","Biomass per unit of surface","Ash-free dry weight",0.272904483430799,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE12_EDGE_BPNS_Autumn_2013_VV3","BBE12_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBE12_EDGE_BPNS_Autumn_2013_VV3_BBE12","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE12_EDGE_BPNS_Autumn_2013_VV2","BBE12_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBE12_EDGE_BPNS_Autumn_2013_VV2_BBE12","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",94.6411695906432,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE12_EDGE_BPNS_Autumn_2014_VV1","BBE12_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE12","51.68862006","2.77440122","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBE12_EDGE_BPNS_Autumn_2014_VV1_BBE12","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica",null,"VV grab_BBI14_IMPACT_BPNS_Autumn_2009_VV1","BBI14_IMPACT_Autumn_2009_VV1","VV grab","Sediment grabs","BBI14","51.690027","2.802273136","Blighbank","BELWIND","BB","IMPACT","BE",null,"Autumn",2009,0.1026,"m²","VV1","VV grab_BBI14_IMPACT_BPNS_Autumn_2009_VV1_BBI14","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB02_FAR_BPNS_Autumn_2015_VV1","BB02_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB02","51.690437","2.811229","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB02_FAR_BPNS_Autumn_2015_VV1_BB02","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Blotted wet weight",0.027,"g/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB03_VERY_CLOSE_BPNS_Autumn_2018_VV1","BB03_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB03","51.691174","2.801678008","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_BB03_VERY_CLOSE_BPNS_Autumn_2018_VV1_BB03","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBC02_EDGE_BPNS_Autumn_2011_VV2","BBC02_EDGE_Autumn_2011_VV2","VV Grab",null,"BBC02","51.69194","2.767305","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV2","VV Grab_BBC02_EDGE_BPNS_Autumn_2011_VV2_BBC02","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBC02_EDGE_BPNS_Autumn_2011_VV1","BBC02_EDGE_Autumn_2011_VV1","VV Grab",null,"BBC02","51.69194","2.767305","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV1","VV Grab_BBC02_EDGE_BPNS_Autumn_2011_VV1_BBC02","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Ash-free dry weight",5.79434697855751,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC02_EDGE_BPNS_Autumn_2012_VV2","BBC02_EDGE_Autumn_2012_VV2","VV Grab",null,"BBC02","51.69194","2.767305","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBC02_EDGE_BPNS_Autumn_2012_VV2_BBC02","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC02_EDGE_BPNS_Autumn_2013_VV2","BBC02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC02","51.69194","2.767305","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC02_EDGE_BPNS_Autumn_2013_VV2_BBC02","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC02_EDGE_BPNS_Autumn_2013_VV2","BBC02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC02","51.69194","2.767305","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC02_EDGE_BPNS_Autumn_2013_VV2_BBC02","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",85.9875690966846,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB01_FAR_BPNS_Autumn_2015_VV1","BB01_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB01","51.693036","2.806184","Blighbank","BELWIND","BB","FAR","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB01_FAR_BPNS_Autumn_2015_VV1_BB01","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,100,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2018/24","VV grab_BB01_FAR_BPNS_Autumn_2018_VV1","BB01_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB01","51.693036","2.806184","Blighbank","BELWIND","BB","FAR","BE","2018-10-24","Autumn",2018,0.1,"m²","VV1","VV grab_BB01_FAR_BPNS_Autumn_2018_VV1_BB01","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBI08_IMPACT_BPNS_Spring_2008_VV1","BBI08_IMPACT_Spring_2008_VV1","VV grab","Sediment grabs","BBI08","51.69337319","2.818021344","Blighbank","BELWIND","BB","IMPACT","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBI08_IMPACT_BPNS_Spring_2008_VV1_BBI08","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",32.4029044834308,"mg/m²","biota"]
["WINMON","Ugent",null,"Ship of opportunity","Aquatrot",null,"VV grab_BB02_VERY_CLOSE_BPNS_Autumn_2018_VV1","BB02_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB02","51.6947567","2.823485355","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2018,0.1,"m²","VV1","VV grab_BB02_VERY_CLOSE_BPNS_Autumn_2018_VV1_BB02","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,60,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB02_VERY_CLOSE_BPNS_Autumn_2019_VV1","BB02_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB02","51.6947567","2.823485355","Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2019,0.1,"m²","VV1","VV grab_BB02_VERY_CLOSE_BPNS_Autumn_2019_VV1_BB02","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","102339","Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB01_CLOSE_BPNS_Autumn_2015_VV1","BB01_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","BB01","51.699894","2.813323","Blighbank","BELWIND","BB","CLOSE","BE",null,"Autumn",2015,0.1,"m²","VV1","VV grab_BB01_CLOSE_BPNS_Autumn_2015_VV1_BB01","PreservedSpecimen","Jassa herdmani (Walker, 1893)","102432","Species","Biomass per unit of surface","Blotted wet weight",0.003,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBI01_IMPACT_BPNS_Spring_2008_VV1","BBI01_IMPACT_Spring_2008_VV1","VV grab","Sediment grabs","BBI01","51.70546966","2.803007535","Blighbank","BELWIND","BB","IMPACT","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBI01_IMPACT_BPNS_Spring_2008_VV1_BBI01","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE14_EDGE_BPNS_Autumn_2010_VV3","BBE14_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBE14","51.70622154","2.784802025","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBE14_EDGE_BPNS_Autumn_2010_VV3_BBE14","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE14_EDGE_BPNS_Autumn_2010_VV3","BBE14_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBE14","51.70622154","2.784802025","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBE14_EDGE_BPNS_Autumn_2010_VV3_BBE14","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Biomass per unit of surface","Ash-free dry weight",1322.43274853801,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBE14_EDGE_BPNS_Autumn_2011_VV2","BBE14_EDGE_Autumn_2011_VV2","VV Grab",null,"BBE14","51.70622154","2.784802025","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV2","VV Grab_BBE14_EDGE_BPNS_Autumn_2011_VV2_BBE14","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE14_EDGE_BPNS_Autumn_2012_VV1","BBE14_EDGE_Autumn_2012_VV1","VV Grab",null,"BBE14","51.70622154","2.784802025","Blighbank","BELWIND","BB","EDGE","BE","2012-10-19","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBE14_EDGE_BPNS_Autumn_2012_VV1_BBE14","PreservedSpecimen","Echinoidea Schumacher, 1817","123082","Class","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE14_EDGE_BPNS_Autumn_2012_VV1","BBE14_EDGE_Autumn_2012_VV1","VV Grab",null,"BBE14","51.70622154","2.784802025","Blighbank","BELWIND","BB","EDGE","BE","2012-10-19","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBE14_EDGE_BPNS_Autumn_2012_VV1_BBE14","PreservedSpecimen","Amphipoda Latreille, 1816","1135","Order","Biomass per unit of surface","Ash-free dry weight",0.886939571150096,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE14_EDGE_BPNS_Autumn_2013_VV3","BBE14_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE14","51.70622154","2.784802025","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBE14_EDGE_BPNS_Autumn_2013_VV3_BBE14","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE14_EDGE_BPNS_Autumn_2013_VV2","BBE14_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE14","51.70622154","2.784802025","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBE14_EDGE_BPNS_Autumn_2013_VV2_BBE14","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",45.6036820344942,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE14_EDGE_BPNS_Autumn_2014_VV1","BBE14_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE14","51.70622154","2.784802025","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBE14_EDGE_BPNS_Autumn_2014_VV1_BBE14","PreservedSpecimen","Diastylis rathkei (Krøyer, 1841)","110487","Species","Biomass per unit of surface","Blotted wet weight",0.021,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE22_EDGE_BPNS_Autumn_2010_VV3","BBE22_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBE22","51.709344","2.813136","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBE22_EDGE_BPNS_Autumn_2010_VV3_BBE22","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBE22_EDGE_BPNS_Autumn_2010_VV3","BBE22_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBE22","51.709344","2.813136","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBE22_EDGE_BPNS_Autumn_2010_VV3_BBE22","PreservedSpecimen","Bathyporeia Lindström, 1855","101742","Genus","Biomass per unit of surface","Ash-free dry weight",0.0173943957115009,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE22_EDGE_BPNS_Autumn_2012_VV2","BBE22_EDGE_Autumn_2012_VV2","VV Grab",null,"BBE22","51.709344","2.813136","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV2","VV Grab_BBE22_EDGE_BPNS_Autumn_2012_VV2_BBE22","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBE22_EDGE_BPNS_Autumn_2012_VV1","BBE22_EDGE_Autumn_2012_VV1","VV Grab",null,"BBE22","51.709344","2.813136","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBE22_EDGE_BPNS_Autumn_2012_VV1_BBE22","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Ash-free dry weight",135.813840155945,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBE22_EDGE_BPNS_Autumn_2013_VV1","BBE22_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE22","51.709344","2.813136","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBE22_EDGE_BPNS_Autumn_2013_VV1_BBE22","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE22_EDGE_BPNS_Autumn_2014_VV1","BBE22_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE22","51.709344","2.813136","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBE22_EDGE_BPNS_Autumn_2014_VV1_BBE22","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBE22_EDGE_BPNS_Autumn_2014_VV1","BBE22_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE22","51.709344","2.813136","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBE22_EDGE_BPNS_Autumn_2014_VV1_BBE22","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Blotted wet weight",0.334,"g/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC03_EDGE_BPNS_Autumn_2010_VV2","BBC03_EDGE_Autumn_2010_VV2","VV Grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV2","VV Grab_BBC03_EDGE_BPNS_Autumn_2010_VV2_BBC03","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Biomass per unit of surface","Ash-free dry weight",125.947368421053,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","VV Grab_BBC03_EDGE_BPNS_Autumn_2010_VV3","BBC03_EDGE_Autumn_2010_VV3","VV Grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2010-10-27","Autumn",2010,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2010_VV3_BBC03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",8.60520207602338,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","VV Grab_BBC03_EDGE_BPNS_Autumn_2011_VV2","BBC03_EDGE_Autumn_2011_VV2","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2011-10-19","Autumn",2011,0.1,"m²","VV2","VV Grab_BBC03_EDGE_BPNS_Autumn_2011_VV2_BBC03","PreservedSpecimen","Lanice conchilega (Pallas, 1766)","131495","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV1","BBC03_EDGE_Autumn_2012_VV1","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV1_BBC03","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV1","BBC03_EDGE_Autumn_2012_VV1","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV1","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV1_BBC03","PreservedSpecimen","Macoma balthica (Linnaeus, 1758)","141579","Species","Biomass per unit of surface","Ash-free dry weight",87.0555555555556,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",1.9766081871345,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Glycera tridactyla Schmarda, 1861","130130","Species","Biomass per unit of surface","Ash-free dry weight",2.80019493177388,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Mya truncata Linnaeus, 1758","140431","Species","Biomass per unit of surface","Ash-free dry weight",2.55555555555555,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",36.0916179337231,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",279.613450292398,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",17.2953216374269,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Biomass per unit of surface","Ash-free dry weight",63.4551656920078,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Ash-free dry weight",109.244639376218,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Ophelia Savigny, 1822","129413","Genus","Biomass per unit of surface","Ash-free dry weight",13.2846003898635,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Parexogone hebes (Webster & Benedict, 1884)","757970","Species","Biomass per unit of surface","Ash-free dry weight",0.516569200779726,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Poecilochaetus serpens Allen, 1904","130711","Species","Biomass per unit of surface","Ash-free dry weight",3.95711500974659,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",10.7407407407407,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Streptosyllis websteri Southern, 1914","131402","Species","Biomass per unit of surface","Ash-free dry weight",0.370370370370369,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Synchelidium haplocheles (Grube, 1864)","102924","Species","Biomass per unit of surface","Ash-free dry weight",0.748547758284599,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Biomass per unit of surface","Ash-free dry weight",37.1734892787524,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",5.59099415204678,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",35.0746393762182,"mg/m²","biota"]
["WINMON","Ugent","Coates Delphine","research vessel","RV Belgica","Campaign 2012/26","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3","BBC03_EDGE_Autumn_2012_VV3","VV Grab",null,"BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2012-10-18","Autumn",2012,0.1026,"m²","VV3","VV Grab_BBC03_EDGE_BPNS_Autumn_2012_VV3_BBC03","PreservedSpecimen","Urothoe Dana, 1852","101789","Genus","Biomass per unit of surface","Ash-free dry weight",0.211315789473683,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,48.7329434697856,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Ammonactis Verrill, 1865","854010","Genus","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Macoma balthica (Linnaeus, 1758)","141579","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,58.4795321637427,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Ophiuroidea Gray, 1840","123084","Class","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Striarca lactea (Linnaeus, 1758)","140571","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Amphipoda Latreille, 1816","1135","Order","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,253.411306042885,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,68.2261208576998,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Bathyporeia pilosa Lindström, 1855","103068","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,38.9863547758285,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,107.212475633528,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Nototropis falcatus (Metzger, 1871)","102139","Species","Density per unit of surface",null,19.4931773879142,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,77.9727095516569,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Ophiuroidea Gray, 1840","123084","Class","Density per unit of surface",null,97.4658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Pseudocuma (Pseudocuma) simile G.O. Sars, 1900","110628","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,29.2397660818713,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Biomass per unit of surface","Ash-free dry weight",20.5555555555556,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Ash-free dry weight",5.43567251461987,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",4.87329434697856,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",50.2387914230018,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Ash-free dry weight",211.140350877193,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",0.989278752436647,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Biomass per unit of surface","Ash-free dry weight",15.1111111111111,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV1_BBC03","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Biomass per unit of surface","Ash-free dry weight",4.09844054580896,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Ammonactis Verrill, 1865","854010","Genus","Biomass per unit of surface","Ash-free dry weight",2.69005847953216,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Biomass per unit of surface","Ash-free dry weight",5,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",58.2214169697717,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",35.9155653971468,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Biomass per unit of surface","Ash-free dry weight",0.974658869395705,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",18.1959064327485,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Biomass per unit of surface","Ash-free dry weight",637.426900584795,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Macoma balthica (Linnaeus, 1758)","141579","Species","Biomass per unit of surface","Ash-free dry weight",10238.791423002,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",473.015160873083,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",50.074074074074,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Ophiuroidea Gray, 1840","123084","Class","Biomass per unit of surface","Ash-free dry weight",0,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Biomass per unit of surface","Ash-free dry weight",5858.1111111111,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Striarca lactea (Linnaeus, 1758)","140571","Species","Biomass per unit of surface","Ash-free dry weight",3.83333333333332,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Terebellida sensu Rouse & Fauchald, 1997","900","Order","Biomass per unit of surface","Ash-free dry weight",5.37037037037037,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",731.741508690741,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV2_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",62.9238950376778,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Amphipoda Latreille, 1816","1135","Order","Biomass per unit of surface","Ash-free dry weight",1.94931773879143,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Ash-free dry weight",0.989278752436647,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Asbjornsenia pygmaea (Lovén, 1846)","879714","Species","Biomass per unit of surface","Ash-free dry weight",23.1666666666667,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Ash-free dry weight",201.211126928876,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Ash-free dry weight",133.173325387449,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Bathyporeia pilosa Lindström, 1855","103068","Species","Biomass per unit of surface","Ash-free dry weight",5.7640504758512,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Biomass per unit of surface","Ash-free dry weight",0.974658869395705,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Ash-free dry weight",1001.49122807018,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Ash-free dry weight",9.36062378167641,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Gastrosaccus spinifer (Goës, 1864)","120020","Species","Biomass per unit of surface","Ash-free dry weight",46.2806856723285,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Ash-free dry weight",3.95321637426901,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Glycera lapidum Quatrefages, 1866","130123","Species","Biomass per unit of surface","Ash-free dry weight",107.72514619883,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",305.948713864816,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Ash-free dry weight",71.6520467836256,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Nototropis falcatus (Metzger, 1871)","102139","Species","Biomass per unit of surface","Ash-free dry weight",4.25721749075637,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Ash-free dry weight",23.4600389863548,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Ophiuroidea Gray, 1840","123084","Class","Biomass per unit of surface","Ash-free dry weight",47.7582846003899,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Pseudocuma (Pseudocuma) simile G.O. Sars, 1900","110628","Species","Biomass per unit of surface","Ash-free dry weight",0.146198830409356,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Ash-free dry weight",9.32748538011695,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Ash-free dry weight",4.20973434208651,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2013/28","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","21-22/10/2013","Autumn",2013,0.1026,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2013_VV3_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Ash-free dry weight",16.1073893330012,"mg/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,120,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,100,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)","129884","Species","Density per unit of surface",null,150,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Kurtiella bidentata (Montagu, 1803)","345281","Species","Density per unit of surface",null,110,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Pholoe minuta (Fabricius, 1780)","130603","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Polynoidae Kinberg, 1856","939","Family","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Protodorvillea kefersteini (McIntosh, 1869)","130041","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Sipuncula Stephen, 1965","1268","Order","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Terebellidae Johnston, 1846","982","Family","Density per unit of surface",null,100,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Density per unit of surface",null,80,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Kurtiella bidentata (Montagu, 1803)","345281","Species","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Density per unit of surface",null,90,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)","488966","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Pseudocuma (Pseudocuma) simile G.O. Sars, 1900","110628","Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Density per unit of surface",null,130,"ind/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Blotted wet weight",0.07,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Blotted wet weight",0.065,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Biomass per unit of surface","Blotted wet weight",0.109,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Blotted wet weight",0.06,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",0.132,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Blotted wet weight",0.026,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Blotted wet weight",0.026,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Blotted wet weight",0.026,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Blotted wet weight",0.026,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Biomass per unit of surface","Blotted wet weight",0.48,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Blotted wet weight",0.068,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Blotted wet weight",0.028,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Biomass per unit of surface","Blotted wet weight",0.28,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Thia scutellata (Fabricius, 1793)","107281","Species","Biomass per unit of surface","Blotted wet weight",18.554,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1","BBC03_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV1","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV1_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Blotted wet weight",0.104,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Actiniaria Hertwig, 1882","1360","Order","Biomass per unit of surface","Blotted wet weight",14.11,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Blotted wet weight",0.137,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Blotted wet weight",0.074,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Blotted wet weight",0.072,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Biomass per unit of surface","Blotted wet weight",0.025,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Branchiostoma lanceolatum (Pallas, 1774)","104906","Species","Biomass per unit of surface","Blotted wet weight",0.03,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Blotted wet weight",2.188,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Blotted wet weight",0.214,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Blotted wet weight",0.064,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Heteromastus filiformis (Claparède, 1864)","129884","Species","Biomass per unit of surface","Blotted wet weight",0.151,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Kurtiella bidentata (Montagu, 1803)","345281","Species","Biomass per unit of surface","Blotted wet weight",0.067,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",0.165,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Blotted wet weight",0.452,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Notomastus latericeus Sars, 1851","129898","Species","Biomass per unit of surface","Blotted wet weight",0.692,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Ophelia borealis Quatrefages, 1866","130491","Species","Biomass per unit of surface","Blotted wet weight",0.009,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Pholoe minuta (Fabricius, 1780)","130603","Species","Biomass per unit of surface","Blotted wet weight",0.015,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Polynoidae Kinberg, 1856","939","Family","Biomass per unit of surface","Blotted wet weight",0.048,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Protodorvillea kefersteini (McIntosh, 1869)","130041","Species","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Sipuncula Stephen, 1965","1268","Order","Biomass per unit of surface","Blotted wet weight",0.177,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.033,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Spisula J. E. Gray, 1837","138159","Genus","Biomass per unit of surface","Blotted wet weight",0.01,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Terebellidae Johnston, 1846","982","Family","Biomass per unit of surface","Blotted wet weight",0.152,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2","BBC03_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV2","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV2_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Blotted wet weight",0.172,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Aonides paucibranchiata Southern, 1914","131107","Species","Biomass per unit of surface","Blotted wet weight",0.074,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Bathyporeia elegans Watkin, 1938","103058","Species","Biomass per unit of surface","Blotted wet weight",0.057,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)","103060","Species","Biomass per unit of surface","Blotted wet weight",0.225,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Brachyura Latreille, 1802","106673","Order","Biomass per unit of surface","Blotted wet weight",0.332,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Echinocardium cordatum (Pennant, 1777)","124392","Species","Biomass per unit of surface","Blotted wet weight",284.597,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Echinocyamus pusillus (O.F. Müller, 1776)","124273","Species","Biomass per unit of surface","Blotted wet weight",0.006,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Glycera Lamarck, 1818","129296","Genus","Biomass per unit of surface","Blotted wet weight",0.078,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Kurtiella bidentata (Montagu, 1803)","345281","Species","Biomass per unit of surface","Blotted wet weight",0.06,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Blotted wet weight",0.025,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Nephtys Cuvier, 1817","129370","Genus","Biomass per unit of surface","Blotted wet weight",4.157,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Nototropis swammerdamei (H. Milne Edwards, 1830)","488966","Species","Biomass per unit of surface","Blotted wet weight",0.01,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Ophiura Lamarck, 1801","123574","Genus","Biomass per unit of surface","Blotted wet weight",0.437,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Phyllodoce rosea (McIntosh, 1877)","334514","Species","Biomass per unit of surface","Blotted wet weight",0.056,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Processa modica Williamson <i>in</i> Williamson & Rochanaburanon, 1979","107688","Species","Biomass per unit of surface","Blotted wet weight",0.204,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Pseudocuma (Pseudocuma) simile G.O. Sars, 1900","110628","Species","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Spio Fabricius, 1785","129625","Genus","Biomass per unit of surface","Blotted wet weight",0.013,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Spiophanes bombyx (Claparède, 1870)","131187","Species","Biomass per unit of surface","Blotted wet weight",0.302,"g/m²","biota"]
["WINMON","Ugent",null,"research vessel","RV Belgica","Campaign 2014/25","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03","51.709924","2.777361","Blighbank","BELWIND","BB","EDGE","BE","2014-10-16","Autumn",2014,0.1,"m²","VV3","VV grab_BBC03_EDGE_BPNS_Autumn_2014_VV3_BBC03","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862","103226","Species","Biomass per unit of surface","Blotted wet weight",1.018,"g/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1","BBE11_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE11","51.71324039","2.790706433","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1_BBE11","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1","BBE11_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE11","51.71324039","2.790706433","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1_BBE11","PreservedSpecimen","Nemertea","152391","Phylum","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1","BBE11_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE11","51.71324039","2.790706433","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1_BBE11","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Density per unit of surface",null,9.74658869395711,"ind/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1","BBE11_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE11","51.71324039","2.790706433","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1_BBE11","PreservedSpecimen","Eteone longa (Fabricius, 1780)","130616","Species","Biomass per unit of surface","Ash-free dry weight",6.58869395711501,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1","BBE11_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE11","51.71324039","2.790706433","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1_BBE11","PreservedSpecimen","Nemertea","152391","Phylum","Biomass per unit of surface","Ash-free dry weight",9407.00779727095,"mg/m²","biota"]
["WINMON","Ugent","De Maersschalck Veronique","research vessel","RV Belgica","Campaing 2008/09a","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1","BBE11_EDGE_Spring_2008_VV1","VV grab","Sediment grabs","BBE11",51.71324039,"2.790706433","Blighbank","BELWIND","BB","EDGE","BE","9-10/04/2008","Spring",2008,0.1026,"m²","VV1","VV grab_BBE11_EDGE_BPNS_Spring_2008_VV1_BBE11","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868","130357","Species","Biomass per unit of surface","Ash-free dry weight",47.3516251461988,"mg/m²","biota"]
["WINMON","Ugent",{"$nulls":4},{"$f":"CONCATENATE(I53457,\"_\",K53457,\"_\",Q53457,\"_\",R53457,\"_\",T53457,\"_\",U53457,\"_\",X53457)","v":"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1"},{"$f":"CONCATENATE(K53457,\"_\",Q53457,\"_\",T53457,\"_\",U53457,\"_\",X53457)","v":"BB21 _VERY_CLOSE_Autumn_2017_VV1"},"VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1",{"$f":"CONCATENATE(G53457,\"_\",K53457)","v":"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 "},"PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Nemertea ",152391,"Phylum","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Density per unit of surface",null,20,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,40,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Jassa herdmani (Walker, 1893)",102432,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Density per unit of surface",null,10,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Density per unit of surface",null,30,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Density per unit of surface",null,50,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Density per unit of surface",null,160,"ind/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Glycera Lamarck, 1818",129296,"Genus","Biomass per unit of surface","Blotted wet weight",2E-3,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Terebellidae Johnston, 1846",982,"Family","Biomass per unit of surface","Blotted wet weight",0.007,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Nemertea ",152391,"Phylum","Biomass per unit of surface","Blotted wet weight",0.020999999999999998,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Nephtys Cuvier, 1817",129370,"Genus","Biomass per unit of surface","Blotted wet weight",0.041999999999999996,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",0.046,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.08800000000000001,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1","BB21 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21 ",51.664611,2.789139,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB21 _VERY_CLOSE_BE_Autumn_2017_VV1_BB21 ","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.111,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Jassa herdmani (Walker, 1893)",102432,"Species","Biomass per unit of surface","Blotted wet weight",2.9999999999999996E-3,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Bathyporeia guilliamsoniana (Spence Bate, 1857)",103060,"Species","Biomass per unit of surface","Blotted wet weight",0.078,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Bathyporeia elegans Watkin, 1938",103058,"Species","Biomass per unit of surface","Blotted wet weight",0.08800000000000001,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Nephtys cirrosa Ehlers, 1868",130357,"Species","Biomass per unit of surface","Blotted wet weight",0.804,"g/m²","biota"]
["WINMON","Ugent",{"$nulls":4},"VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1","BB24 _VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24 ",51.656694,2.804222,"Blighbank","BELWIND","BB","VERY_CLOSE","BE",null,"Autumn",2017,0.1,"m²","VV1","VV grab_BB24 _VERY_CLOSE_BE_Autumn_2017_VV1_BB24 ","PreservedSpecimen","Urothoe brevicornis Spence Bate & Westwood, 1862",103226,"Species","Biomass per unit of surface","Blotted wet weight",1.127,"g/m²","biota"]

{"sheet":"Abiotic","index":1,"n_rows":11972,"n_cols":35,"rows_kept":2250,"cut":true,"bounds":{"rows_first":1000,"rows_last":250,"rows_between":1000,"halvings":1}}
["PROJECT_NAME","INSTITUTION_CODE","RECORDED_BY","PLATFLORM_TYPE","PLATFORM_NAME","CRUISE_CODE","SAMPLE_ID","SAMPLING_PROTOCOL","SAMPLING_DEVICE_CATEGORY","STATION_NAME","LATITUDE","LONGITUDE","Sandbank","OWF","Location","Distance from EPL (m)","Distance to turbine (m)","Station","COUNTRY_CODE","EVENT_DATE in UTC","SEASON","YEAR","BOTTOM_DEPTH","SAMPLE or OBSERVATION DEPTH","SAMPLE_NAME","MEASUREMENT_TYPE \n= \nPARAMETER","MEASUREMENT_VALUE","UNIT","MATRIX","ICES PARAM  CODE","PARAM_CODE_SDN_P01","QUALITY_FLAG","MEASUREMENT_METHOD","Analysis method description",""]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE01_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE01",51.66771096,2.871439927,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",387.342,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE02_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE02",51.61995225,2.809505001,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",422.637,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE04_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE04",51.66013975,2.86286174,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",468.996,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE05_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",400.826,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE06_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",356.408,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE07_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE07",51.63289161,2.828566078,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",387.613,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE08_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE08",51.64554851,2.845563836,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",743.77,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE09_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",374.611,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE11_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE11",51.71324039,2.790706433,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",485.474,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE12_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",510.659,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE13_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE13",51.69735926,2.779501988,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",401.652,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE14_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",459.648,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE15_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE15",51.68184977,2.770281339,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",471.098,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE16_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",443.554,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE17_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE17",51.66339072,2.762071018,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",486.399,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE18_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE18",51.65637121,2.756572844,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",390.303,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI01_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI01",51.70546966,2.803007535,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",353.586,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI02_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",370.413,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI03_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI03",51.66441505,2.77862203,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",449.521,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI04_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI04",51.67438961,2.785249762,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",484.383,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI05_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",535.67,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI06_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI06",51.69566357,2.797172165,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",504.79,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI07_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI07",51.63954095,2.796088387,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",376.651,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI08_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI08",51.69337319,2.818021344,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",464.717,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI09_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI09",51.64917707,2.799514936,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",391.827,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI10_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI10",51.68573137,2.815380775,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",376.082,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI11_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI11",51.66080328,2.801599429,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",535.63,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI12_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI12",51.6735983,2.807685671,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",350.132,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI13_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI13",51.69950253,2.809179093,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",401.627,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI14_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI14",51.690027,2.802273136,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",500.07,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI15_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI15",51.67889486,2.797781249,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",366.62,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI16_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI16",51.66858608,2.789549527,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",343.541,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI17_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI17",51.65778451,2.784527385,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",359.453,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI18_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI18",51.64765627,2.784575403,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",379.145,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI19_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI19",51.63224759,2.803324872,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",343.332,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI20_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI20",51.68757722,2.82819559,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",402.608,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI21_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI21",51.64105683,2.808890791,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",390.179,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI22_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI22",51.67843809,2.823422773,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",409.203,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI23_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI23",51.66830172,2.818121816,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",325.265,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI24_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI24",51.65617855,2.816568664,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",495.798,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI25_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI25",51.6829448,2.839965719,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",398.743,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI26_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",418.24,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI27_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI27",51.6487163,2.822737558,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",482.705,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI28_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI28",51.67762499,2.835177154,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",398.073,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI29_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI29",51.66931747,2.831201941,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",495.249,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI30_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI30",51.65918262,2.826701197,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",427.969,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI31_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI31",51.67168021,2.860300317,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",472.36,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI32_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI32",51.65804254,2.842456069,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",443.038,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI33_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",361.19,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI34_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI34",51.67830814,2.849329763,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",406.879,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI35_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI35",51.66744743,2.803172488,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Median grain size",369.018,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE01_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE01",51.66771096,2.871439927,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",14.306,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE02_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE02",51.61995225,2.809505001,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",10.576,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE04_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE04",51.66013975,2.86286174,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",5.825,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE05_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",12.227,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE06_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",18.601,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE07_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE07",51.63289161,2.828566078,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",13.653,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE08_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE08",51.64554851,2.845563836,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",0.007000000000005,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE09_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",15.446,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE11_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE11",51.71324039,2.790706433,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",3.747,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE12_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",2.87,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE13_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE13",51.69735926,2.779501988,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",11,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE14_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",3.82899999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE15_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE15",51.68184977,2.770281339,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",5.301,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE16_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",7.137,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE17_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE17",51.66339072,2.762071018,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",3.992,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE18_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE18",51.65637121,2.756572844,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",12.416,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI01_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI01",51.70546966,2.803007535,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",15.974,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI02_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",15.944,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI03_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI03",51.66441505,2.77862203,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",3.634,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI04_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI04",51.67438961,2.785249762,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",3.321,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI05_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",2.36199999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI06_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI06",51.69566357,2.797172165,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",1.158,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI07_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI07",51.63954095,2.796088387,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",9.29600000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI08_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI08",51.69337319,2.818021344,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",1.81999999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI09_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI09",51.64917707,2.799514936,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",7.83,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI10_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI10",51.68573137,2.815380775,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",9.488,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI11_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI11",51.66080328,2.801599429,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",2.13500000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI12_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI12",51.6735983,2.807685671,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",14.365,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI13_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI13",51.69950253,2.809179093,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",9.253,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI14_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI14",51.690027,2.802273136,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",0.816000000000003,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI15_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI15",51.67889486,2.797781249,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",11.851,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI16_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI16",51.66858608,2.789549527,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",16.262,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI17_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI17",51.65778451,2.784527385,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",16.435,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI18_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI18",51.64765627,2.784575403,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",15.484,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI19_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI19",51.63224759,2.803324872,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",15.961,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI20_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI20",51.68757722,2.82819559,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",11.436,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI21_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI21",51.64105683,2.808890791,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",10.224,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI22_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI22",51.67843809,2.823422773,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",8.075,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI23_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI23",51.66830172,2.818121816,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",23.361,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI24_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI24",51.65617855,2.816568664,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",1.491,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI25_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI25",51.6829448,2.839965719,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",15.632,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI26_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",13.679,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI27_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI27",51.6487163,2.822737558,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",5.053,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI28_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI28",51.67762499,2.835177154,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",12.524,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI29_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI29",51.66931747,2.831201941,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",3.28700000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI30_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI30",51.65918262,2.826701197,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",8.48999999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI31_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI31",51.67168021,2.860300317,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",2.376,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI32_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI32",51.65804254,2.842456069,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",6.699,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI33_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",15.304,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI34_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI34",51.67830814,2.849329763,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",12.878,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI35_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI35",51.66744743,2.803172488,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",13.779,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE01_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE01",51.66771096,2.871439927,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.158600000000007,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE02_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE02",51.61995225,2.809505001,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.266300000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE04_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE04",51.66013975,2.86286174,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.240299999999991,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE05_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.268699999999995,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE06_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.388199999999998,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE07_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE07",51.63289161,2.828566078,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.172899999999998,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE08_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE08",51.64554851,2.845563836,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.302899999999994,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE09_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.217100000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE11_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE11",51.71324039,2.790706433,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.169700000000006,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE12_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.22829999999999,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE13_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE13",51.69735926,2.779501988,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.185700000000011,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE14_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.128900000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE15_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE15",51.68184977,2.770281339,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.265799999999999,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE16_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.196600000000004,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE17_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE17",51.66339072,2.762071018,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.166700000000006,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE18_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE18",51.65637121,2.756572844,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.1751,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI01_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI01",51.70546966,2.803007535,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.26700000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI02_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.219200000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI03_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI03",51.66441505,2.77862203,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.156300000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI04_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI04",51.67438961,2.785249762,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.202200000000005,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI05_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.419399999999996,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI06_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI06",51.69566357,2.797172165,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.172699999999992,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI07_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI07",51.63954095,2.796088387,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.159300000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI08_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI08",51.69337319,2.818021344,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.329499999999996,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI09_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI09",51.64917707,2.799514936,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.203800000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI10_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI10",51.68573137,2.815380775,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.156500000000008,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI11_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI11",51.66080328,2.801599429,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.361999999999995,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI12_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI12",51.6735983,2.807685671,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.210399999999993,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI13_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI13",51.69950253,2.809179093,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.159400000000005,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI14_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI14",51.690027,2.802273136,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.159700000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI15_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI15",51.67889486,2.797781249,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.193100000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI16_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI16",51.66858608,2.789549527,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.222300000000004,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI17_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI17",51.65778451,2.784527385,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.239400000000003,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI18_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI18",51.64765627,2.784575403,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.171500000000009,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI19_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI19",51.63224759,2.803324872,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.163600000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI20_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI20",51.68757722,2.82819559,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.242599999999996,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI21_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI21",51.64105683,2.808890791,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.183499999999995,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI22_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI22",51.67843809,2.823422773,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.107299999999995,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI23_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI23",51.66830172,2.818121816,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.159300000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI24_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI24",51.65617855,2.816568664,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.213800000000006,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI25_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI25",51.6829448,2.839965719,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.258600000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI26_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.218999999999994,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI27_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI27",51.6487163,2.822737558,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.262299999999996,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI28_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI28",51.67762499,2.835177154,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.180899999999994,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI29_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI29",51.66931747,2.831201941,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.146600000000007,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI30_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI30",51.65918262,2.826701197,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.163699999999992,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI31_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI31",51.67168021,2.860300317,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.229900000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI32_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI32",51.65804254,2.842456069,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.246499999999997,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI33_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.1571,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI34_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI34",51.67830814,2.849329763,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.315399999999997,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI35_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI35",51.66744743,2.803172488,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.176199999999994,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE01_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE01",51.66771096,2.871439927,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE02_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE02",51.61995225,2.809505001,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE04_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE04",51.66013975,2.86286174,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE05_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE06_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE07_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE07",51.63289161,2.828566078,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE08_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE08",51.64554851,2.845563836,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE09_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE11_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE11",51.71324039,2.790706433,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE12_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE13_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE13",51.69735926,2.779501988,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE14_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE15_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE15",51.68184977,2.770281339,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE16_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE17_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE17",51.66339072,2.762071018,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBE18_EDGE_SPRING_2008_VV1","VV grab","Sediment grabs","BBE18",51.65637121,2.756572844,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI01_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI01",51.70546966,2.803007535,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI02_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI03_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI03",51.66441505,2.77862203,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI04_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI04",51.67438961,2.785249762,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI05_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI06_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI06",51.69566357,2.797172165,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI07_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI07",51.63954095,2.796088387,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI08_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI08",51.69337319,2.818021344,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI09_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI09",51.64917707,2.799514936,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI10_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI10",51.68573137,2.815380775,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI11_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI11",51.66080328,2.801599429,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI12_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI12",51.6735983,2.807685671,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI13_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI13",51.69950253,2.809179093,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI14_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI14",51.690027,2.802273136,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI15_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI15",51.67889486,2.797781249,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI16_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI16",51.66858608,2.789549527,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI17_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI17",51.65778451,2.784527385,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI18_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI18",51.64765627,2.784575403,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI19_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI19",51.63224759,2.803324872,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI20_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI20",51.68757722,2.82819559,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI21_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI21",51.64105683,2.808890791,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI22_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI22",51.67843809,2.823422773,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI23_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI23",51.66830172,2.818121816,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI24_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI24",51.65617855,2.816568664,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI25_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI25",51.6829448,2.839965719,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI26_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI27_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI27",51.6487163,2.822737558,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI28_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI28",51.67762499,2.835177154,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI29_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI29",51.66931747,2.831201941,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI30_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI30",51.65918262,2.826701197,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI31_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI31",51.67168021,2.860300317,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI32_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI32",51.65804254,2.842456069,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI33_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI34_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI34",51.67830814,2.849329763,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","BBI35_IMPACT_SPRING_2008_VV1","VV grab","Sediment grabs","BBI35",51.66744743,2.803172488,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","9-10/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","PPRSDX49",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","GB03_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","GB03",51.44556865,2.869419605,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",360.377,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR02_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR02",51.4506,2.881437,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",379.319,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR03_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR03",51.45503,2.895028,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",292.189,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","GB02_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",298.907,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR05_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR05",51.45243,2.856458,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",387.712,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR06_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR06",51.45557,2.870452,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",432.76,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR07_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR07",51.45965,2.882945,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",342.572,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR08_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR08",51.46449,2.895338,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",366.172,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR09_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR09",51.45765,2.848017,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",343.196,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR10_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR10",51.46169,2.860742,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",347.598,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR11_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR11",51.46487,2.872923,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",333.367,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR12_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR12",51.46967,2.884675,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",355.809,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR13_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",367.002,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR14_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR14",51.46688,2.847238,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",335.167,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR15_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR15",51.46938,2.860958,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",330.764,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR16_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR16",51.47313,2.871062,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",392.588,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","GB03_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","GB03",51.44556865,2.869419605,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",22.228,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR02_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR02",51.4506,2.881437,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",15.089,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR03_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR03",51.45503,2.895028,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",33.31,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","GB02_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",31.022,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR05_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR05",51.45243,2.856458,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",12.972,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR06_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR06",51.45557,2.870452,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",12.784,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR07_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR07",51.45965,2.882945,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",22,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR08_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR08",51.46449,2.895338,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",17.657,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR09_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR09",51.45765,2.848017,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",20.715,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR10_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR10",51.46169,2.860742,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",21.715,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR11_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR11",51.46487,2.872923,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",23.601,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR12_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR12",51.46967,2.884675,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",15.801,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR13_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",13.984,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR14_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR14",51.46688,2.847238,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",17.968,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR15_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR15",51.46938,2.860958,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",18.998,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR16_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR16",51.47313,2.871062,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",12.4,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","GB03_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","GB03",51.44556865,2.869419605,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.313900000000004,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR02_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR02",51.4506,2.881437,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.209199999999996,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR03_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR03",51.45503,2.895028,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.314300000000003,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","GB02_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.281099999999995,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR05_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR05",51.45243,2.856458,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.243400000000008,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR06_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR06",51.45557,2.870452,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.498899999999992,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR07_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR07",51.45965,2.882945,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.383800000000008,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR08_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR08",51.46449,2.895338,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.614800000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR09_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR09",51.45765,2.848017,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.3123,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR10_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR10",51.46169,2.860742,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.4298,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR11_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR11",51.46487,2.872923,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.2804,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR12_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR12",51.46967,2.884675,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.287100000000009,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR13_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.336700000000008,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR14_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR14",51.46688,2.847238,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.1922,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR15_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR15",51.46938,2.860958,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.146900000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR16_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR16",51.47313,2.871062,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.302700000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR17_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",395.121,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR18_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",387.134,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR19_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR19",51.45942763,2.835877696,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",380.818,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR21_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",314.609,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR22_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",368.339,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR23_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",302.869,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR24_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",326.631,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR25_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Median grain size",328.293,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR17_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",9.67400000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR18_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",17.408,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR19_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR19",51.45942763,2.835877696,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",18.723,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR21_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",26.054,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR22_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",14.304,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR23_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",27.56,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR24_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",22.936,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR25_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Fine sediment fraction",20.063,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","GB03_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","GB03",51.44556865,2.869419605,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR02_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR02",51.4506,2.881437,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR03_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR03",51.45503,2.895028,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","GB02_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR05_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR05",51.45243,2.856458,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR06_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR06",51.45557,2.870452,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR07_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR07",51.45965,2.882945,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR08_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR08",51.46449,2.895338,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR09_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR09",51.45765,2.848017,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR10_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR10",51.46169,2.860742,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR11_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR11",51.46487,2.872923,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR12_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR12",51.46967,2.884675,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR13_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR14_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR14",51.46688,2.847238,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR15_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR15",51.46938,2.860958,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR16_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR16",51.47313,2.871062,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR17_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.344800000000006,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR18_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.383499999999998,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR19_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR19",51.45942763,2.835877696,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.444900000000004,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR21_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.216000000000008,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR22_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.208099999999988,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR23_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.276299999999992,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR24_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.242999999999995,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR25_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Total organic matter content",0.203100000000006,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR17_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR18_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR18",51.4656343,2.857616379,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR19_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR19",51.45942763,2.835877696,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR21_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR21",51.45003617,2.859271696,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR22_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR23_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR23",51.45693104,2.878534935,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR24_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR24",51.4601078,2.889034778,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/09a","WGR25_REF_TB_SPRING_2008_VV1","VV grab","Sediment grabs","WGR25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","8-9/04/2008","SPRING",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB01_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB01",51.5785259999999,2.991079,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.24200058,"VV1","Median grain size",357.867,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB02_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,14.95400047,"VV1","Median grain size",339.923,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB03_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB03",51.5640879999999,3.016962,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.25699997,"VV1","Median grain size",396.457,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB04_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB04",51.5649969999999,2.979446,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.82799912,"VV1","Median grain size",375.983,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB05",51.5555999999999,2.996019,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,11.20499992,"VV1","Median grain size",336.918,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB06_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.88199997,"VV1","Median grain size",649.429,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB07_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.11599922,"VV1","Median grain size",429.14,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB08_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB08",51.544969,2.979322,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,13.41100025,"VV1","Median grain size",376.254,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB09_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB09",51.554205,2.916247,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.23699951,"VV1","Median grain size",430.563,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB10_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB10",51.547862,2.928784,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,20.3920002,"VV1","Median grain size",317.656,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB11_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB11",51.5426069999999,2.940563,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.40099907,"VV1","Median grain size",366.653,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB12_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,22.11199951,"VV1","Median grain size",345.135,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,24.47500038,"VV1","Median grain size",382.442,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB14_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB14",51.5413179999999,2.907326,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.09399986,"VV1","Median grain size",317.602,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB15_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.34200001,"VV1","Median grain size",308.055,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB16_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB16",51.525061,2.94022,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.36300087,"VV1","Median grain size",349.559,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB01_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB01",51.5785259999999,2.991079,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.24200058,"VV1","Fine sediment fraction",21.503,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB02_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,14.95400047,"VV1","Fine sediment fraction",17.581,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB03_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB03",51.5640879999999,3.016962,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.25699997,"VV1","Fine sediment fraction",5.21599999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB04_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB04",51.5649969999999,2.979446,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.82799912,"VV1","Fine sediment fraction",12.715,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB05",51.5555999999999,2.996019,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,11.20499992,"VV1","Fine sediment fraction",17.821,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB06_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.88199997,"VV1","Fine sediment fraction",0,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB07_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.11599922,"VV1","Fine sediment fraction",6.357,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB08_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB08",51.544969,2.979322,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,13.41100025,"VV1","Fine sediment fraction",16.264,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB09_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB09",51.554205,2.916247,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.23699951,"VV1","Fine sediment fraction",8.773,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB10_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB10",51.547862,2.928784,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,20.3920002,"VV1","Fine sediment fraction",23.238,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB11_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB11",51.5426069999999,2.940563,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.40099907,"VV1","Fine sediment fraction",11.929,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB12_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,22.11199951,"VV1","Fine sediment fraction",15.58,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,24.47500038,"VV1","Fine sediment fraction",12.833,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB14_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB14",51.5413179999999,2.907326,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.09399986,"VV1","Fine sediment fraction",22.783,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB15_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.34200001,"VV1","Fine sediment fraction",23.772,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB16_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB16",51.525061,2.94022,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.36300087,"VV1","Fine sediment fraction",14.641,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB01_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB01",51.5785259999999,2.991079,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.24200058,"VV1","Total organic matter content",0.7386745183119,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB02_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,14.95400047,"VV1","Total organic matter content",0.393417454301208,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB03_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB03",51.5640879999999,3.016962,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.25699997,"VV1","Total organic matter content",0.323944929361989,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB04_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB04",51.5649969999999,2.979446,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.82799912,"VV1","Total organic matter content",0.346937792126453,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB05",51.5555999999999,2.996019,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,11.20499992,"VV1","Total organic matter content",0.528909181320937,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB06_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.88199997,"VV1","Total organic matter content",0.56593840484337,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB07_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.11599922,"VV1","Total organic matter content",0.421839796749921,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB08_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB08",51.544969,2.979322,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,13.41100025,"VV1","Total organic matter content",0.287954636069631,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB09_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB09",51.554205,2.916247,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.23699951,"VV1","Total organic matter content",0.429772362331166,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB10_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB10",51.547862,2.928784,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,20.3920002,"VV1","Total organic matter content",0.585980526060693,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB11_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB11",51.5426069999999,2.940563,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.40099907,"VV1","Total organic matter content",0.33985081873151,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB12_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,22.11199951,"VV1","Total organic matter content",0.368483304521895,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,24.47500038,"VV1","Total organic matter content",0.749408361819613,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB14_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB14",51.5413179999999,2.907326,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.09399986,"VV1","Total organic matter content",0.622729631551658,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB15_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.34200001,"VV1","Total organic matter content",0.437477214728384,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB16_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB16",51.525061,2.94022,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.36300087,"VV1","Total organic matter content",0.515337423312868,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB01_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB01",51.5785259999999,2.991079,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.24200058,"VV1","2 mm fraction",1.5655827446883,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB02_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,14.95400047,"VV1","2 mm fraction",1.11096886949455,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB03_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB03",51.5640879999999,3.016962,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.25699997,"VV1","2 mm fraction",0.119564579543454,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB04_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB04",51.5649969999999,2.979446,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.82799912,"VV1","2 mm fraction",1.40159686577897,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB05",51.5555999999999,2.996019,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,11.20499992,"VV1","2 mm fraction",3.99542041162206,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB06_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.88199997,"VV1","2 mm fraction",2.86784644410032,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB07_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.11599922,"VV1","2 mm fraction",0.219146319048763,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB08_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB08",51.544969,2.979322,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,13.41100025,"VV1","2 mm fraction",0.617509946059408,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB09_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB09",51.554205,2.916247,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.23699951,"VV1","2 mm fraction",5.40094339622642,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB10_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB10",51.547862,2.928784,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,20.3920002,"VV1","2 mm fraction",12.4535290673131,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB11_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB11",51.5426069999999,2.940563,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.40099907,"VV1","2 mm fraction",1.04652514890373,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB12_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,22.11199951,"VV1","2 mm fraction",1.00771502047814,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,24.47500038,"VV1","2 mm fraction",10.5433571627518,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB14_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB14",51.5413179999999,2.907326,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.09399986,"VV1","2 mm fraction",7.07849983106206,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB15_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.34200001,"VV1","2 mm fraction",1.08039478727482,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB16_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB16",51.525061,2.94022,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.36300087,"VV1","2 mm fraction",1.51480686390196,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB01_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB01",51.5785259999999,2.991079,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.24200058,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB02_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,14.95400047,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB03_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB03",51.5640879999999,3.016962,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.25699997,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB04_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB04",51.5649969999999,2.979446,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.82799912,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB05",51.5555999999999,2.996019,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,11.20499992,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB06_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.88199997,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB07_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.11599922,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB08_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB08",51.544969,2.979322,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,13.41100025,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB09_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB09",51.554205,2.916247,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.23699951,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB10_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB10",51.547862,2.928784,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,20.3920002,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB11_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB11",51.5426069999999,2.940563,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,21.40099907,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB12_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,22.11199951,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,24.47500038,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB14_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB14",51.5413179999999,2.907326,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,19.09399986,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB15_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,15.34200001,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB16_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","TB16",51.525061,2.94022,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE","25-29/10/2016","Autumn",2016,null,16.36300087,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,20.3579998,"VV1","Median grain size",438.911,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",420.671,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",320.661,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,30.23800087,"VV1","Median grain size",317.605,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",314.252,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",309.91,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.149,"VV1","Median grain size",307.956,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",312.561,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",309.694,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,24.39500046,"VV1","Median grain size",404.467,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",377.147,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",392.071,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,26.09000015,"VV1","Median grain size",424.344,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",358.791,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",428.901,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,20.2689991,"VV1","Median grain size",398.038,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",342.779,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",424344,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.33099937,"VV1","Median grain size",392.863,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.33099937,"VV1","Median grain size",290.121,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",309.777,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",452.115,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",306.014,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",370.493,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,14.76799965,"VV1","Median grain size",322.627,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",393.238,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",426.854,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,23.58699989,"VV1","Median grain size",382.626,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",431.094,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",339.306,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,27.10300064,"VV1","Median grain size",529.706,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",419.039,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",338.377,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Median grain size",394.501,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",481.059,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",486.703,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Median grain size",371.167,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",385.581,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",519.592,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,25.346,"VV1","Median grain size",446.747,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",429.41,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",410.877,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,14.254,"VV1","Median grain size",319.293,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",329.484,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",355.567,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Median grain size",520.755,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",392.648,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",432.358,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Median grain size",359.629,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",432.498,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",362.792,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Median grain size",388.705,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",365.382,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",495.017,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Median grain size",430.145,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",359.204,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",399.386,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Median grain size",371.148,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Median grain size",407.221,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Median grain size",413.887,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,20.3579998,"VV1","Fine sediment fraction",7.79600000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",9.941,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",25.685,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,30.23800087,"VV1","Fine sediment fraction",24.615,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",27.415,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",25.054,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.149,"VV1","Fine sediment fraction",25.652,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",24.317,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",25.019,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,24.39500046,"VV1","Fine sediment fraction",12.147,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",12.98,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",13.778,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,26.09000015,"VV1","Fine sediment fraction",9.139,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",21.144,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",7.623,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,20.2689991,"VV1","Fine sediment fraction",12.064,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",19.541,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",9.139,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.33099937,"VV1","Fine sediment fraction",13.879,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.33099937,"VV1","Fine sediment fraction",31.878,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",24.978,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",6.60899999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",24.142,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",17.97,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,14.76799965,"VV1","Fine sediment fraction",24.168,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",10.395,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",6.717,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,23.58699989,"VV1","Fine sediment fraction",14.523,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",8.61199999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",23.164,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,27.10300064,"VV1","Fine sediment fraction",6.096,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",15.74,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",19.976,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",15.862,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",7.45399999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",5.562,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",8.797,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",13.315,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",2.297,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,25.346,"VV1","Fine sediment fraction",10.048,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",8.429,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",11.919,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,14.254,"VV1","Fine sediment fraction",19.867,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",19.525,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",13.742,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",2.12,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",18.706,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",7.21299999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",17.869,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",4.688,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",14.993,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",15.011,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",20.874,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",6.599,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",7.943,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",21.883,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",11.328,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",17.896,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",11.925,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",10.988,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,20.3579998,"VV1","Total organic matter content",0.604331112361924,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.885611735330851,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",5.79835898372683,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,30.23800087,"VV1","Total organic matter content",0.716217760676586,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",1.524232287116,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.859645874709679,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.149,"VV1","Total organic matter content",0.587495368293776,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.995071524428491,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.866784091962558,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,24.39500046,"VV1","Total organic matter content",0.603445479025418,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.925192501468353,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.906886317640329,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,26.09000015,"VV1","Total organic matter content",1.08192072048667,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",1.48855517612298,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.790890487357183,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,20.2689991,"VV1","Total organic matter content",0.718808412358231,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.608127431565449,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.533744732782258,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.33099937,"VV1","Total organic matter content",5.63426822864797,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.33099937,"VV1","Total organic matter content",1.60185009766582,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",3.01853958905026,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.674987566018518,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.437148236129059,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.728352403610132,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,14.76799965,"VV1","Total organic matter content",0.651072814069827,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.587122172098615,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.500736377025043,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,23.58699989,"VV1","Total organic matter content",0.55922530971498,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",5.79337317584563,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",20.5118306821472,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,27.10300064,"VV1","Total organic matter content",1.37459669809202,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",1.60540917133221,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.677467202594579,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.743361548264087,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.783578728861191,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.538329762363781,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.961982388838984,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",1.92253506953526,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,25.346,"VV1","Total organic matter content",0.711251793622538,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.90681055726749,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.929464108869036,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,14.254,"VV1","Total organic matter content",0.561699954739064,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.568802634952559,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.610307849290521,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",1.56967076820751,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",2.20440774015945,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",1.15993754182468,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",1.13121257182392,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.548048238386193,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.778754886787539,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.622699649062734,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",1.28593202093301,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.678720445062586,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",1.11851303561146,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.978787356651906,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",5.92113512939973,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.903022050758328,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.53240206111672,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.812449645931396,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,20.3579998,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB02_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,30.23800087,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.149,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB04_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB04",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,24.39500046,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB13_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,26.09000015,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB17_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,20.2689991,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB19_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.33099937,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,31.33099937,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB28_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,14.76799965,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB32_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,23.58699989,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB33_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,27.10300064,"VV1","Mud content",1.08,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","NTB34_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",2.096,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC01_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBC06_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,25.346,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE11_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,14.254,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBE16_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",4.702,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC02_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC03_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC04_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC05_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV1","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV2","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","TBEC06_EDGE_CONTROL_Autumn_2013_VV3","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","22-23-24-25/10/2013","Autumn",2013,null,null,"VV3","Mud content",0.786000000000001,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",437.88,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",420.145,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",400.254,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",521.138,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",354.908,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",404.334,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",477.568,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",413.52,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",374.626,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",408.658,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",433.873,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",541.943,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Median grain size",390.081,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Median grain size",378.316,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",407.705,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",391.194,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",393.173,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Median grain size",375.903,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Median grain size",429.458,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",446.899,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",424.895,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",489.116,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",415.088,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",378.726,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",446.307,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",446.237,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",410.947,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",403.304,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",417.373,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",520.999,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",574.778,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",439.841,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",465.827,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",473.208,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Median grain size",369.113,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Median grain size",408.535,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",537.501,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",484.461,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",556.063,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Median grain size",433.807,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Median grain size",404.713,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",437.75,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",390.445,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",361.038,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",456.616,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",418.176,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",497.008,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",366.489,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",379.546,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",433.574,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",386.19,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",381.263,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",519.737,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",533.183,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",450.616,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",null,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",392.64,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",353.95,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",361.193,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",418.334,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",387.355,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",382.447,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",392.269,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",429.001,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",400.589,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV1","Median grain size",450.827,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV2","Median grain size",458.695,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV3","Median grain size",364.469,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV1","Median grain size",null,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV2","Median grain size",487.71,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV3","Median grain size",490.994,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV4","Median grain size",520.584,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV1","Median grain size",434.529,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV2","Median grain size",396.631,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV3","Median grain size",447.794,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV1","Median grain size",430.176,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV2","Median grain size",491.014,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV3","Median grain size",381.77,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV1","Median grain size",364.763,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV2","Median grain size",335.344,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV3","Median grain size",376.439,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV4","Median grain size",375.808,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV5","Median grain size",387.636,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV1","Median grain size",417.451,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV2","Median grain size",391.792,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV3","Median grain size",398.102,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV4","Median grain size",399.534,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV5","Median grain size",386.644,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Median grain size",439.386,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Median grain size",409.552,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Median grain size",533.257,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Median grain size",407.246,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Median grain size",467.479,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV1","Median grain size",397.772,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV2","Median grain size",374.568,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV3","Median grain size",371.255,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV4","Median grain size",354.631,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV5","Median grain size",355.173,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",5.086,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",7.127,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",8.881,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",1.29000000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",15.956,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",10.803,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",2.218,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",6.893,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",12.955,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",12.326,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",5.06100000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",1.95099999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Fine sediment fraction",12.986,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Fine sediment fraction",15.586,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",15.059,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",15.566,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",12.489,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Fine sediment fraction",13.123,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Fine sediment fraction",6.04900000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",6.55200000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",6.40300000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",2.215,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",10.531,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",12.441,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",2.89400000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",2.753,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",8.008,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",12.202,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",6.91800000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",0.741,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",2.11199999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",7.122,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",5.613,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",4.65000000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Fine sediment fraction",15.849,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Fine sediment fraction",8.33,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",0.909000000000006,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",2.806,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",4.786,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Fine sediment fraction",3.785,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Fine sediment fraction",12.538,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",3.11799999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",9.932,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",15.533,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",6.97799999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",15.055,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",5.708,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",11.518,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",11.697,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",7.554,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",10.799,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",14.54,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",2.176,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",0.0900000000000034,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",3.95,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",null,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",16.365,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",19.718,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",8.509,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",14.794,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",5.036,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",7.92700000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",6.31100000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",5.03700000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",5.904,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV1","Fine sediment fraction",6.074,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV2","Fine sediment fraction",7.03100000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV3","Fine sediment fraction",1.139,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV1","Fine sediment fraction",15.877,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV2","Fine sediment fraction",6.379,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV3","Fine sediment fraction",6.544,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV4","Fine sediment fraction",2.741,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV1","Fine sediment fraction",7.371,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV2","Fine sediment fraction",12.524,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV3","Fine sediment fraction",9.536,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV1","Fine sediment fraction",5.48999999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV2","Fine sediment fraction",1.03,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV3","Fine sediment fraction",14.959,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV1","Fine sediment fraction",17.885,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV2","Fine sediment fraction",21.062,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV3","Fine sediment fraction",16.035,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV4","Fine sediment fraction",16.077,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV5","Fine sediment fraction",11.359,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV1","Fine sediment fraction",7.343,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV2","Fine sediment fraction",7.432,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV3","Fine sediment fraction",8.706,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV4","Fine sediment fraction",6.592,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV5","Fine sediment fraction",6.23699999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Fine sediment fraction",3.256,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",10.872,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Fine sediment fraction",0.0630000000000024,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Fine sediment fraction",10.42,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Fine sediment fraction",3.367,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV1","Fine sediment fraction",6.818,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV2","Fine sediment fraction",9.94799999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV3","Fine sediment fraction",10.387,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV4","Fine sediment fraction",13.093,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV5","Fine sediment fraction",13.566,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.615913936809453,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.524201577366259,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.935010966178012,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.362782260877662,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.513322851064887,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.747013760302073,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.554003079605366,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",5.40293716099036,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.454633929316219,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",1.07758235073093,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",4.91050863216619,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Total organic matter content",5.76459537500435,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Total organic matter content",0.499485939155691,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",1.11900104273491,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",1.32822211211654,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.65493790656416,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Total organic matter content",0.537988120401078,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Total organic matter content",0.583666549964066,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.557971921764167,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",1.03495127174319,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.485098204412632,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.995994754191339,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.415150092725807,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.533074205503058,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.401643764294602,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.677738113715151,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.66873981039792,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",5.47491990650603,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.579386275685384,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.641164389162246,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.431559060228951,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Total organic matter content",0.528903523331863,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Total organic matter content",5.39276469950353,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.831711673286604,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.492835741801353,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",1.20047045463763,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Total organic matter content",0.529776332786609,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Total organic matter content",0.868942623751077,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.395597976874766,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.374898047763736,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.510523660914702,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.63163761340062,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.679156797048877,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.720846714320253,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.550111912459577,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.425276120493015,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.65360951484017,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.566348965713257,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.841103915298398,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.981915244579064,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.261952462917509,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",7.03930557160652,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.654088513837221,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.851421095464248,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.57286649664554,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.420929062552409,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",0.370777315506391,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.444805160583107,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.389336050935236,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV1","Total organic matter content",0.954987480347055,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV2","Total organic matter content",0.594622780456133,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV3","Total organic matter content",0.757544588673352,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV1","Total organic matter content",1.02110919751169,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV2","Total organic matter content",1.4134798109519,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV3","Total organic matter content",0.952651718175452,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV4","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV1","Total organic matter content",0.469353005176559,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV2","Total organic matter content",5.36258708128566,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV3","Total organic matter content",0.386175563848768,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV1","Total organic matter content",0.447760416937832,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV2","Total organic matter content",0.753499343525379,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV3","Total organic matter content",1.41755648774905,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV1","Total organic matter content",0.538915122042893,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV2","Total organic matter content",0.570845444987288,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV3","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV4","Total organic matter content",0.885046825151794,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV5","Total organic matter content",0.496940267779798,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV1","Total organic matter content",0.321750970800346,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV2","Total organic matter content",1.92403272671662,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV3","Total organic matter content",0.56988073240383,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV4","Total organic matter content",0.321442467546269,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV5","Total organic matter content",0.331377124136808,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Total organic matter content",4.74284519506897,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Total organic matter content",0.620116392642014,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Total organic matter content",0.451149137729759,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Total organic matter content",0.46826724490576,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Total organic matter content",0.360818419082361,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV1","Total organic matter content",0.373416872557946,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV2","Total organic matter content",0.454179323195181,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV3","Total organic matter content",0.48810221977991,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV4","Total organic matter content",5.1469434782844,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV5","Total organic matter content",0.577251724792712,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC01_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC02_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC03_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",1.214,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC04_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",1.97199999999999,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC05_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC06_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0.914000000000001,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC07_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC08_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBC09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE05_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV4","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE06_EDGE_Autumn_2013_VV5","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE09_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE12_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE14_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE16_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE19_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",null,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE20_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE21_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV1","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV2","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBE22_EDGE_Autumn_2013_VV3","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI02_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,31.082,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI05_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,25.168,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI26_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,36.67,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI33_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,33.503,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV4","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI36_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,27,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV1","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI37_IMPACT_Autumn_2013_VV2","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI38_IMPACT_Autumn_2013_VV3","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","BBI39_IMPACT_Autumn_2013_VV5","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","21-22/10/2013","Autumn",2013,null,20,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","GBC06_REF_TB_Autumn_2013_VV2","VV grab","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","21/20/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",16.803,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","GB22_REF_TB_Autumn_2013_VV2","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","21/20/2013","Autumn",2013,null,null,"VV2","Fine sediment fraction",20.165,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","GBC06_REF_TB_Autumn_2013_VV2","VV grab","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","21/20/2013","Autumn",2013,null,null,"VV2","Total organic matter content",2.33871657269886,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","GBC07_REF_TB_Autumn_2013_VV2","VV grab","Sediment grabs","GBC07",51.47545648,2.869828961,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","21/20/2013","Autumn",2013,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2013/28","GB25_REF_TB_Autumn_2013_VV4","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","21/20/2013","Autumn",2013,null,null,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor X",null,"NORTHER13_VERY_CLOSE_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER13",51.51152241,3.001186518,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2022-12-01","AUTUMN",2022,null,null,"VV1","Median grain size",392.278,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor X",null,"NORTHER16_VERY_CLOSE_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER16",51.5064928,2.956976415,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2022-12-01","AUTUMN",2022,null,null,"VV1","Median grain size",197.282,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor X",null,"NORTHER13_VERY_CLOSE_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER13",51.51152241,3.001186518,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2022-12-01","AUTUMN",2022,null,null,"VV1","Fine sediment fraction",14.28,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor X",null,"NORTHER04_VERY_CLOSE_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER04",51.54318191,3.051690025,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2022-12-01","AUTUMN",2022,null,null,"VV1","2 mm fraction",0.507535546859866,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor X",null,"NORTHER06_VERY_CLOSE_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER06",51.54156209,3.023605424,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2022-12-01","AUTUMN",2022,null,null,"VV1","2 mm fraction",1.19487620879955,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor X",null,"NORTHER03_VERY_CLOSE_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER03",51.54323342,3.067311688,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2022-12-01","AUTUMN",2022,null,null,"VV1","Total organic matter content",5.12497166998878,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor X",null,"NORTHER11_VERY_CLOSE_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER11",51.51451912,3.019366736,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2022-12-01","AUTUMN",2022,null,null,"VV1","Total organic matter content",14.246269845484,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor X",null,"NORTHER21_VERY_CLOSE_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER21","51.49429 ","2.984793 ","THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2022-12-01","AUTUMN",2022,null,null,"VV1","Total organic matter content",4.83885337550393,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor X",null,"NORTHER17_VERY_CLOSE_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER17","51.52638 ","2.971269 ","THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2022-12-01","AUTUMN",2022,null,null,"VV1","Mud content",44.566,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER05_REF_NORTHER_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER05","51.52786 ","3.031668 ","THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE","2022-10-16","AUTUMN",2022,null,null,"VV1","Median grain size",429.039,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER13_REF_NORTHER_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER13",51.493091,3.069151,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE","2022-10-16","AUTUMN",2022,null,null,"VV1","Median grain size",444.327,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER08_REF_NORTHER_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER08",51.5041259999999,3.105573,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE","2022-10-16","AUTUMN",2022,null,null,"VV1","Fine sediment fraction",73.435,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER18_REF_NORTHER_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER18",51.476916,3.064173,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE","2022-10-16","AUTUMN",2022,null,null,"VV1","Fine sediment fraction",83.923,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER05_REF_NORTHER_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER05",51.5221099999999,3.078157,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE","2022-10-16","AUTUMN",2022,null,null,"VV1","2 mm fraction",1.29251979812072,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER11_REF_NORTHER_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER11",51.5053529999999,3.050108,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE","2022-10-16","AUTUMN",2022,null,null,"VV1","2 mm fraction",1.12572276518447,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER13_REF_NORTHER_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER13",51.493091,3.069151,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE","2022-10-16","AUTUMN",2022,null,null,"VV1","Total organic matter content",1.59481994818032,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER18_REF_NORTHER_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER18",51.476916,3.064173,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE","2022-10-16","AUTUMN",2022,null,null,"VV1","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER09_REF_NORTHER_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER09",51.513435,3.064034,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE","2022-10-16","AUTUMN",2022,null,null,"VV1","Mud content",5.535,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER03_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER03",51.5432,3.0741,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","Median grain size",389.562,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER17_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER17",51.52,2.9791,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","Median grain size",275.11,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER03_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER03",51.5432,3.0741,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","Fine sediment fraction",5.84699999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER19_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER19",51.5089,3.0068,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","Fine sediment fraction",26.096,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER09_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER09",51.5429,3.0114,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","2 mm fraction",0.692663885806131,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER17_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER17",51.52,2.9791,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","2 mm fraction",0.86412132968874,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER11_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER11",51.5312,3.0277,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","Total organic matter content",4.51607539203424,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER22_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER22",51.5041,2.9966,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","Total organic matter content",1.62131503096373,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER04_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER04",51.5392,3.0671,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NORTHER26_FAR_AUTUMN_2022_VV1","VV grab","Sediment grabs","NORTHER26",51.5098,2.954133,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2022-10-15","AUTUMN",2022,null,null,"VV1","Mud content",17.447,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER15_REF_NORTHER_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER15",51.49501,3.031612,"THORNTONBANK","NORTHER","TB",null,null,"REF_NORTHER","BE","2021-11-18","Autumn",2021,null,null,"VV1","Fine sediment fraction",46.551,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER16_REF_NORTHER_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER16",51.490248,3.04247,"THORNTONBANK","NORTHER","TB",null,null,"REF_NORTHER","BE","2021-11-18","Autumn",2021,null,null,"VV1","Total organic matter content",0.739391731924979,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER09_REF_NORTHER_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER09",51.513435,3.064034,"THORNTONBANK","NORTHER","TB",null,null,"REF_NORTHER","BE","2021-11-16","Autumn",2021,null,null,"VV1","Median grain size",371.634,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER02_VERY_CLOSE_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER02",51.53594143,3.059481376,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2021-11-16","Autumn",2021,null,null,"VV1","Median grain size",248.489,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER15_VERY_CLOSE_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER15",51.51419761,2.952204209,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2021-11-16","Autumn",2021,null,null,"VV1","Median grain size",330.102,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER02_VERY_CLOSE_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER02",51.53594143,3.059481376,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2021-11-16","Autumn",2021,null,null,"VV1","Fine sediment fraction",50.288,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER15_VERY_CLOSE_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER15",51.51419761,2.952204209,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2021-11-16","Autumn",2021,null,null,"VV1","Fine sediment fraction",37.708,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER05_REF_NORTHER_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER05","51.49429 ","2.984793 ","THORNTONBANK","NORTHER","TB",null,null,"REF_NORTHER","BE","2021-11-16","Autumn",2021,null,null,"VV1","Total organic matter content",3.24444953078504,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER01_VERY_CLOSE_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER01",51.51718626,3.045419147,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2021-11-16","Autumn",2021,null,null,"VV1","Total organic matter content",0.92080270872904,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER01_REF_NORTHER_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER01",51.5287629999999,3.08961,"THORNTONBANK","NORTHER","TB",null,null,"REF_NORTHER","BE","2021-11-16","Autumn",2021,null,null,"VV1","2 mm fraction",29.6335368507114,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER11_REF_NORTHER_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER11",51.5053529999999,3.050108,"THORNTONBANK","NORTHER","TB",null,null,"REF_NORTHER","BE","2021-11-16","Autumn",2021,null,null,"VV1","2 mm fraction",15.3509123453822,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER15_VERY_CLOSE_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER15",51.51419761,2.952204209,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2021-11-16","Autumn",2021,null,null,"VV1","2 mm fraction",8.97296301259716,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER07_REF_NORTHER_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER07",51.5117479999999,3.095677,"THORNTONBANK","NORTHER","TB",null,null,"REF_NORTHER","BE","2021-11-16","Autumn",2021,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER04_VERY_CLOSE_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER04",51.54318191,3.051690025,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2021-11-16","Autumn",2021,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER11_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER11",51.5312,3.0277,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","Median grain size",479.048,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER20_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER20",51.5204,2.9655,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","Median grain size",420.124,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER08_VERY_CLOSE_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER08",51.53355644,3.011096719,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2021-11-15","Autumn",2021,null,null,"VV1","Median grain size",383.372,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER20_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER20",51.5204,2.9655,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","Fine sediment fraction",9.142,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER05_VERY_CLOSE_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER05",51.55113827,3.049250976,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE","2021-11-15","Autumn",2021,null,null,"VV1","Fine sediment fraction",10.842,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER05_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER05",51.5525,3.0293,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","Total organic matter content",0.87189805499667,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER19_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER19",51.5089,3.0068,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","Total organic matter content",1.05733722060252,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER06_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER06",51.5457,3.0343,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","2 mm fraction",0.553210523339212,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER11_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER11",51.5312,3.0277,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","2 mm fraction",8.25670371350445,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER26_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER26",51.5098,2.954133,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","2 mm fraction",6.15796685411719,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER15_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER15",51.5174,3.0108,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor XI, Ocean V",null,"NORTHER22_FAR_Autumn_2021_VV1","VV grab","Sediment grabs","NORTHER22",51.5041,2.9966,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2021-11-15","Autumn",2021,null,null,"VV1","Mud content",72.868,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER01_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER01",51.5623,3.0392,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Median grain size",422.691,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER16_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER16",51.5117,3.0233,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Median grain size",449.958,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER26_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER26",51.5098,2.954133,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Median grain size",229.176,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER08_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER08",51.5265,3.0527,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Fine sediment fraction",46.442,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER22_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER22",51.5041,2.9966,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Fine sediment fraction",20.24,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER06_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER06",51.5457,3.0343,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Total organic matter content",0.69006645084341,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER12_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER12",51.5251,3.0369,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Total organic matter content",0.755156641063248,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER21_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER21",51.5081,2.9908,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Total organic matter content",0.611892683437045,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER12_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER12",51.5251,3.0369,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","2 mm fraction",2.19469795740982,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER18_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER18",51.5152,2.9946,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","2 mm fraction",3.57789795189803,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER08_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER08",51.5265,3.0527,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Mud content",5.86799999999999,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER18_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER18",51.5152,2.9946,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 20-810","NORTHER24_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER24",51.5121,2.946,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE","2020-11-13","Autumn",2020,null,null,"VV1","Mud content",11.48,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB08_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB08",51.679495,2.81765,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,23.60400009,"VV1","Median grain size",356.677,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB20_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB20",51.662305,2.807545,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,null,"VV1","Median grain size",374.206,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB32_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB32",51.645224,2.797466,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,null,"VV1","Median grain size",394.149,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","NBB04_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","NBB04",51.651087,2.800803,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,null,"VV1","Median grain size",404.854,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB15_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB15",51.670646,2.805944,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,21.56500053,"VV1","Fine sediment fraction",12.172,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB23_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB23",51.659301,2.799284,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,null,"VV1","Fine sediment fraction",7.59699999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB29_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB29",51.653223,2.78251,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,25.48399925,"VV1","Fine sediment fraction",14.796,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB05_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB05",51.687502,2.802571,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,22.0529995,"VV1","Total organic matter content",0.488,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB15_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB15",51.670646,2.805944,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,21.56500053,"VV1","Total organic matter content",0.329,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB19_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB19",51.664973,2.802558,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,null,"VV1","Total organic matter content",0.812,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB29_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB29",51.653223,2.78251,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,25.48399925,"VV1","Total organic matter content",0.635,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB05_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB05",51.687502,2.802571,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,22.0529995,"VV1","2 mm fraction",2.57,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB13_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB13",51.675879,2.795967,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,26.07099915,"VV1","2 mm fraction",3.46,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB19_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB19",51.664973,2.802558,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,null,"VV1","2 mm fraction",2.12,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB35_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB35",51.642242,2.788981,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,19.6779995,"VV1","2 mm fraction",3.58,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB03_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB03",51.687628,2.816107,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,21.53199959,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB10_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB10",51.678952,2.804286,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB26_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB26",51.656243,2.790873,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB35_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","BB35",51.642242,2.788981,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2019-10-23","Autumn",2019,null,19.6779995,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","NTB37_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","NTB37",51.5744,2.9887,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,15.53600025,"VV1","Median grain size",360.215,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB15_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,21.43000031,"VV1","Median grain size",419.029,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB27_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB27",51.5464,2.8922,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,null,"VV1","Median grain size",358.203,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB01_REF_BB_Autumn_2019_VV1","VV grab","Sediment grabs","BB01",51.617875,2.762005556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE","2019-10-22","Autumn",2019,null,null,"VV1","Median grain size",550.145,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","NTB24_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","NTB24",51.5553,2.9869,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,13.49300003,"VV1","Fine sediment fraction",18.887,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB07_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB07",51.565,2.9873,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,13.70300007,"VV1","Fine sediment fraction",22.084,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB15_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,21.43000031,"VV1","Fine sediment fraction",3.20399999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB04_REF_BB_Autumn_2019_VV1","VV grab","Sediment grabs","BB04",51.610725,2.769272222,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE","2019-10-22","Autumn",2019,null,null,"VV1","Fine sediment fraction",3.129,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB11_REF_BB_Autumn_2019_VV1","VV grab","Sediment grabs","BB11",51.61608333,2.775408333,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE","2019-10-22","Autumn",2019,null,null,"VV1","Fine sediment fraction",13.657,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","NTB06_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","NTB06",51.541,2.9344,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,null,"VV1","Total organic matter content",1.19,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB07_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB07",51.565,2.9873,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,13.70300007,"VV1","Total organic matter content",1.044,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB27_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB27",51.5464,2.8922,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,null,"VV1","Total organic matter content",1.053,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB05_REF_BB_Autumn_2019_VV1","VV grab","Sediment grabs","BB05",51.61178056,2.773630556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE","2019-10-22","Autumn",2019,null,null,"VV1","Total organic matter content",0.583,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB11_REF_BB_Autumn_2019_VV1","VV grab","Sediment grabs","BB11",51.61608333,2.775408333,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE","2019-10-22","Autumn",2019,null,null,"VV1","Total organic matter content",0.672,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB08_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB08",51.5604,2.9956,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,11.21399975,"VV1","2 mm fraction",0.47,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB20_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB20",51.534,2.952,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,null,"VV1","2 mm fraction",0.82,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB27_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB27",51.5464,2.8922,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,null,"VV1","2 mm fraction",3.42,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB16_REF_BB_Autumn_2019_VV1","VV grab","Sediment grabs","BB16",51.62199167,2.775530556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE","2019-10-22","Autumn",2019,null,null,"VV1","2 mm fraction",2.98,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB05_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB05",51.5644,3.0075,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,15.86299992,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB07_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB07",51.565,2.9873,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,13.70300007,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","TB32_FAR_Autumn_2019_VV1","VV grab","Sediment grabs","TB32",51.5252,2.9295,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2019-10-22","Autumn",2019,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB06_REF_BB_Autumn_2019_VV1","VV grab","Sediment grabs","BB06",51.61407778,2.771333333,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE","2019-10-22","Autumn",2019,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","BB16_REF_BB_Autumn_2019_VV1","VV grab","Sediment grabs","BB16",51.62199167,2.775530556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE","2019-10-22","Autumn",2019,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","GB16_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB16",51.47152611,2.87750692,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2019-10-21","Autumn",2019,null,null,"VV1","Median grain size",396.6,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","GB14_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2019-10-21","Autumn",2019,null,null,"VV1","Fine sediment fraction",23.676,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","GB23_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2019-10-21","Autumn",2019,null,null,"VV1","Fine sediment fraction",28.237,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","GB16_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB16",51.47152611,2.87750692,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2019-10-21","Autumn",2019,null,null,"VV1","Total organic matter content",0.6,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","GB14_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2019-10-21","Autumn",2019,null,null,"VV1","2 mm fraction",2.95,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","GB16_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB16",51.47152611,2.87750692,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2019-10-21","Autumn",2019,null,null,"VV1","2 mm fraction",4.55,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2019/26","GB02_REF_TB_Autumn_2019_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2019-10-21","Autumn",2019,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"GB14_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2018-10-26","Autumn",2018,null,null,"VV1","Median grain size",343.632,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"GB17_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2018-10-26","Autumn",2018,null,null,"VV1","Median grain size",383.534,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"GB19_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB19",51.46276412,2.847487324,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2018-10-26","Autumn",2018,null,null,"VV1","Fine sediment fraction",23.077,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"GB22_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2018-10-26","Autumn",2018,null,null,"VV1","Total organic matter content",0.573405832921402,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"GB17_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2018-10-26","Autumn",2018,null,null,"VV1","Total organic matter content",0.551147431938042,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"GB01_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2018-10-26","Autumn",2018,null,null,"VV1","Mud content",1.727,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"GB04_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2018-10-26","Autumn",2018,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"GB17_REF_TB_Autumn_2018_VV1","VV grab","Sediment grabs","GB17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2018-10-26","Autumn",2018,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB06_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB06",51.5696,2.9789,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,18.53000069,"VV1","Median grain size",426.013,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB27_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB27",51.5464,2.8922,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,24.45299912,"VV1","Median grain size",369.677,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NTB24_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NTB24",51.5553,2.9869,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,22.06299973,"VV1","Fine sediment fraction",15.679,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB06_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB06",51.5696,2.9789,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,18.53000069,"VV1","Fine sediment fraction",6.931,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB27_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB27",51.5464,2.8922,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,24.45299912,"VV1","Fine sediment fraction",13.577,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NTB29_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NTB29",51.5705,2.9965,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,21.4829998,"VV1","Total organic matter content",0.491738788355632,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB06_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB06",51.5696,2.9789,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,18.53000069,"VV1","Total organic matter content",0.565750689360083,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB27_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB27",51.5464,2.8922,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,24.45299912,"VV1","Total organic matter content",0.492660876631628,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NTB36_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NTB36",51.5645,2.9704,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,20.6439991,"VV1","2 mm fraction",0.508081293006882,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB15_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,21.43000031,"VV1","2 mm fraction",6.14548789952727,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB27_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB27",51.5464,2.8922,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,24.45299912,"VV1","2 mm fraction",0.346404620636841,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"NTB36_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","NTB36",51.5645,2.9704,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,20.6439991,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB04_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB04",51.5665,3.0037,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,17.53199959,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"TB19_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","TB19",51.5376,2.9418,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2018-10-25","Autumn",2018,null,19.04599953,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB05_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB05",51.687502,2.802571,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,22.0529995,"VV1","Median grain size",422.115,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB15_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB15",51.670646,2.805944,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,21.56500053,"VV1","Median grain size",350.464,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB29_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB29",51.653223,2.78251,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,25.48399925,"VV1","Median grain size",376.583,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB06_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB06",51.684694,2.807617,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,24.82299995,"VV1","Fine sediment fraction",11.64,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB17_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB17",51.670206,2.792582,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,17.41399956,"VV1","Fine sediment fraction",1.863,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB30_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB30",51.650499,2.787524,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,22.1439991,"VV1","Fine sediment fraction",11.074,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB10_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB10",51.678952,2.804286,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,24.409,"VV1","Total organic matter content",0.614113012243633,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB22_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB22",51.6619,2.794297,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,18.00499916,"VV1","Total organic matter content",0.882861563666131,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB31_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB31",51.648068,2.792378,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,19.02300072,"VV1","Total organic matter content",0.42272658648283,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB14_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB14",51.673245,2.800956,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,21.943,"VV1","2 mm fraction",0.685934787799008,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB23_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB23",51.659301,2.799284,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,19.66799927,"VV1","2 mm fraction",5.44870572986161,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB33_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB33",51.647435,2.779175,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,28.01000023,"VV1","2 mm fraction",24.9179667261528,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB14_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB14",51.673245,2.800956,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,21.943,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB19_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB19",51.664973,2.802558,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,20.38999939,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"BB34_FAR_Autumn_2018_VV1","VV grab","Sediment grabs","BB34",51.645238,2.784077,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2018-10-24","Autumn",2018,null,24.38299942,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","NTB29_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NTB29",51.5705,2.9965,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,16.06699944,"VV1","Median grain size",362.089,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","TB14_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB14",51.5497,2.9787,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,13.43099976,"VV1","Median grain size",334.444,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","TB25_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB25",51.5333,2.9331,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,14.57299995,"VV1","Median grain size",379.927,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","GB05_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2017-11-07","Autumn",2017,null,null,"VV1","Median grain size",419.871,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","NTB37_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NTB37",51.5744,2.9887,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,20.24600029,"VV1","Fine sediment fraction",4.46899999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","TB12_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB12",51.5592,2.9606,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,22.29000092,"VV1","Fine sediment fraction",4.517,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","TB20_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB20",51.534,2.952,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,15.53600025,"VV1","Fine sediment fraction",15.739,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","GB13_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2017-11-07","Autumn",2017,null,null,"VV1","Fine sediment fraction",9.077,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","NTB06_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NTB06",51.541,2.9344,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,19.61000061,"VV1","Total organic matter content",0.534223706176962,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","NTB37_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NTB37",51.5744,2.9887,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,20.24600029,"VV1","Total organic matter content",0.551317614424407,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","TB22_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB22",51.5456,2.9097,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,22.44499969,"VV1","Total organic matter content",0.62437059415909,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","GB01_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2017-11-07","Autumn",2017,null,null,"VV1","Total organic matter content",0.960528290559809,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","GB14_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2017-11-07","Autumn",2017,null,null,"VV1","Total organic matter content",0.49970605526161,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","NTB06_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NTB06",51.541,2.9344,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,19.61000061,"VV1","2 mm fraction",4.77656874126837,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","TB16_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB16",51.5501,2.9168,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,21.28499985,"VV1","2 mm fraction",1.71795054007959,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","TB23_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB23",51.5416,2.9173,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,19.68400002,"VV1","2 mm fraction",10.2064408674023,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","GB12_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2017-11-07","Autumn",2017,null,null,"VV1","2 mm fraction",0.677518894503824,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","NTB24_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NTB24",51.5553,2.9869,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,13.49300003,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","TB05_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB05",51.5644,3.0075,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,15.86299992,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","TB22_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","TB22",51.5456,2.9097,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2017-11-07","Autumn",2017,null,22.44499969,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","GB04_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2017-11-07","Autumn",2017,null,null,"VV1","Mud content",1.761,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-640","GB23_REF_TB_Autumn_2017_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2017-11-07","Autumn",2017,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB04_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB04",51.685167,2.820871,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,24.103,"VV1","Median grain size",350.816,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB17_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB17",51.670206,2.792582,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,21.01000023,"VV1","Median grain size",404.745,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB34_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB34",51.645238,2.784077,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,24.38299942,"VV1","Median grain size",423.726,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","NBB06_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NBB06",51.676388,2.809386,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,20.1060009,"VV1","Median grain size",377.737,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB23_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB23",51.659301,2.799284,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,19.66799927,"VV1","Fine sediment fraction",9.25700000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB27_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB27",51.653589,2.795777,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,19.00200081,"VV1","Fine sediment fraction",10.22,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","NBB07_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","NBB07",51.639703,2.794067,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,15.9659996,"VV1","Fine sediment fraction",2.193,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB19_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB19",51.664973,2.802558,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,20.38999939,"VV1","Total organic matter content",0.431800863601731,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB23_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB23",51.659301,2.799284,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,19.66799927,"VV1","Total organic matter content",0.605251870561895,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB32_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB32",51.645224,2.797466,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,19.87700081,"VV1","Total organic matter content",0.537419498112379,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB15_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB15",51.670646,2.805944,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,15.86600018,"VV1","2 mm fraction",1.49401568303756,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB21_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB21",51.664602,2.789142,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,21.46100044,"VV1","2 mm fraction",5.44140309679313,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB34_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB34",51.645238,2.784077,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,24.38299942,"VV1","2 mm fraction",9.23212464063804,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB10_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB10",51.678952,2.804286,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,24.4090004,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB17_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB17",51.670206,2.792582,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,21.01000023,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 17-582","BB31_FAR_Autumn_2017_VV1","VV grab","Sediment grabs","BB31",51.648068,2.792378,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2017-10-18","Autumn",2017,null,19.02300072,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB05",51.680706,2.821535,"BLIGHBANK","BELWIND","BB",null,50,"CLOSE","BE","2016-10-25","Autumn",2016,null,22.76399994,"VV1","Median grain size",436.631,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB15_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB15",51.635255,2.794325,"BLIGHBANK","BELWIND","BB",null,50,"CLOSE","BE","2016-10-25","Autumn",2016,null,15.86600018,"VV1","Median grain size",397.819,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB06_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB06",51.684694,2.807617,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,24.82299995,"VV1","Median grain size",394.978,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB17_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB17",51.670206,2.792582,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,21.01000023,"VV1","Median grain size",417.457,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","GB17_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2016-10-25","Autumn",2016,null,null,"VV1","Median grain size",400.761,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2016-10-25","Autumn",2016,null,null,"VV1","Median grain size",443.329,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB15_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB15",51.635255,2.794325,"BLIGHBANK","BELWIND","BB",null,50,"CLOSE","BE","2016-10-25","Autumn",2016,null,15.86600018,"VV1","Fine sediment fraction",7.089,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB05_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB05",51.687502,2.802571,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,22.0529995,"VV1","Fine sediment fraction",11.654,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB17_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB17",51.670206,2.792582,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,21.01000023,"VV1","Fine sediment fraction",7.85599999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","GB01_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2016-10-25","Autumn",2016,null,null,"VV1","Fine sediment fraction",27.992,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2016-10-25","Autumn",2016,null,null,"VV1","Fine sediment fraction",5.544,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB07_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB07",51.67195,2.809711,"BLIGHBANK","BELWIND","BB",null,50,"CLOSE","BE","2016-10-25","Autumn",2016,null,14.93299961,"VV1","Total organic matter content",0.307527091672339,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB02_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB02",51.690437,2.811229,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,24.34700012,"VV1","Total organic matter content",0.331480442653872,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB21_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB21",51.664602,2.789142,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,21.46100044,"VV1","Total organic matter content",0.567815957384542,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB24_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB24",51.656702,2.804214,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,18.57699966,"VV1","Total organic matter content",0.558765034567677,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","GB22_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2016-10-25","Autumn",2016,null,null,"VV1","Total organic matter content",0.609001807974118,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB11_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB11",51.6544,2.786163,"BLIGHBANK","BELWIND","BB",null,50,"CLOSE","BE","2016-10-25","Autumn",2016,null,23.4260006,"VV1","2 mm fraction",3.82435108085383,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB06_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB06",51.684694,2.807617,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,24.82299995,"VV1","2 mm fraction",0.910002814441694,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB13_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB13",51.675879,2.795967,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,26.07099915,"VV1","2 mm fraction",2.09093699901081,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","GB12_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2016-10-25","Autumn",2016,null,null,"VV1","2 mm fraction",0.703824514547167,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","GB02_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2016-10-25","Autumn",2016,null,null,"VV1","2 mm fraction",3.14542997234096,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB05",51.680706,2.821535,"BLIGHBANK","BELWIND","BB",null,50,"CLOSE","BE","2016-10-25","Autumn",2016,null,22.76399994,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","BB13",51.645623,2.774352,"BLIGHBANK","BELWIND","BB",null,50,"CLOSE","BE","2016-10-25","Autumn",2016,null,29.51499939,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB17_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB17",51.670206,2.792582,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,21.01000023,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","BB23_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","BB23",51.659301,2.799284,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE","2016-10-25","Autumn",2016,null,19.66799927,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-850","GB24_REF_TB_Autumn_2016_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2016-10-25","Autumn",2016,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB01_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB01",51.5761,3.0033,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,21.85099983,"VV1","Median grain size",334.118,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB10_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB10",51.5599,2.9784,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,15.23099995,"VV1","Median grain size",418.994,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB28_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB28",51.5421,2.9,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,19.43499947,"VV1","Median grain size",391.105,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB01_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB01",51.5761,3.0033,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,21.85099983,"VV1","Fine sediment fraction",18.4,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB15_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,21.43000031,"VV1","Fine sediment fraction",14.202,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB22_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB22",51.5456,2.9097,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,22.44499969,"VV1","Fine sediment fraction",18.14,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","NTB24_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NTB24",51.5553,2.9869,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,null,"VV1","Total organic matter content",0.497147940760892,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB15_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,21.43000031,"VV1","Total organic matter content",0.503534424324582,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB22_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB22",51.5456,2.9097,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,22.44499969,"VV1","Total organic matter content",0.883461088735874,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","NTB29_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NTB29",51.5705,2.9965,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,16.39100075,"VV1","2 mm fraction",1.03970196249591,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB15_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,21.43000031,"VV1","2 mm fraction",8.21236456987477,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB22_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB22",51.5456,2.9097,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,22.44499969,"VV1","2 mm fraction",10.3778620334241,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","NTB06_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NTB06",51.541,2.9344,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,13.70300007,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB15_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,21.43000031,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 16-840","TB22_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","TB22",51.5456,2.9097,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE","2016-10-24","Autumn",2016,null,22.44499969,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC01_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Median grain size",550.588,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC03_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV3","Median grain size",393.779,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC07_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV3","Median grain size",477.72,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC08_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Median grain size",387.221,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE12_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV3","Median grain size",371.684,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE21_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Median grain size",382.137,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE21_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV3","Median grain size",397.814,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC01_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Fine sediment fraction",1.506,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC02_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV3","Fine sediment fraction",12.773,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC04_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV2","Fine sediment fraction",1.565,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC06_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Fine sediment fraction",10.791,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE06_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV3","Fine sediment fraction",8.223,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE16_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Fine sediment fraction",17.242,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE19_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV3","Fine sediment fraction",4.21299999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBI26_IMPACT_Autumn_2014_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2014-10-16","Autumn",2014,null,36.67,"VV1","Fine sediment fraction",6.827,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC01_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV3","Total organic matter content",0.633143037788807,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC04_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Total organic matter content",0.611323033690575,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC06_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV2","Total organic matter content",0.695719697367197,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC09_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV3","Total organic matter content",1.30630248536772,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE14_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV2","Total organic matter content",0.485758097718781,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE20_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Total organic matter content",0.849751111429434,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBI02_IMPACT_Autumn_2014_VV3","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2014-10-16","Autumn",2014,null,31.082,"VV3","Total organic matter content",0.800400681929839,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBI26_IMPACT_Autumn_2014_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2014-10-16","Autumn",2014,null,36.67,"VV1","Total organic matter content",0.47476410291222,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC02_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC04_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBC06_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE12_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Mud content",0.629999999999995,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE19_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","BBE20_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2014-10-16","Autumn",2014,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB13_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2014-10-15","Autumn",2014,null,24.39500046,"VV2","Median grain size",334.941,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB28_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,31.33099937,"VV1","Median grain size",280.965,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB32_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,14.76799965,"VV2","Median grain size",335.018,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBE06_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","TBE06",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,30.238,"VV2","Median grain size",325.105,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBE07_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","TBE07",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,31.149,"VV1","Median grain size",419.024,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBE16_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,14.254,"VV3","Median grain size",401.256,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB17_EDGE_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2014-10-15","Autumn",2014,null,26.09000015,"VV2","Fine sediment fraction",12.199,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB28_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,31.33099937,"VV1","Fine sediment fraction",11.614,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB32_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,14.76799965,"VV3","Fine sediment fraction",23.144,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBE06_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","TBE06",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,30.238,"VV3","Fine sediment fraction",20.049,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBE16_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,14.254,"VV2","Fine sediment fraction",11.334,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBEC03_EDGE_CONTROL_Autumn_2014_VV3","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2014-10-15","Autumn",2014,null,null,"VV3","Fine sediment fraction",4.012,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB17_EDGE_CONTROL_Autumn_2014_VV3","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2014-10-15","Autumn",2014,null,26.09000015,"VV3","Total organic matter content",0.732567726471995,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB32_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,14.76799965,"VV3","Total organic matter content",0.523552264173834,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB34_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,27.10300064,"VV2","Total organic matter content",0.829699918078307,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBE06_EDGE_Autumn_2014_VV2","VV grab","Sediment grabs","TBE06",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,30.238,"VV2","Total organic matter content",1.1857937174834,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBEC03_EDGE_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2014-10-15","Autumn",2014,null,null,"VV2","Total organic matter content",0.69274672247635,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBEC04_EDGE_CONTROL_Autumn_2014_VV3","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2014-10-15","Autumn",2014,null,null,"VV3","Total organic matter content",0.648231414868118,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB17_EDGE_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2014-10-15","Autumn",2014,null,26.09000015,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","NTB28_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,31.33099937,"VV1","Mud content",2.41800000000001,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBE05_EDGE_Autumn_2014_VV1","VV grab","Sediment grabs","TBE05",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,27.638,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBE06_EDGE_Autumn_2014_VV3","VV grab","Sediment grabs","TBE06",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2014-10-15","Autumn",2014,null,30.238,"VV3","Mud content",1.959,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBEC04_EDGE_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2014-10-15","Autumn",2014,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","TBEC05_EDGE_CONTROL_Autumn_2014_VV2","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2014-10-15","Autumn",2014,null,null,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","GB22_REF_TB_Autumn_2014_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2014-10-13","Autumn",2014,null,null,"VV1","Median grain size",434.708,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","GB25_REF_TB_Autumn_2014_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2014-10-13","Autumn",2014,null,null,"VV1","Fine sediment fraction",18.126,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","GBC07_REF_TB_Autumn_2014_VV3","VV grab","Sediment grabs","GBC07",51.47545648,2.869828961,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2014-10-13","Autumn",2014,null,null,"VV3","Total organic matter content",1.9040391845745,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2014/25","GBC06_REF_TB_Autumn_2014_VV2","VV grab","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2014-10-13","Autumn",2014,null,null,"VV2","Mud content",1.291,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNE01_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","BZNE01",51.5935,2.858435,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2012-10-22","AUTUMN",2012,null,32.3390007,"VV1","Median grain size",359.263,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNI01_IMPACT_AUTUMN_2012_VV3","VV grab","Sediment grabs","BZNI01",51.602031,2.872917,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2012-10-22","AUTUMN",2012,null,null,"VV3","Median grain size",358.35,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNI08_IMPACT_AUTUMN_2012_VV5","VV grab","Sediment grabs","BZNI08",51.618293,2.89747,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2012-10-22","AUTUMN",2012,null,null,"VV5","Median grain size",385.439,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNE01_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BZNE01",51.5935,2.858435,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2012-10-22","AUTUMN",2012,null,32.3390007,"VV3","Fine sediment fraction",15.828,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNI01_IMPACT_AUTUMN_2012_VV5","VV grab","Sediment grabs","BZNI01",51.602031,2.872917,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2012-10-22","AUTUMN",2012,null,null,"VV5","Fine sediment fraction",12.217,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNI08_IMPACT_AUTUMN_2012_VV1","VV grab","Sediment grabs","BZNI08",51.618293,2.89747,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2012-10-22","AUTUMN",2012,null,null,"VV1","Fine sediment fraction",20.086,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNE01_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BZNE01",51.5935,2.858435,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2012-10-22","AUTUMN",2012,null,32.3390007,"VV5","Total organic matter content",0.437183283657102,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNI06_IMPACT_AUTUMN_2012_VV2","VV grab","Sediment grabs","BZNI06",51.630953,2.924901,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2012-10-22","AUTUMN",2012,null,null,"VV2","Total organic matter content",0.777704684067915,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNE01_EDGE_AUTUMN_2012_VV2","VV grab","Sediment grabs","BZNE01",51.5935,2.858435,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2012-10-22","AUTUMN",2012,null,32.3390007,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNE03_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BZNE03",51.602317,2.910582,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2012-10-22","AUTUMN",2012,null,null,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 21/11/2012-22/11/2012","BZNI06_IMPACT_AUTUMN_2012_VV4","VV grab","Sediment grabs","BZNI06",51.630953,2.924901,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2012-10-22","AUTUMN",2012,null,null,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC01_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,33.1590004,"VV4","Median grain size",488.048,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC02_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,38.00099945,"VV5","Median grain size",350.467,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC05_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,32.37599945,"VV3","Median grain size",424.328,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC08_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,27.1590004,"VV1","Median grain size",374.804,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC09_EDGE_AUTUMN_2012_VV2","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,16.57900047,"VV2","Median grain size",450.079,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE09_EDGE_AUTUMN_2012_VV2","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,34.50699997,"VV2","Median grain size",367.351,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE14_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,34.31999969,"VV4","Median grain size",408.297,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE16_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,34.09799957,"VV5","Median grain size",343.773,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE20_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,25.71800041,"VV5","Median grain size",381.363,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBI02_IMPACT_AUTUMN_2012_VV2","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-10-18","AUTUMN",2012,null,31.08200073,"VV2","Median grain size",403.876,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBI33_IMPACT_AUTUMN_2012_VV2","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-10-18","AUTUMN",2012,null,33.50299835,"VV2","Median grain size",437.492,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC01_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,33.1590004,"VV3","Fine sediment fraction",7.733,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC04_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,35.13899994,"VV5","Fine sediment fraction",2.232,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC06_EDGE_AUTUMN_2012_VV2","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,30.46299934,"VV2","Fine sediment fraction",10.69,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC07_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,31.39599991,"VV5","Fine sediment fraction",6.797,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE06_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,35.23600006,"VV3","Fine sediment fraction",10.596,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE12_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,34.50699997,"VV1","Fine sediment fraction",14.077,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE14_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,34.31999969,"VV3","Fine sediment fraction",9.90900000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE19_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,31.75099945,"VV3","Fine sediment fraction",4.429,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBI02_IMPACT_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-10-18","AUTUMN",2012,null,31.08200073,"VV1","Fine sediment fraction",14.766,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBI05_IMPACT_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-10-18","AUTUMN",2012,null,25.16799927,"VV1","Fine sediment fraction",23.484,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBI33_IMPACT_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-10-18","AUTUMN",2012,null,33.50299835,"VV1","Fine sediment fraction",5.47199999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC03_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,35.95299911,"VV3","Total organic matter content",0.823138599463686,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC05_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,32.37599945,"VV5","Total organic matter content",0.669010041774483,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC06_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,30.46299934,"VV3","Total organic matter content",0.494688241155249,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC09_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,16.57900047,"VV5","Total organic matter content",0.397413816922559,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE09_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,35.23600006,"VV1","Total organic matter content",1.00741870962376,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE12_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,33.13700104,"VV5","Total organic matter content",0.766455079411096,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE19_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,31.75099945,"VV3","Total organic matter content",0.675898005750235,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE21_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,17.64500046,"VV4","Total organic matter content",0.585358030631048,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE22_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,27.83600044,"VV5","Total organic matter content",0.00507718111265892,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBI33_IMPACT_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-10-18","AUTUMN",2012,null,33.50299835,"VV1","Total organic matter content",0.616129633078805,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC02_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,38.00099945,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC03_EDGE_AUTUMN_2012_VV2","VV grab","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,35.95299911,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC06_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,30.46299934,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBC08_EDGE_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,27.1590004,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE05_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,34.09799957,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE14_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,33.13700104,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE14_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,33.13700104,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBE20_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2012-10-18","AUTUMN",2012,null,25.71800041,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBI02_IMPACT_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-10-18","AUTUMN",2012,null,31.08200073,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBI05_IMPACT_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-10-18","AUTUMN",2012,null,25.16799927,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","BBI33_IMPACT_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-10-18","AUTUMN",2012,null,33.50299835,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB02_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,20.3579998,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBE06_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","TBE06",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,30.23800087,"VV4","Median grain size",300.639,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBE11_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,25.34600067,"VV1","Median grain size",360.104,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC03_EDGE_CONTROL_AUTUMN_2012_VV1","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,27.42499924,"VV1","Median grain size",394.579,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC05_EDGE_CONTROL_AUTUMN_2012_VV1","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,27.63800049,"VV1","Median grain size",470.363,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC06_EDGE_CONTROL_AUTUMN_2012_VV1","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,28.36499977,"VV1","Median grain size",463.7,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB28_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,25.44199944,"VV1","Median grain size",292.329,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBE07_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","TBE07",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,31.14900017,"VV1","Fine sediment fraction",25.582,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBE11_EDGE_AUTUMN_2012_VV2","VV grab","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,25.34600067,"VV2","Fine sediment fraction",7.63500000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC03_EDGE_CONTROL_AUTUMN_2012_VV2","VV grab","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,27.42499924,"VV2","Fine sediment fraction",8.821,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC05_EDGE_CONTROL_AUTUMN_2012_VV3","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,27.63800049,"VV3","Fine sediment fraction",6.554,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC06_EDGE_CONTROL_AUTUMN_2012_VV3","VV grab","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,28.36499977,"VV3","Fine sediment fraction",10.056,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB28_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,25.44199944,"VV4","Fine sediment fraction",26.024,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB28_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,25.44199944,"VV4","Total organic matter content",1.01616530187959,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB28_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,25.44199944,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB32_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,14.76799965,"VV1","Fine sediment fraction",8.01600000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBE06_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","TBE06",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,30.23800087,"VV4","Total organic matter content",1.10360329491098,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBE16_EDGE_AUTUMN_2012_VV2","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,14.25399971,"VV2","Total organic matter content",0.779068195275228,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC02_EDGE_CONTROL_AUTUMN_2012_VV3","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,27.10700035,"VV3","Total organic matter content",2.32283089409932,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC05_EDGE_CONTROL_AUTUMN_2012_VV5","VV grab","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,27.63800049,"VV5","Total organic matter content",1.2941873477717,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB32_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,14.76799965,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB33_EDGE_AUTUMN_2012_VV2","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,23.58699989,"VV2","Median grain size",410.949,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB33_EDGE_AUTUMN_2012_VV2","VV grab","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,23.58699989,"VV2","Total organic matter content",1.06722503857175,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB34_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,27.10300064,"VV4","Fine sediment fraction",14.725,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB34_EDGE_AUTUMN_2012_VV5","VV grab","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,27.10300064,"VV5","Total organic matter content",1.61258918264884,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBE06_EDGE_AUTUMN_2012_VV1","VV grab","Sediment grabs","TBE06",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,30.23800087,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBE16_EDGE_AUTUMN_2012_VV4","VV grab","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2012-10-17","AUTUMN",2012,null,14.25399971,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC02_EDGE_CONTROL_AUTUMN_2012_VV2","VV grab","Sediment grabs","TBEC02",51.543013,3.010901,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,27.10700035,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBEC04_EDGE_CONTROL_AUTUMN_2012_VV4","VV grab","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-17","AUTUMN",2012,null,26.04800034,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","GBC06_REF_TB_AUTUMN_2012_VV5","VV grab","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2012-10-15","AUTUMN",2012,null,24.64800072,"VV5","Median grain size",421.393,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","GB22_REF_TB_AUTUMN_2012_VV5","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2012-10-15","AUTUMN",2012,null,17.97100067,"VV5","Median grain size",328.83,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB13_CONTROL_AUTUMN_2012_VV1","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2012-10-15","AUTUMN",2012,null,24.39500046,"VV1","Fine sediment fraction",25.794,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB13_CONTROL_AUTUMN_2012_VV3","VV grab","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2012-10-15","AUTUMN",2012,null,24.39500046,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBC01_CONTROL_AUTUMN_2012_VV1","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2012-10-15","AUTUMN",2012,null,25.09499931,"VV1","Median grain size",458.82,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","GBC06_REF_TB_AUTUMN_2012_VV2","VV grab","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2012-10-15","AUTUMN",2012,null,24.64800072,"VV2","Fine sediment fraction",6.065,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","GBC07_REF_TB_AUTUMN_2012_VV1","VV grab","Sediment grabs","GBC07",51.47545648,2.869828961,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2012-10-15","AUTUMN",2012,null,25.19199944,"VV1","Fine sediment fraction",19.392,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB17_EDGE_CONTROL_AUTUMN_2012_VV1","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-15","AUTUMN",2012,null,26.09000015,"VV1","Total organic matter content",1.57433413442646,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB17_EDGE_CONTROL_AUTUMN_2012_VV2","VV grab","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2012-10-15","AUTUMN",2012,null,26.09000015,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","NTB19_CONTROL_AUTUMN_2012_VV5","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2012-10-15","AUTUMN",2012,null,20.2689991,"VV5","Total organic matter content",1.64738700427209,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBC01_CONTROL_AUTUMN_2012_VV3","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2012-10-15","AUTUMN",2012,null,25.09499931,"VV3","Fine sediment fraction",28.836,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBC06_CONTROL_AUTUMN_2012_VV4","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2012-10-15","AUTUMN",2012,null,15.80000019,"VV4","Fine sediment fraction",1.259,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","GBC07_REF_TB_AUTUMN_2012_VV4","VV grab","Sediment grabs","GBC07",51.47545648,2.869828961,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2012-10-15","AUTUMN",2012,null,25.19199944,"VV4","Total organic matter content",2.47389823057476,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBC01_CONTROL_AUTUMN_2012_VV5","VV grab","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2012-10-15","AUTUMN",2012,null,25.09499931,"VV5","Total organic matter content",1.4248766933631,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","GBC07_REF_TB_AUTUMN_2012_VV1","VV grab","Sediment grabs","GBC07",51.47545648,2.869828961,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2012-10-15","AUTUMN",2012,null,25.19199944,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","GB22_REF_TB_AUTUMN_2012_VV2","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2012-10-15","AUTUMN",2012,null,17.97100067,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/26","TBC06_CONTROL_AUTUMN_2012_VV4","VV grab","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2012-10-15","AUTUMN",2012,null,15.80000019,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 12-630","BBI36_IMPACT_AUTUMN_2012_VV1","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-09-04","AUTUMN",2012,null,27,"VV1","Median grain size",355.51,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 12-630","BBI37_IMPACT_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBI37",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-09-04","AUTUMN",2012,null,27,"VV3","Median grain size",438.481,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 12-630","BBI39_IMPACT_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-09-04","AUTUMN",2012,null,27,"VV4","Median grain size",367.625,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 12-630","BBI39_IMPACT_AUTUMN_2012_VV5","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-09-04","AUTUMN",2012,null,27,"VV5","Fine sediment fraction",11.171,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 12-630","BBI36_IMPACT_AUTUMN_2012_VV3","VV grab","Sediment grabs","BBI36",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-09-04","AUTUMN",2012,null,27,"VV3","Total organic matter content",0.588822034170999,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 12-630","BBI38_IMPACT_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBI38",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-09-04","AUTUMN",2012,null,27,"VV4","Total organic matter content",0.385855734259284,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 12-630","BBI39_IMPACT_AUTUMN_2012_VV2","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-09-04","AUTUMN",2012,null,27,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin","Cruise 12-630","BBI39_IMPACT_AUTUMN_2012_VV4","VV grab","Sediment grabs","BBI39",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2012-09-04","AUTUMN",2012,null,27,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/20a","NW2A_TARGETED_SUMMER_2012_VV1","VV grab","Sediment grabs","NW2A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE","2012-07-12","SUMMER",2012,null,null,"VV1","Median grain size",307.993,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/20a","NW1A_TARGETED_SUMMER_2012_VV1","VV grab","Sediment grabs","NW1A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE","2012-07-12","SUMMER",2012,null,null,"VV1","Fine sediment fraction",25.549,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/20a","NW4A_TARGETED_SUMMER_2012_VV1","VV grab","Sediment grabs","NW4A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE","2012-07-12","SUMMER",2012,null,null,"VV1","Fine sediment fraction",18.008,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/20a","NO4C_TARGETED_SUMMER_2012_VV1","VV grab","Sediment grabs","NO4C",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE","2012-07-12","SUMMER",2012,null,null,"VV1","Total organic matter content",0.51762555975537,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/20a","NO 1M_TARGETED_SUMMER_2012_VV1","VV grab","Sediment grabs","NO 1M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,26.25,"TARGETED","BE","2012-07-12","SUMMER",2012,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2012/20a","NW3A_TARGETED_SUMMER_2012_VV1","VV grab","Sediment grabs","NW3A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE","2012-07-12","SUMMER",2012,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC07_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,31.39599991,"VV5","Median grain size",397.534,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC09_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,16.57900047,"VV4","Median grain size",456.428,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE06_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,34.09799957,"VV4","Median grain size",465.213,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE14_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,33.13700104,"VV3","Median grain size",408.624,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE19_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,31.75099945,"VV5","Median grain size",405.944,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE21_EDGE_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,17.64500046,"VV1","Median grain size",413.899,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE22_EDGE_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,27.83600044,"VV2","Median grain size",455.042,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","GBC07_REF_TB_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","GBC07",51.47545648,2.869828961,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2011-10-20","AUTUMN",2011,null,25.19199944,"VV3","Median grain size",341.658,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC07_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,31.39599991,"VV3","Fine sediment fraction",4.324,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC09_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,16.57900047,"VV3","Fine sediment fraction",5.645,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE06_EDGE_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,34.09799957,"VV1","Fine sediment fraction",8.089,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE12_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,34.50699997,"VV5","Fine sediment fraction",17.51,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE16_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,34.31999969,"VV5","Fine sediment fraction",14.362,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE22_EDGE_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,27.83600044,"VV2","Fine sediment fraction",2.07599999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","GBC06_REF_TB_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2011-10-20","AUTUMN",2011,null,24.64800072,"VV5","Fine sediment fraction",17.46,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","GB22_REF_TB_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2011-10-20","AUTUMN",2011,null,17.97100067,"VV2","Fine sediment fraction",11.36,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC08_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,27.1590004,"VV4","Total organic matter content",1.13701958015823,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE05_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,35.73699951,"VV4","Total organic matter content",0.756785891001636,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE09_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,35.23600006,"VV5","Total organic matter content",0.533501422822706,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE16_EDGE_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,34.31999969,"VV1","Total organic matter content",0.458424956207363,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE20_EDGE_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,25.71800041,"VV1","Total organic matter content",0.400076650199335,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE20_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,25.71800041,"VV3","Total organic matter content",0.429608389645263,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","GBC06_REF_TB_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2011-10-20","AUTUMN",2011,null,24.64800072,"VV1","Total organic matter content",1.80697532687026,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","GB25_REF_TB_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","GB25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2011-10-20","AUTUMN",2011,null,17.01300049,"VV3","Total organic matter content",0.829898406394488,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC07_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,31.39599991,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC09_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,16.57900047,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE09_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,35.23600006,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE14_EDGE_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,33.13700104,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE19_EDGE_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,31.75099945,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBE22_EDGE_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-20","AUTUMN",2011,null,27.83600044,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","GBC07_REF_TB_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","GBC07",51.47545648,2.869828961,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2011-10-20","AUTUMN",2011,null,25.19199944,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","GB22_REF_TB_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2011-10-20","AUTUMN",2011,null,17.97100067,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC02_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,38.00099945,"VV5","Median grain size",448.13,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC04_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,35.13899994,"VV4","Median grain size",458.264,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC05_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,32.37599945,"VV5","Median grain size",420.975,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBI26_IMPACT_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-10-19","AUTUMN",2011,null,36.66999817,"VV2","Median grain size",407.142,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBI26_IMPACT_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-10-19","AUTUMN",2011,null,36.66999817,"VV5","Median grain size",423.087,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC02_EDGE_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,38.00099945,"VV2","Fine sediment fraction",17.556,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC04_EDGE_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,35.13899994,"VV2","Fine sediment fraction",9.111,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC06_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,30.46299934,"VV3","Fine sediment fraction",8.17,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBI05_IMPACT_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-10-19","AUTUMN",2011,null,25.16799927,"VV4","Fine sediment fraction",10.38,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBI33_IMPACT_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-10-19","AUTUMN",2011,null,33.50299835,"VV4","Fine sediment fraction",1.992,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC04_EDGE_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BBC04",51.61909,2.824985,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,35.13899994,"VV1","Total organic matter content",0.106542031489075,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC05_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BBC05",51.633346,2.844077,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,32.37599945,"VV3","Total organic matter content",0.367348604755591,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBI02_IMPACT_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-10-19","AUTUMN",2011,null,31.08200073,"VV1","Total organic matter content",0.554935117559262,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBI33_IMPACT_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-10-19","AUTUMN",2011,null,33.50299835,"VV3","Total organic matter content",0.532741124071414,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC02_EDGE_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BBC02",51.69194,2.767305,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,38.00099945,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC03_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,35.95299911,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBC06_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBC06",51.646999,2.860551,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2011-10-19","AUTUMN",2011,null,30.46299934,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBI05_IMPACT_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-10-19","AUTUMN",2011,null,25.16799927,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 19/10/2011-20/10/2011","BBI26_IMPACT_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-10-19","AUTUMN",2011,null,36.66999817,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE01_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BZNE01",51.5935,2.858435,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,23.00600052,"VV3","Median grain size",366.414,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE06_EDGE_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BZNE06",51.634796,2.887674,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,29.71699905,"VV1","Median grain size",411.171,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE06_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BZNE06",51.634796,2.887674,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,29.71699905,"VV4","Median grain size",471.704,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI01_IMPACT_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BZNI01",51.602031,2.872917,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,17.64500046,"VV5","Median grain size",408.05,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI08_IMPACT_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","BZNI08",51.618293,2.89747,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,22.34700012,"VV2","Median grain size",353.06,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI08_IMPACT_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BZNI08",51.618293,2.89747,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,22.34700012,"VV5","Median grain size",358.098,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE03_EDGE_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","BZNE03",51.602317,2.910582,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,32.3390007,"VV2","Fine sediment fraction",18.412,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE06_EDGE_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BZNE06",51.634796,2.887674,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,29.71699905,"VV3","Fine sediment fraction",13.825,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI01_IMPACT_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BZNI01",51.602031,2.872917,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,17.64500046,"VV3","Fine sediment fraction",17.989,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI06_IMPACT_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BZNI06",51.630953,2.924901,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,21.04400063,"VV1","Fine sediment fraction",9.518,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI08_IMPACT_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BZNI08",51.618293,2.89747,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,22.34700012,"VV1","Fine sediment fraction",19.646,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE01_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BZNE01",51.5935,2.858435,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,23.00600052,"VV4","Total organic matter content",0.588046747867268,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE03_EDGE_AUTUMN_2011_VV2","VV GRAB","Sediment grabs","BZNE03",51.602317,2.910582,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,32.3390007,"VV2","Total organic matter content",0.527814846535352,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI01_IMPACT_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","BZNI01",51.602031,2.872917,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,17.64500046,"VV1","Total organic matter content",0.325728502593689,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI01_IMPACT_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BZNI01",51.602031,2.872917,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,17.64500046,"VV5","Total organic matter content",0.397292096962534,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI06_IMPACT_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BZNI06",51.630953,2.924901,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,21.04400063,"VV3","Total organic matter content",0.456439769795617,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI08_IMPACT_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BZNI08",51.618293,2.89747,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,22.34700012,"VV3","Total organic matter content",0.379838871431457,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE01_EDGE_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BZNE01",51.5935,2.858435,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,23.00600052,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE03_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BZNE03",51.602317,2.910582,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,32.3390007,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNE06_EDGE_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","BZNE06",51.634796,2.887674,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2011-10-17","AUTUMN",2011,null,29.71699905,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI06_IMPACT_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BZNI06",51.630953,2.924901,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,21.04400063,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI08_IMPACT_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","BZNI08",51.618293,2.89747,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,22.34700012,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 17/10/2011","BZNI08_IMPACT_AUTUMN_2011_VV5","VV GRAB","Sediment grabs","BZNI08",51.618293,2.89747,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2011-10-17","AUTUMN",2011,null,22.34700012,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Geosurveyor IV","Geosurveyor IV 1/09/2011","NBB05_IMPACT_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","NBB05",51.681644,2.799747,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-09-01","AUTUMN",2011,null,25.36100006,"VV1","Fine sediment fraction",16.09,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Geosurveyor IV","Geosurveyor IV 1/09/2011","NBB04_IMPACT_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","NBB04",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-09-01","AUTUMN",2011,null,21.25,"VV4","Fine sediment fraction",11.661,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Geosurveyor IV","Geosurveyor IV 1/09/2011","NBB06_IMPACT_AUTUMN_2011_VV4","VV GRAB","Sediment grabs","NBB06",51.676387,2.809829,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-09-01","AUTUMN",2011,null,19.0189991,"VV4","Fine sediment fraction",8.881,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Geosurveyor IV","Geosurveyor IV 1/09/2011","NBB03_IMPACT_AUTUMN_2011_VV1","VV GRAB","Sediment grabs","NBB03",51.658966,2.786323,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-09-01","AUTUMN",2011,null,23.03899956,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Geosurveyor IV","Geosurveyor IV 1/09/2011","NBB04_IMPACT_AUTUMN_2011_VV3","VV GRAB","Sediment grabs","NBB04",51.651129,2.80133,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2011-09-01","AUTUMN",2011,null,21.25,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NO5A_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","NO5A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Median grain size",359.931,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NWB1_TARGETED_SPRING_2011_VV1","VV GRAB","Sediment grabs","NWB1",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Median grain size",311.79,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NWB3_TARGETED_SPRING_2011_VV1","VV GRAB","Sediment grabs","NWB3",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Median grain size",null,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZO2A_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZO2A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Median grain size",369.813,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZOB4_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZOB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Median grain size",null,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZW2A_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZW2A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Median grain size",318.082,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZWB1_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZWB1",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Median grain size",null,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZWB5_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZWB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Median grain size",null,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NOB5_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","NOB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Fine sediment fraction",25.99,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NWB1_TARGETED_SPRING_2011_VV1","VV GRAB","Sediment grabs","NWB1",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Fine sediment fraction",null,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZO2C_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZO2C",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Fine sediment fraction",24.511,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZO3C_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZO3C",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Fine sediment fraction",23.476,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZOB4_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZOB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Fine sediment fraction",21.105,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZWB1_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZWB1",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Fine sediment fraction",null,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZWB4_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZWB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Fine sediment fraction",null,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NO5A_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","NO5A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Total organic matter content",0.00457311311840955,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NWB1_TARGETED_SPRING_2011_VV1","VV GRAB","Sediment grabs","NWB1",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NWB4_TARGETED_SPRING_2011_VV1","VV GRAB","Sediment grabs","NWB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZO2A_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZO2A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Total organic matter content",0.00780109362071423,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZOB2_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZOB2",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZW3C_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZW3C",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Total organic matter content",0.00926509909125621,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZWB1_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZWB1",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZWB4_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZWB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Total organic matter content",0.0100441493819747,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NW2A_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","NW2A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NW5C_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","NW5C",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","NWB5_TARGETED_SPRING_2011_VV1","VV GRAB","Sediment grabs","NWB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZOB2_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZOB2",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZOB5_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZOB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZW5C_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZW5C",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","GeoSurveyor IV","Geosurveyor IV 30/05/2011","ZWB4_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZWB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE","2011-05-30","SPRING",2011,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB02_EDGE_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,20.3579998,"VV2","Fine sediment fraction",23.694,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB02_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,20.3579998,"VV4","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB03_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","NTB03",51.54353735,2.993016498,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,30.23800087,"VV4","Median grain size",377.926,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB08_IMPACT_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","NTB08",51.55583779,2.999281314,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2010-10-28","AUTUMN",2010,null,17.11700058,"VV2","Median grain size",353.64,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB08_IMPACT_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","NTB08",51.55583779,2.999281314,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2010-10-28","AUTUMN",2010,null,17.11700058,"VV3","Fine sediment fraction",24.729,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB08_IMPACT_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","NTB08",51.55583779,2.999281314,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2010-10-28","AUTUMN",2010,null,17.11700058,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE16_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,14.25399971,"VV4","Median grain size",340.656,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC03_EDGE_CONTROL_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-28","AUTUMN",2010,null,14.25399971,"VV2","Median grain size",430.588,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB17_EDGE_CONTROL_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","NTB17",51.536551,3.002286,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-28","AUTUMN",2010,null,26.09000015,"VV3","Fine sediment fraction",20.557,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB28_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,31.33099937,"VV1","Median grain size",444.295,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE11_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,25.34600067,"VV4","Fine sediment fraction",7.771,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE16_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,14.25399971,"VV5","Fine sediment fraction",16.969,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB28_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,25.44199944,"VV1","Fine sediment fraction",8.224,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB28_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,25.44199944,"VV1","Total organic matter content",0.521509610677106,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB28_EDGE_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,31.33099937,"VV2","Total organic matter content",0.406032482598604,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB28_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,31.33099937,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB32_EDGE_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,14.76799965,"VV2","Median grain size",338.421,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB32_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","NTB32",51.543939,2.959807,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,14.76799965,"VV4","Total organic matter content",0.981203451944697,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE11_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","TBE11",51.57132118,2.964431681,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,25.34600067,"VV1","Total organic matter content",1.1484810911345,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC03_EDGE_CONTROL_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBEC03",51.547836,3.019979,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-28","AUTUMN",2010,null,14.25399971,"VV4","Total organic matter content",0.938570852650681,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB33_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,23.58699989,"VV4","Fine sediment fraction",11.362,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB33_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","NTB33",51.587591,3.008856,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,23.58699989,"VV4","Total organic matter content",0.363743544054487,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB34_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","NTB34",51.57720482,2.970646665,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,27.10300064,"VV1","Total organic matter content",0.645561861701698,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB35_IMPACT_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","NTB35",51.56140439,2.974863856,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2010-10-28","AUTUMN",2010,null,17.11499977,"VV1","Median grain size",411.029,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB35_IMPACT_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","NTB35",51.56140439,2.974863856,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2010-10-28","AUTUMN",2010,null,17.11499977,"VV4","Total organic matter content",0.750745564037915,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBC06_CONTROL_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBC06",51.5199189,2.896549992,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2010-10-28","AUTUMN",2010,null,15.80000019,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE16_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBE16",51.577966,3.024403,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-28","AUTUMN",2010,null,14.25399971,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC01_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","BBC01",51.674729,2.758216,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,33.1590004,"VV5","Median grain size",416.683,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC03_EDGE_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,35.95299911,"VV3","Median grain size",379.654,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC08_EDGE_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","BBC08",51.628599,2.775811,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,27.1590004,"VV2","Median grain size",401.547,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC09_EDGE_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,16.57900047,"VV3","Median grain size",380.26,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE06_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,34.09799957,"VV5","Median grain size",457.329,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE16_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,34.31999969,"VV1","Median grain size",348.406,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE19_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,31.75099945,"VV1","Median grain size",485.868,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE21_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","BBE21",51.629738,2.793114,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,25.71800041,"VV4","Median grain size",418.449,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBI33_IMPACT_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2010-10-27","AUTUMN",2010,null,33.50299835,"VV4","Median grain size",435.804,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/28","BZNE04_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BZNE04",51.609852,2.929045,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,null,"VV1","Median grain size",374.244,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/28","BZNI06_IMPACT_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BZNI06",51.630953,2.924901,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2010-10-27","AUTUMN",2010,null,null,"VV1","Median grain size",354.349,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC03_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,35.95299911,"VV4","Fine sediment fraction",11.758,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC07_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,31.39599991,"VV5","Fine sediment fraction",6.864,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC09_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBC09",51.621086,2.786739,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,16.57900047,"VV1","Fine sediment fraction",4.593,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE09_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,35.23600006,"VV4","Fine sediment fraction",18.637,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE12_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,34.50699997,"VV4","Fine sediment fraction",17.47,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE16_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,34.31999969,"VV5","Fine sediment fraction",2.682,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBI26_IMPACT_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2010-10-27","AUTUMN",2010,null,36.66999817,"VV2","Fine sediment fraction",13.256,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBI26_IMPACT_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2010-10-27","AUTUMN",2010,null,36.66999817,"VV4","Fine sediment fraction",1.468,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/28","BZNI03_IMPACT_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BZNI03",51.611058,2.90576,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2010-10-27","AUTUMN",2010,null,null,"VV1","Fine sediment fraction",9.798,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC03_EDGE_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,35.95299911,"VV3","Total organic matter content",0.906819068507039,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC07_EDGE_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,31.39599991,"VV3","Total organic matter content",0.595252889275488,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE05_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,35.73699951,"VV1","Total organic matter content",0.83470768402276,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE09_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","BBE09",51.65321376,2.854580832,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,35.23600006,"VV5","Total organic matter content",0.725950537567001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE14_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,33.13700104,"VV1","Total organic matter content",1.33441492597849,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE19_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBE19",51.643853,2.768525,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,31.75099945,"VV1","Total organic matter content",0.674510669407006,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE22_EDGE_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","BBE22",51.709344,2.813136,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,27.83600044,"VV3","Total organic matter content",1.05170600506888,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBI26_IMPACT_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2010-10-27","AUTUMN",2010,null,36.66999817,"VV5","Total organic matter content",1.33020926311615,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/28","BZNE04_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BZNE04",51.609852,2.929045,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,null,"VV1","Total organic matter content",0.577671146723832,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/28","BZNI03_IMPACT_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BZNI03",51.611058,2.90576,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2010-10-27","AUTUMN",2010,null,null,"VV1","Total organic matter content",0.441601258261111,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC03_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBC03",51.709924,2.777361,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,35.95299911,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBC07_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBC07",51.635429,2.763744,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,31.39599991,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE05_EDGE_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,35.73699951,"VV3","Mud content",0.703000000000003,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE06_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,34.09799957,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE12_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,34.50699997,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE20_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,25.71800041,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBE20_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","BBE20",51.637251,2.781047,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,25.71800041,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","BBI26_IMPACT_AUTUMN_2010_VV3","VV_GRAB","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2010-10-27","AUTUMN",2010,null,36.66999817,"VV3","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/28","BZNE02_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BZNE02",51.595082,2.886694,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2010-10-27","AUTUMN",2010,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/28","BZNI11_IMPACT_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BZNI11",51.613771,2.876294,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2010-10-27","AUTUMN",2010,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE01_EDGE_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","TBE01",51.52841962,2.938230599,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-26","AUTUMN",2010,null,15.46399975,"VV1","Median grain size",346.218,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE01_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBE01",51.52841962,2.938230599,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-26","AUTUMN",2010,null,15.46399975,"VV5","Median grain size",371.356,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC05_EDGE_CONTROL_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-26","AUTUMN",2010,null,27.63800049,"VV2","Median grain size",390.329,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC05_EDGE_CONTROL_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-26","AUTUMN",2010,null,27.63800049,"VV4","Median grain size",413.499,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBI02_IMPACT_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBI02",51.53960318,2.932611803,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2010-10-26","AUTUMN",2010,null,17.68899918,"VV5","Median grain size",335.055,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB13_CONTROL_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","NTB13",51.52285171,2.850305508,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2010-10-26","AUTUMN",2010,null,24.39500046,"VV2","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB19_CONTROL_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2010-10-26","AUTUMN",2010,null,26.09000015,"VV2","Fine sediment fraction",18.772,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 26/10/2010-29/10/2010","NTB19_CONTROL_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2010-10-26","AUTUMN",2010,null,26.09000015,"VV2","Total organic matter content",0.518718683377939,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE01_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBE01",51.52841962,2.938230599,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-26","AUTUMN",2010,null,15.46399975,"VV4","Fine sediment fraction",17.156,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE07_EDGE_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBE07",51.54890427,3.002003276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-26","AUTUMN",2010,null,31.14900017,"VV4","Fine sediment fraction",24.753,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC04_EDGE_CONTROL_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-26","AUTUMN",2010,null,26.04800034,"VV5","Fine sediment fraction",11.38,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC06_EDGE_CONTROL_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-26","AUTUMN",2010,null,28.36499977,"VV5","Fine sediment fraction",12.445,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBC01_CONTROL_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2010-10-26","AUTUMN",2010,null,25.09499931,"VV4","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE01_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBE01",51.52841962,2.938230599,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-26","AUTUMN",2010,null,15.46399975,"VV5","Total organic matter content",0.537429000789602,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC04_EDGE_CONTROL_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBEC04",51.571011,2.946941,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-26","AUTUMN",2010,null,26.04800034,"VV4","Total organic matter content",0.709172889175844,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC06_EDGE_CONTROL_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-26","AUTUMN",2010,null,28.36499977,"VV4","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBI02_IMPACT_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBI02",51.53960318,2.932611803,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2010-10-26","AUTUMN",2010,null,17.68899918,"VV5","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBC01_CONTROL_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBC01",51.50668494,2.876861525,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2010-10-26","AUTUMN",2010,null,25.09499931,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBE03_EDGE_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBE03",51.55208661,2.905649169,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE","2010-10-26","AUTUMN",2010,null,22.08399963,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC05_EDGE_CONTROL_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBEC05",51.577179,2.957492,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-26","AUTUMN",2010,null,27.63800049,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","belgica 26/10/2010-29/10/2010","TBEC06_EDGE_CONTROL_AUTUMN_2010_VV5","VV_GRAB","Sediment grabs","TBEC06",51.583834,2.964796,"THORNTONBANK","CPOWER","TB",null,null,"EDGE_CONTROL","BE","2010-10-26","AUTUMN",2010,null,28.36499977,"VV5","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 12/10/2010","GBC06_REF_TB_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2010-10-12","AUTUMN",2010,null,24.64800072,"VV1","Median grain size",407.818,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 12/10/2010","GB25_REF_TB_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","GB25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2010-10-12","AUTUMN",2010,null,17.01300049,"VV1","Median grain size",392.354,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 12/10/2010","GBC06_REF_TB_AUTUMN_2010_VV2","VV_GRAB","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2010-10-12","AUTUMN",2010,null,24.64800072,"VV2","Fine sediment fraction",15.201,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 12/10/2010","GB25_REF_TB_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","GB25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2010-10-12","AUTUMN",2010,null,17.01300049,"VV4","Fine sediment fraction",19.325,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 12/10/2010","GBC07_REF_TB_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","GBC07",51.47545648,2.869828961,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2010-10-12","AUTUMN",2010,null,25.19199944,"VV1","Total organic matter content",0.743908060593554,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 12/10/2010","GB22_REF_TB_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2010-10-12","AUTUMN",2010,null,17.97100067,"VV4","Total organic matter content",1.03043784102362,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Belgica 12/10/2010","GBC06_REF_TB_AUTUMN_2010_VV4","VV_GRAB","Sediment grabs","GBC06",51.4697949,2.849813291,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2010-10-12","AUTUMN",2010,null,24.64800072,"VV4","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","1MA_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","1MA",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,{"$f":"25.25+P7591","v":26.25},"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Median grain size",313.897,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","D51M_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","D51M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,26.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Median grain size",356.97,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","D5H-G7M_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","D5H-G7M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",7,32.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Median grain size",517.752,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","NWB4_TARGETED_SUMMER_2010_VV1","VV_GRAB","Sediment grabs","NWB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,{"$f":"25.25+P7623","v":125.25},"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Median grain size",357.48,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","ZWB5_TARGETED_SUMMER_2010_VV1","VV_GRAB","Sediment grabs","ZWB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Median grain size",null,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","7ME-F(0-5CM)_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","7ME-F(0-5CM)",51.548,2.9295,"THORNTONBANK","CPOWER","TB",7,32.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Fine sediment fraction",29.57,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","D5NW5_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","D5NW5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,{"$f":"25.25+P7655","v":225.25},"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Fine sediment fraction",19.878,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","NWB2_TARGETED_SUMMER_2010_VV1","VV_GRAB","Sediment grabs","NWB2",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Fine sediment fraction",null,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","ZOB5_TARGETED_SUMMER_2010_VV1","VV_GRAB","Sediment grabs","ZOB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Fine sediment fraction",null,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","D57M_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","D57M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",7,{"$f":"25.25+P7687","v":32.25},"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Total organic matter content",0.451,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","D5NW3_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","D5NW3",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Total organic matter content",0.400551112878738,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","D5ZW3_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","D5ZW3",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Total organic matter content",0.409382235495453,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","NWB5_TARGETED_SUMMER_2010_VV1","VV_GRAB","Sediment grabs","NWB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Total organic matter content",0.62,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","D51MA_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","D51MA",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,26.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","D5E-F1M_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","D5E-F1M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,26.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","D5ZW4_TARGETED_SUMMER_2010_VV1","DIVERS","Sediment grabs","D5ZW4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,{"$f":"25.25+P7751","v":125.25},"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/20","ZOB5_TARGETED_SUMMER_2010_VV1","VV_GRAB","Sediment grabs","ZOB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE","2010-08-19","SUMMER",2010,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/11","BZNE05_EDGE_SPRING_2010_VV1","VV_GRAB","Sediment grabs","BZNE05",51.646778,2.901841,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2010-04-27","SPRING",2010,null,null,"VV1","Median grain size",347.487,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/11","BZNI03_IMPACT_SPRING_2010_VV1","VV_GRAB","Sediment grabs","BZNI03",51.611058,2.90576,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2010-04-27","SPRING",2010,null,null,"VV1","Median grain size",347.933,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/11","BZNE03_EDGE_SPRING_2010_VV1","VV_GRAB","Sediment grabs","BZNE03",51.602317,2.910582,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2010-04-27","SPRING",2010,null,null,"VV1","Fine sediment fraction",20.04,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/28","BZNI02_IMPACT_AUTUMN_2010_VV1","VV_GRAB","Sediment grabs","BZNI02",51.608494,2.888678,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2010-04-27","AUTUMN",2010,null,null,"VV1","Fine sediment fraction",7.483,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/11","BZNI07_IMPACT_SPRING_2010_VV1","VV_GRAB","Sediment grabs","BZNI07",51.623718,2.911487,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2010-04-27","SPRING",2010,null,null,"VV1","Fine sediment fraction",12.884,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/11","BZNI02_IMPACT_SPRING_2010_VV1","VV_GRAB","Sediment grabs","BZNI02",51.608494,2.888678,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2010-04-27","SPRING",2010,null,null,"VV1","Total organic matter content",0.769436955047853,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/11","BZNE03_EDGE_SPRING_2010_VV1","VV_GRAB","Sediment grabs","BZNE03",51.602317,2.910582,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"EDGE","BE","2010-04-27","SPRING",2010,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica","Campaign 2010/11","BZNI01_IMPACT_SPRING_2010_VV1","VV_GRAB","Sediment grabs","BZNI01",51.602031,2.872917,"BANK ZONDER NAAM","NORTHWIND","BZN",null,null,"IMPACT","BE","2010-04-27","SPRING",2010,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB11_REF_PRIOR_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB11",51.53551,2.873387,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Median grain size",353.575,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB17_REF_PRIOR_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB17",51.50772,2.87858,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Median grain size",324.18,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB22_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB22",51.54451993,2.920076412,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,19.71699905,"VV1","Median grain size",357.987,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WTB09_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","WTB09",51.55938,2.980997,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Median grain size",335.76,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WTR03_REF_PRIOR_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","WTR03",51.5165,2.908447,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Median grain size",397.954,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB01_CONTROL_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB01",51.54932,2.894547,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2008-10-16","AUTUMN",2008,null,23.44400024,"VV1","Fine sediment fraction",11.071,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB22_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB22",51.54451993,2.920076412,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,19.71699905,"VV1","Fine sediment fraction",15.892,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB29_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB29",51.56958822,2.997880819,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Fine sediment fraction",17.639,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WTB08_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","WTB08",51.5553,2.976042,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Fine sediment fraction",12.613,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB01_CONTROL_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB01",51.54932,2.894547,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2008-10-16","AUTUMN",2008,null,23.44400024,"VV1","Total organic matter content",0.215400000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB07_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB07",51.53926969,2.916678145,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.1631,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB17_REF_PRIOR_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB17",51.50772,2.87858,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.220599999999997,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB29_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB29",51.56958822,2.997880819,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.1601,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WTB09_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","WTB09",51.55938,2.980997,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.127199999999995,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WTC13_CONTROL_AUTUMN_2008_VV1","VV grab","Sediment grabs","WTC13",51.57117,2.96109,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.194300000000005,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB08_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB08",51.55583779,2.999281314,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,14.90299988,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB22_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB22",51.54451993,2.920076412,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,19.71699905,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","NTB29_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","NTB29",51.56958822,2.997880819,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WTB11_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","WTB11",51.56638,2.99287,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WTR09_REF_PRIOR_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","WTR09",51.52593,2.88956,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2008-10-16","AUTUMN",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WGR07_REF_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","WGR07",51.45965,2.882945,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2008-10-15","AUTUMN",2008,null,null,"VV1","Median grain size",350.459,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WGR17_REF_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","WGR17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2008-10-15","AUTUMN",2008,null,null,"VV1","Median grain size",394.061,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","GB03_REF_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","GB03",51.44556865,2.869419605,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2008-10-15","AUTUMN",2008,null,null,"VV1","Fine sediment fraction",22.375,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WGR07_REF_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","WGR07",51.45965,2.882945,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2008-10-15","AUTUMN",2008,null,null,"VV1","Fine sediment fraction",20.945,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WGR17_REF_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","WGR17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2008-10-15","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.193899999999999,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","WGR02_REF_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","WGR02",51.4506,2.881437,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2008-10-15","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.170199999999994,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","GB02_REF_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2008-10-15","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.183799999999998,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","GB03_REF_TB_AUTUMN_2008_VV1","VV grab","Sediment grabs","GB03",51.44556865,2.869419605,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2008-10-15","AUTUMN",2008,null,null,"VV1","Mud content",2.393,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBE02_EDGE_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBE02",51.61995225,2.809505001,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Median grain size",428.888,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBE14_EDGE_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Median grain size",445.298,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI05_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI05",51.68486142,2.791611004,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Median grain size",511.493,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI17_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI17",51.65778451,2.784527385,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Median grain size",387.172,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI27_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI27",51.6487163,2.822737558,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Median grain size",469.271,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBE02_EDGE_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBE02",51.61995225,2.809505001,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Fine sediment fraction",8.71899999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBE08_EDGE_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBE08",51.64554851,2.845563836,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Fine sediment fraction",3.696,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI08_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI08",51.69337319,2.818021344,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Fine sediment fraction",8.57599999999999,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI14_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI14",51.690027,2.802273136,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Fine sediment fraction",9.8,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI30_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI30",51.65918262,2.826701197,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Fine sediment fraction",11.48,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBE05_EDGE_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBE05",51.62577534,2.818073736,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.133299999999998,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBE11_EDGE_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBE11",51.71324039,2.790706433,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.183500000000002,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI02_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI02",51.65510631,2.773061623,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.1462,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI19_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI19",51.63224759,2.803324872,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.136800000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI29_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI29",51.66931747,2.831201941,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.160899999999998,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI35_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI35",51.66744743,2.803172488,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Total organic matter content",0.164999999999999,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBE17_EDGE_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBE17",51.66339072,2.762071018,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI10_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI10",51.68573137,2.815380775,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI16_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI16",51.66858608,2.789549527,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Campaign 2008/24","BBI25_IMPACT_AUTUMN_2008_VV1","VV grab","Sediment grabs","BBI25",51.6829448,2.839965719,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE","2008-10-14","AUTUMN",2008,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","GB02_REF_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-10-19T15:15:40","AUTUMN",2005,null,27.91,"VV1","2 mm fraction",0,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB09_REF_PRIOR_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB09",51.52837,2.844247,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-10-19T06:17:50","AUTUMN",2005,null,4.83,"VV1","Fine sediment fraction",15.2,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB11_REF_PRIOR_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB11",51.53551,2.873387,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-10-19T06:17:50","AUTUMN",2005,null,25.09,"VV1","Fine sediment fraction",18.7,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB15_REF_PRIOR_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB15",51.51675,2.883352,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-10-19T06:17:50","AUTUMN",2005,null,17.98,"VV1","Median grain size",347.2,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB15_REF_PRIOR_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB15",51.51675,2.883352,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-10-19T06:17:50","AUTUMN",2005,null,17.98,"VV1","2 mm fraction",0.624252923799544,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB19_REF_PRIOR_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB19",51.53,2.88162,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-10-19T06:17:50","AUTUMN",2005,null,18.91,"VV1","2 mm fraction",0.985281622346378,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WGR06_REF_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","WGR06",51.45557,2.870452,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-10-19","AUTUMN",2005,null,23,"VV1","Median grain size",352.5,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WGR07_REF_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","WGR07",51.45965,2.882945,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-10-19","AUTUMN",2005,null,22.2,"VV1","Median grain size",326.1,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WGR09_REF_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","WGR09",51.45765,2.848017,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-10-19","AUTUMN",2005,null,23.88,"VV1","Median grain size",335.8,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WGR12_REF_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","WGR12",51.46967,2.884675,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-10-19","AUTUMN",2005,null,24.28,"VV1","Total organic matter content",0.211299999999994,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WGR14_REF_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","WGR14",51.46688,2.847238,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-10-19","AUTUMN",2005,null,28.44,"VV1","2 mm fraction",2.18773674820988,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WGR16_REF_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","WGR16",51.47313,2.871062,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-10-19","AUTUMN",2005,null,27.36,"VV1","Total organic matter content",0.2333,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTR09_REF_PRIOR_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTR09",51.52593,2.88956,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-10-19","AUTUMN",2005,null,5.24,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB18_REF_PRIOR_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB18",51.51123,2.893005,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-10-18T15:29:40","AUTUMN",2005,null,25.11,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB04_CONTROL_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB04",51.54975,2.954597,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-10-18T09:46:10","AUTUMN",2005,null,21.23,"VV1","Total organic matter content",0.233699999999999,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB04_CONTROL_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB04",51.54975,2.954597,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-10-18T09:46:10","AUTUMN",2005,null,21.23,"VV1","Mud content",0.13,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB20_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB20",51.5467531,2.904031036,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-18T09:46:10","AUTUMN",2005,null,25.99,"VV1","Fine sediment fraction",14.4,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB21_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB21",51.54673654,2.9133779,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-18T09:46:10","AUTUMN",2005,null,null,"VV1","Total organic matter content",0.164699999999996,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB23_CONTROL_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB23",51.52917,2.939727,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-10-18T09:46:10","AUTUMN",2005,null,19.6,"VV1","Total organic matter content",0.176599999999993,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB31_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB31",51.56778789,2.974575383,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-18T07:03:50","AUTUMN",2005,null,23.54,"VV1","2 mm fraction",1.68758040668984,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB33_CONTROL_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB33",51.58208,2.98158,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-10-18T07:03:50","AUTUMN",2005,null,6.13,"VV1","2 mm fraction",2.30827281612253,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB35_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB35",51.56140439,2.974863856,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-18T07:03:50","AUTUMN",2005,null,6.43,"VV1","Median grain size",356.9,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTA02_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTA02",51.53765,2.93953,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-18","AUTUMN",2005,null,23.18,"VV1","Median grain size",302.8,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTA06_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTA06",51.54275,2.926523,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-18","AUTUMN",2005,null,null,"VV1","Median grain size",365.2,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTA07_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTA07",51.54513,2.934418,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-18","AUTUMN",2005,null,6,"VV1","Fine sediment fraction",12.9,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTC03_CONTROL_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTC03",51.53551,2.95912,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-10-18","AUTUMN",2005,null,17.26,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTR03_REF_PRIOR_TB_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTR03",51.5165,2.908447,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-10-18","AUTUMN",2005,null,18.21,"VV1","Total organic matter content",0.0832000000000015,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB08_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB08",51.55583779,2.999281314,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-17T14:17:30","AUTUMN",2005,null,17.67,"VV1","2 mm fraction",0,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB26_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB26",51.56180424,2.961020149,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-17T14:17:30","AUTUMN",2005,null,null,"VV1","2 mm fraction",0,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","NTB29_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","NTB29",51.56958822,2.997880819,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-17T14:17:30","AUTUMN",2005,null,18.02,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTB04_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTB04",51.55935,3.005915,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-17","AUTUMN",2005,null,19.61,"VV1","Median grain size",366.3,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTB09_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTB09",51.55938,2.980997,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-17","AUTUMN",2005,null,19.55,"VV1","Fine sediment fraction",18.5,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTB09_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTB09",51.55938,2.980997,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-17","AUTUMN",2005,null,19.55,"VV1","Total organic matter content",0.0930999999999997,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTB14_IMPACT_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTB14",51.57003,2.9878,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-10-17","AUTUMN",2005,null,21.6,"VV1","Fine sediment fraction",16.9,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/05b","WTC10_CONTROL_AUTUMN_2005_VV1","VV grab","Sediment grabs","WTC10",51.55512,3.014738,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-10-17","AUTUMN",2005,null,36.13,"VV1","2 mm fraction",0,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","GB02_REF_TB_SPRING_2005_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-03-04T08:57:20","SPRING",2005,null,28.22,"VV1","Mud content",9.8,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WGR02_REF_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WGR02",51.4506,2.881437,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-03-04","SPRING",2005,null,27.97,"VV1","Total organic matter content",0.2059,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WGR07_REF_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WGR07",51.45965,2.882945,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-03-04","SPRING",2005,null,21.63,"VV1","Median grain size",297.5,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WGR08_REF_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WGR08",51.46449,2.895338,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-03-04","SPRING",2005,null,21.49,"VV1","Fine sediment fraction",19.9,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WGR10_REF_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WGR10",51.46169,2.860742,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-03-04","SPRING",2005,null,22.59,"VV1","Median grain size",408.5,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTR03_REF_PRIOR_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WTR03",51.5165,2.908447,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-03-02T13:37:00","SPRING",2005,null,19.24,"VV1","Total organic matter content",0.217700000000008,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTR07_REF_PRIOR_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WTR07",51.51887,2.861138,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-03-02T13:37:00","SPRING",2005,null,21.83,"VV1","Total organic matter content",0.192900000000009,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTR09_REF_PRIOR_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WTR09",51.52593,2.88956,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-03-02T13:37:00","SPRING",2005,null,16.46,"VV1","2 mm fraction",0.935628501080564,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB11_REF_PRIOR_TB_SPRING_2005_VV1","VV grab","Sediment grabs","NTB11",51.53551,2.873387,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-03-02T08:31:40","SPRING",2005,null,25.49,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB13_REF_PRIOR_TB_SPRING_2005_VV1","VV grab","Sediment grabs","NTB13",51.52279,2.852802,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-03-02T08:31:40","SPRING",2005,null,25.89,"VV1","Mud content",0.0999999999999943,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB15_REF_PRIOR_TB_SPRING_2005_VV1","VV grab","Sediment grabs","NTB15",51.51675,2.883352,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-03-02T08:31:40","SPRING",2005,null,19.25,"VV1","Median grain size",327.1,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB16_REF_PRIOR_TB_SPRING_2005_VV1","VV grab","Sediment grabs","NTB16",51.51323,2.869562,"THORNTONBANK","CPOWER","TB",null,null,"REF_PRIOR_TB","BE","2005-03-02T08:31:40","SPRING",2005,null,17.57,"VV1","Total organic matter content",0.160899999999998,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WGR13_REF_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WGR13",51.423723,2.842653,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-03-02","SPRING",2005,null,25.81,"VV1","Fine sediment fraction",21.4,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WGR14_REF_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WGR14",51.46688,2.847238,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-03-02","SPRING",2005,null,6.88,"VV1","Total organic matter content",0.432299999999998,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WGR16_REF_TB_SPRING_2005_VV1","VV grab","Sediment grabs","WGR16",51.47313,2.871062,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE","2005-03-02","SPRING",2005,null,28.7,"VV1","Total organic matter content",0.465999999999994,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB24_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","NTB24",51.55508764,2.985559324,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-03-01T10:24:00","SPRING",2005,null,5.95,"VV1","Total organic matter content",0.136299999999991,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB26_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","NTB26",51.56180424,2.961020149,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-03-01T10:24:00","SPRING",2005,null,24.01,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB30_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","NTB30",51.57173807,2.980233728,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-03-01T10:24:00","SPRING",2005,null,25.72,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB37_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","NTB37",51.5754,2.988198,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-03-01T10:24:00","SPRING",2005,null,null,"VV1","Fine sediment fraction",12.6,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB27_CONTROL_SPRING_2005_VV1","VV grab","Sediment grabs","NTB27",51.55997,3.023883,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-03-01T09:02:10","SPRING",2005,null,5.63,"VV1","Total organic matter content",0.316100000000006,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB33_CONTROL_SPRING_2005_VV1","VV grab","Sediment grabs","NTB33",51.58208,2.98158,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-03-01T09:02:10","SPRING",2005,null,null,"VV1","Fine sediment fraction",20.6,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTB04_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","WTB04",51.55935,3.005915,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-03-01","SPRING",2005,null,2.79,"VV1","2 mm fraction",1.10047484401997,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTB07_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","WTB07",51.56367,2.99885,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-03-01","SPRING",2005,null,16.38,"VV1","Median grain size",331.9,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTB08_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","WTB08",51.5553,2.976042,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-03-01","SPRING",2005,null,16.13,"VV1","2 mm fraction",0.7122821713691,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTB14_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","WTB14",51.57003,2.9878,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-03-01","SPRING",2005,null,null,"VV1","Median grain size",336.2,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB02_CONTROL_SPRING_2005_VV1","VV grab","Sediment grabs","NTB02",51.55223,2.905385,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-02-28T14:35:30","SPRING",2005,null,29.42,"VV1","Median grain size",367.8,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB02_CONTROL_SPRING_2005_VV1","VV grab","Sediment grabs","NTB02",51.55223,2.905385,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-02-28T14:35:30","SPRING",2005,null,29.42,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB05_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","NTB05",51.5344,2.928097,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-02-28T14:06:20","SPRING",2005,null,20.95,"VV1","Median grain size",418.6,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB20_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","NTB20",51.5467531,2.904031036,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-02-28T14:06:20","SPRING",2005,null,26.14,"VV1","Total organic matter content",0.13600000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB21_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","NTB21",51.54673654,2.9133779,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-02-28T14:06:20","SPRING",2005,null,27.42,"VV1","Total organic matter content",0.153199999999998,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","NTB23_CONTROL_SPRING_2005_VV1","VV grab","Sediment grabs","NTB23",51.52917,2.939727,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-02-28T13:52:30","SPRING",2005,null,19.83,"VV1","Total organic matter content",0.149000000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTA06_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","WTA06",51.54275,2.926523,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-02-28","SPRING",2005,null,25.6,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTA11_IMPACT_SPRING_2005_VV1","VV grab","Sediment grabs","WTA11",51.55,2.922153,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE","2005-02-28","SPRING",2005,null,23.66,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTC03_CONTROL_SPRING_2005_VV1","VV grab","Sediment grabs","WTC03",51.53551,2.95912,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-02-28","SPRING",2005,null,17.9,"VV1","Total organic matter content",0.14670000000001,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica","Belgica 2005/04b","WTC10_CONTROL_SPRING_2005_VV1","VV grab","Sediment grabs","WTC10",51.55512,3.014738,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE","2005-02-01","SPRING",2005,null,6.4,"VV1","Fine sediment fraction",29.396,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBE04_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBE04",51.66013975,2.86286174,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,28.62000084,"VV1","Median grain size",716.329,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBE16_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBE16",51.67114492,2.766182944,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,34.31999969,"VV1","Median grain size",436.369,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI19_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI19",51.63224759,2.803324872,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,28.42499924,"VV1","Median grain size",441.542,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI28_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI28",51.67762499,2.835177154,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,36.04600143,"VV1","Median grain size",449.302,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI33_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI33",51.6660238,2.851239549,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,33.50299835,"VV1","Median grain size",394.911,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"GB18_REF_TB_AUTUMN_2009_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"AUTUMN",2009,null,21.4260006,"VV1","Median grain size",350.054,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"GBC10_REF_TB_AUTUMN_2009_VV1","VV grab","Sediment grabs","GBC10",51.45419197,2.8476395,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"AUTUMN",2009,null,18.74600029,"VV1","Median grain size",351.08,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"GB17_REF_TB_AUTUMN_2009_VV1","VV grab","Sediment grabs","GB17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"AUTUMN",2009,null,20.6439991,"VV1","Median grain size",400.791,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB05_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB05",51.5344,2.928097,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,16.57999992,"VV1","Median grain size",639.377,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB19_CONTROL_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB19",51.53013566,2.880315913,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE",null,"AUTUMN",2009,null,20.2689991,"VV1","Median grain size",308.196,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB28_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB28",51.55377125,3.012198276,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,25.44199944,"VV1","Median grain size",295.453,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"TBC03_CONTROL_AUTUMN_2009_VV1","VV grab","Sediment grabs","TBC03",51.51488548,2.9068687,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE",null,"AUTUMN",2009,null,15.31700039,"VV1","Median grain size",437.038,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"TBI16_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","TBI16",51.55790431,2.979345686,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,16.29899979,"VV1","Median grain size",371.28,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBE06_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBE06",51.63954322,2.837136719,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,34.09799957,"VV1","Fine sediment fraction",6.471,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBE15_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBE15",51.68184977,2.770281339,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,34.54700089,"VV1","Fine sediment fraction",12.244,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI22_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI22",51.67843809,2.823422773,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,30.06200027,"VV1","Fine sediment fraction",10.609,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI31_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI31",51.67168021,2.860300317,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,29.45299912,"VV1","Fine sediment fraction",7.947,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI35_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI35",51.66744743,2.803172488,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,20.66699982,"VV1","Fine sediment fraction",10.237,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"GB13_REF_TB_AUTUMN_2009_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"AUTUMN",2009,null,18.71800041,"VV1","Fine sediment fraction",10.132,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"GB23_REF_TB_AUTUMN_2009_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"AUTUMN",2009,null,18.81999969,"VV1","Fine sediment fraction",18.036,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB01_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB01",51.55450348,2.914354351,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,22.2329998,"VV1","Fine sediment fraction",6.261,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB05_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB05",51.5344,2.928097,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,16.57999992,"VV1","Fine sediment fraction",0.0510000000000019,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB25_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB25",51.54758734,2.985219474,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,15.72099972,"VV1","Fine sediment fraction",17.618,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB30_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB30",51.57173807,2.980233728,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,22.02599907,"VV1","Fine sediment fraction",5.40600000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"TBC07_CONTROL_AUTUMN_2009_VV1","VV grab","Sediment grabs","TBC07",51.51751832,2.859090832,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE",null,"AUTUMN",2009,null,20.4829998,"VV1","Fine sediment fraction",20.349,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"TBI27_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","TBI27",51.539,2.957,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,14.37100029,"VV1","Fine sediment fraction",29.603,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBE12_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBE12",51.68862006,2.77440122,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,34.50699997,"VV1","Total organic matter content",0.358087811088799,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI10_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI10",51.68573137,2.815380775,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,23.06299973,"VV1","Total organic matter content",0.528842083325209,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI23_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI23",51.66830172,2.818121816,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,28.38500023,"VV1","Total organic matter content",1.39187556161495,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI32_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI32",51.65804254,2.842456069,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,35.12099838,"VV1","Total organic matter content",1.26550322363483,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"GB12_REF_TB_AUTUMN_2009_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"AUTUMN",2009,null,17.53199959,"VV1","Total organic matter content",0.767805654493974,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NBB01_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NBB01",51.61995225,2.809505001,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,36.68999863,"VV1","Total organic matter content",0.411592315206786,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"GB23_REF_TB_AUTUMN_2009_VV1","VV grab","Sediment grabs","GB23",51.45693104,2.878534935,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"AUTUMN",2009,null,17.09600067,"VV1","Total organic matter content",0.633581835988262,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB02_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,20.3579998,"VV1","Total organic matter content",0.543581530443291,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB20_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB20",51.5467531,2.904031036,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,19.7329998,"VV1","Total organic matter content",0.449952205380351,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB27_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB27",51.55807124,3.003597906,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,17.42200088,"VV1","Total organic matter content",0.386848496673086,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB30_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB30",51.57173807,2.980233728,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,22.02599907,"VV1","Total organic matter content",0.622740332403132,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"TBI17_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","TBI17",51.5622878,2.986175771,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,14.97700024,"VV1","Total organic matter content",0.418263752201379,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"TBI29_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","TBI29",51.545,2.945,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,20.37199974,"VV1","Total organic matter content",0.358579614919609,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBE14_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBE14",51.70622154,2.784802025,"BLIGHBANK","BELWIND","BB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,33.13700104,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI21_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI21",51.64105683,2.808890791,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,29.30400085,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI26_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI26",51.63957814,2.818770444,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,36.66999817,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"BBI34_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","BBI34",51.67830814,2.849329763,"BLIGHBANK","BELWIND","BB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,37.0719986,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"GB22_REF_TB_AUTUMN_2009_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"AUTUMN",2009,null,17.97100067,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"GB24_REF_TB_AUTUMN_2009_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"AUTUMN",2009,null,18.81999969,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB02_EDGE_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB02",51.5486204,2.95243038,"THORNTONBANK","CPOWER","TB",null,null,"EDGE","BE",null,"AUTUMN",2009,null,20.3579998,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB14_CONTROL_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB14",51.52070193,2.874737717,"THORNTONBANK","CPOWER","TB",null,null,"CONTROL","BE",null,"AUTUMN",2009,null,17.07600021,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB24_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB24",51.55508764,2.985559324,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,12.52900028,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"NTB31_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","NTB31",51.56778789,2.974575383,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,21.43799973,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"TBI02_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","TBI02",51.53960318,2.932611803,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,17.68899918,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Schram Danielle","research vessel","RV Belgica",null,"TBI26_IMPACT_AUTUMN_2009_VV1","VV grab","Sediment grabs","TBI26",51.57493826,2.985125322,"THORNTONBANK","CPOWER","TB",null,null,"IMPACT","BE",null,"AUTUMN",2009,null,21.52199936,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"D57MZW_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","D57MZW",51.548,2.9295,"THORNTONBANK","CPOWER","TB",7,32.25,"TARGETED","BE",null,"SPRING",2011,null,null,"VV1","Median grain size",285.486,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Belgica",null,"ZW1M_TARGETED_SPRING_2011_VV1","SMALL VV GRAB","Sediment grabs","ZW1M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,26.25,"TARGETED","BE",null,"SPRING",2011,null,null,"VV1","Total organic matter content",0.00757506016649338,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NWB2_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","NWB2",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Median grain size",333.277,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NWB4_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","NWB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Median grain size",348.95,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TD5 NO 1M_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","TD5 NO 1M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,26.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Median grain size",283.428,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZOB4_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZOB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Median grain size",371.722,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZW2C_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZW2C",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Median grain size",375.635,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZWB1_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZWB1",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Median grain size",293.503,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NO1M_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","NO1M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,26.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Fine sediment fraction",null,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NWB1_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","NWB1",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Fine sediment fraction",25.549,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NWB3_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","NWB3",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Fine sediment fraction",15.629,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TD5 ZW 7M_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","TD5 ZW 7M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",7,32.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Fine sediment fraction",7.77,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZOB4_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZOB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Fine sediment fraction",15.794,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZW1M_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZW1M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,26.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Fine sediment fraction",null,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZWB3_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZWB3",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Fine sediment fraction",23.553,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZWB4_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZWB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Fine sediment fraction",13.71,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NOB5_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","NOB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NWB3_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","NWB3",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Total organic matter content",0.719279104537938,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TD5 NW 7M_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","TD5 NW 7M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",7,32.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Total organic matter content",0.531848031035313,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZO7M_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZO7M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",7,32.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Total organic matter content",0.482909090909088,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZW1A_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZW1A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",15,40.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Total organic matter content",4.19777323084296,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZWB2_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZWB2",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Total organic matter content",2.29633483432303,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZWB4_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZWB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Total organic matter content",null,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NOB4_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","NOB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NWB5_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","NWB5",51.548,2.9295,"THORNTONBANK","CPOWER","TB",200,225.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TD5 NW 1M_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","TD5 NW 1M",51.548,2.9295,"THORNTONBANK","CPOWER","TB",1,26.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZOB2_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZOB2",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZW3A_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZW3A",51.548,2.9295,"THORNTONBANK","CPOWER","TB",50,75.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZWB2_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZWB2",51.548,2.9295,"THORNTONBANK","CPOWER","TB",25,50.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"ZWB4_TARGETED_SPRING_2012_VV1","VV grab","Sediment grabs","ZWB4",51.548,2.9295,"THORNTONBANK","CPOWER","TB",100,125.25,"TARGETED","BE",null,"SPRING",2012,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB05_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","BB05",51.680706,2.821535,"BLIGHBANK","BELWIND","BB",null,50,"CLOSE","BE",null,"Autumn",2015,null,22.76399994,"VV1","Median grain size",374.745,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB14_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB14",51.5413179999999,2.907326,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE",null,"Autumn",2015,null,19.09399986,"VV1","Median grain size",358.554,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB04_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB04",51.685167,2.820871,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,24.10300064,"VV1","Median grain size",400.589,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB17_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB17",51.670206,2.792582,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,21.01000023,"VV1","Median grain size",435.238,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB34_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB34",51.645238,2.784077,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,24.38299942,"VV1","Median grain size",379.111,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NBB06_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","NBB06",51.676388,2.809386,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,20.1060009,"VV1","Median grain size",446.023,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB06_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB06",51.5696,2.9789,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,22.65299988,"VV1","Median grain size",432.102,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB28_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB28",51.5421,2.9,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,18.2859993,"VV1","Median grain size",372.439,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB12_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2015,null,17.53199959,"VV1","Median grain size",335.291,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB22_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2015,null,17.97100067,"VV1","Median grain size",390.799,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB06_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE",null,"Autumn",2015,null,21.88199997,"VV1","Fine sediment fraction",4.246,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB13_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE",null,"Autumn",2015,null,24.47500038,"VV1","Fine sediment fraction",11.003,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB03_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB03",51.687628,2.816107,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,21.53199959,"VV1","Fine sediment fraction",5.833,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB15_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB15",51.670646,2.805944,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,21.56500053,"VV1","Fine sediment fraction",14.122,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB29_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB29",51.653223,2.78251,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,25.48399925,"VV1","Fine sediment fraction",24.224,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NBB05_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","NBB05",51.681552,2.799298,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,25.79299927,"VV1","Fine sediment fraction",9.761,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB05_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB05",51.5644,3.0075,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,9.354999542,"VV1","Fine sediment fraction",10.489,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB25_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB25",51.5333,2.9331,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,16.07099915,"VV1","Fine sediment fraction",7.51600000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB14_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2015,null,18.53000069,"VV1","Fine sediment fraction",19.539,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB18_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2015,null,21.4260006,"VV1","Fine sediment fraction",15.429,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB03_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB03",51.5640879999999,3.016962,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE",null,"Autumn",2015,null,15.25699997,"VV1","Total organic matter content",0.511802215012864,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB12_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE",null,"Autumn",2015,null,16.11199951,"VV1","Total organic matter content",0.770538304386774,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB02_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB02",51.690437,2.811229,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,24.34700012,"VV1","Total organic matter content",0.465939558008142,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB21_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB21",51.664602,2.789142,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,21.46100044,"VV1","Total organic matter content",0.376391940004526,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB33_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB33",51.647435,2.779175,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,28.01000023,"VV1","Total organic matter content",0.365244393431847,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NBB05_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","NBB05",51.681552,2.799298,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,25.79299927,"VV1","Total organic matter content",0.536418362317805,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB17_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB17",51.5465,2.9248,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,24.45199966,"VV1","Total organic matter content",0.951088910514228,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB24_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB24",51.5374,2.9248,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,18.02199936,"VV1","Total organic matter content",0.528519820505779,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB32_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB32",51.5252,2.9295,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,16.44400024,"VV1","Total organic matter content",0.643339742664102,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB03_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","BB03",51.691133,2.801519,"BLIGHBANK","BELWIND","BB",null,50,"CLOSE","BE",null,"Autumn",2015,null,26.83099937,"VV1","2 mm fraction",0.616178303335942,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB02_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE",null,"Autumn",2015,null,14.95400047,"VV1","2 mm fraction",1.22833384255857,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB08_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB08",51.544969,2.979322,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE",null,"Autumn",2015,null,13.41100025,"VV1","2 mm fraction",2.31550682965806,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB06_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB06",51.684694,2.807617,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,24.82299995,"VV1","2 mm fraction",0.41823104232115,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB20_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB20",51.662305,2.807545,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,18.82500076,"VV1","2 mm fraction",0.0373971578160059,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB32_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB32",51.645224,2.797466,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,19.87700081,"VV1","2 mm fraction",0.255968994490159,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB05_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB05",51.5644,3.0075,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,9.354999542,"VV1","2 mm fraction",0.356871115659908,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB17_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB17",51.5465,2.9248,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,24.45199966,"VV1","2 mm fraction",0.630212686121676,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB23_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB23",51.5416,2.9173,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,19.9640007,"VV1","2 mm fraction",1.49031492950323,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB18_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2015,null,21.4260006,"VV1","2 mm fraction",7.21122692685094,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB22_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2015,null,17.97100067,"VV1","2 mm fraction",1.24320557491289,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB01_CLOSE_Autumn_2015_VV1","VV grab","Sediment grabs","TB01",51.5785259999999,2.991079,"THORNTONBANK","CPOWER","TB",null,50,"CLOSE","BE",null,"Autumn",2015,null,21.24200058,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB02_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB02",51.690437,2.811229,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,24.34700012,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB14_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB14",51.673245,2.800956,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,21.94300079,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB18_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","BB18",51.667642,2.797514,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,20.25099945,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NBB04_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","NBB04",51.651087,2.800803,"BLIGHBANK","BELWIND","BB",null,"350-500","FAR","BE",null,"Autumn",2015,null,21.0170002,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB04_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB04",51.5665,3.0037,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,11.58300018,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB10_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB10",51.5599,2.9784,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,15.23099995,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB22_FAR_Autumn_2015_VV1","VV grab","Sediment grabs","TB22",51.5456,2.9097,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2015,null,21.64900017,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB17_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2015,null,20.6439991,"VV1","Mud content",7.717,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB02_REF_TB_Autumn_2015_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2015,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NORTHER13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER13",51.505506,3.01857,"THORNTONBANK","NORTHER","TB",null,50,"CLOSE","BE",null,"Autumn",2016,null,null,"VV1","Median grain size",294.972,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER13_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER13",51.5313,2.985,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Median grain size",367.541,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER19_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER19",51.5089,3.0068,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Median grain size",314.4,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL04_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL04",51.5773649440999,2.92233257274,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Median grain size",531.365,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL13_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL13",51.5989105816999,2.92346338954,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Median grain size",350.977,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL30_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL30",51.6102984751,2.96050513286,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Median grain size",385.173,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Stream",null,"NORTHER02_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER02",51.524354,3.099327,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2016,null,null,"VV1","Median grain size",398.015,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Stream",null,"NORTHER12_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER12",51.4995189999999,3.059441,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2016,null,null,"VV1","Median grain size",363.996,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NORTHER13_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER13",51.505506,3.01857,"THORNTONBANK","NORTHER","TB",null,50,"CLOSE","BE",null,"Autumn",2016,null,null,"VV1","Fine sediment fraction",34.461,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER05_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER05",51.5525,3.0293,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Fine sediment fraction",8.242,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER15_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER15",51.5174,3.0108,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Fine sediment fraction",17.062,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL03_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL03",51.5818345706,2.9144450695,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Fine sediment fraction",18.81,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL12_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL12",51.5741473966999,2.94728886261,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Fine sediment fraction",4.502,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL22_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL22",51.5849570963999,2.96601430675,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Fine sediment fraction",10.067,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Stream",null,"NORTHER02_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER02",51.524354,3.099327,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2016,null,null,"VV1","Fine sediment fraction",11.81,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Stream",null,"NORTHER10_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER10",51.508076,3.072986,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2016,null,null,"VV1","Fine sediment fraction",30.744,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NORTHER02_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER02",51.550977,3.049595,"THORNTONBANK","NORTHER","TB",null,50,"CLOSE","BE",null,"Autumn",2016,null,null,"VV1","Total organic matter content",0.596061734965379,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER08_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER08",51.5265,3.0527,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Total organic matter content",0.754048582995956,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER18_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER18",51.5152,2.9946,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Total organic matter content",1.4120304998588,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER23_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER23",51.5079,2.9751,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Total organic matter content",2.13204118715932,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL15_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL15",51.5892360178999,2.93908234649,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Total organic matter content",0.511259890444307,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL25_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL25",51.6006360753999,2.95921754233,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Total organic matter content",0.520755839904796,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL32_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL32",51.6024267134,2.97443846128,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Total organic matter content",0.60334009074235,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Stream",null,"NORTHER13_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER13",51.493091,3.069151,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2016,null,null,"VV1","Total organic matter content",1.0661745860885,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NORTHER05_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER05",51.548103,3.020053,"THORNTONBANK","NORTHER","TB",null,50,"CLOSE","BE",null,"Autumn",2016,null,null,"VV1","2 mm fraction",5.81112837057394,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER02_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER02",51.5479,3.0657,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","2 mm fraction",1.07226978726586,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER09_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER09",51.5429,3.0114,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","2 mm fraction",6.97822973655199,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL01_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL01",51.5908001648,2.89890918171,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","2 mm fraction",2.4468261117341,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL07_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL07",51.594859622,2.91046078011,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","2 mm fraction",2.2851117485271,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL22_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL22",51.5849570963999,2.96601430675,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","2 mm fraction",4.42877815294423,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL33_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL33",51.598047031,2.98044132885,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","2 mm fraction",3.99131231484022,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Stream",null,"NORTHER09_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER09",51.513435,3.064034,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2016,null,null,"VV1","2 mm fraction",8.10136685623067,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NORTHER03_CLOSE_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER03",51.543095,3.067567,"THORNTONBANK","NORTHER","TB",null,50,"CLOSE","BE",null,"Autumn",2016,null,null,"VV1","Mud content",2.84399999999999,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER02_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER02",51.5479,3.0657,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Mud content",5.55800000000001,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER12_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER12",51.5251,3.0369,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","research vessel","RV Simon Stevin",null,"NORTHER18_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER18",51.5152,2.9946,"THORNTONBANK","NORTHER","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Mud content",7.78,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL06_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL06",51.5688547058,2.93848883791,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL19_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL19",51.5988021853999,2.9423206061,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"RENTEL25_FAR_Autumn_2016_VV1","VV grab","Sediment grabs","RENTEL25",51.6006360753999,2.95921754233,"THORNTONBANK","RENTEL","TB",null,"350-500","FAR","BE",null,"Autumn",2016,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Stream",null,"NORTHER01_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER01",51.5287629999999,3.08961,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2016,null,null,"VV1","Mud content",13.868,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Stream",null,"NORTHER17_REF_NORTHER_Autumn_2016_VV1","VV grab","Sediment grabs","NORTHER17",51.4830359999999,3.054148,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2016,null,null,"VV1","Mud content",12.678,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB06_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB06",51.6772011,2.799879599,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,25.63400078,"VV1","Median grain size",366.927,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB24_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24",51.656694,2.804222,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,18.57699966,"VV1","Median grain size",471.925,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB01_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB01",51.6999524,2.813472845,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,22.99300003,"VV1","Fine sediment fraction",5.813,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB07_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB07",51.672003,2.809887229,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,14.58899975,"VV1","Fine sediment fraction",24.579,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB01_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB01",51.578526,2.991079,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,20.80500031,"VV1","Fine sediment fraction",14.242,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB03_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB03",51.691174,2.801678008,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,29.979,"VV1","Total organic matter content",0.416487762988413,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB24_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB24",51.656694,2.804222,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,18.57699966,"VV1","Total organic matter content",0.578663916580721,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB02_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,14.70899963,"VV1","Total organic matter content",0.549294440761434,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB04_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB04",51.6859726,2.811678067,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,20.979,"VV1","2 mm fraction",0.553700889409302,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB02_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,14.70899963,"VV1","2 mm fraction",2.85794923830579,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB03_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB03",51.564088,3.016962,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,15.25699997,"VV1","2 mm fraction",0.836527144883364,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB09_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB09",51.6632261,2.798083351,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,18.54400063,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB21_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","BB21",51.664611,2.789139,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,21.46100044,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB10_VERY_CLOSE_Autumn_2017_VV1","VV grab","Sediment grabs","TB10",51.547862,2.928784,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2017,null,20.2140007,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB09_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB09",51.6632261,2.798083351,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,18.54400063,"VV1","Median grain size",462.848,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB01_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB01",51.578526,2.991079,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,20.80500031,"VV1","Median grain size",423.111,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB07_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,16.22299957,"VV1","Median grain size",322.808,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB09_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB09",51.6632261,2.798083351,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,18.54400063,"VV1","Fine sediment fraction",4.848,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB03_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB03",51.564088,3.016962,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,15.25699997,"VV1","Fine sediment fraction",15.68,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB13_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,23.6989994,"VV1","Fine sediment fraction",18.208,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB13_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB13",51.6456579,2.774514375,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,29.42300034,"VV1","Total organic matter content",0.534647237655959,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB05_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB05",51.5556,2.996019,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,11.00300026,"VV1","Total organic matter content",0.646898253748651,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB15_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,18.39900017,"VV1","Total organic matter content",0.455001672800253,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB02_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,14.70899963,"VV1","2 mm fraction",3.52075704054185,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB03_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB03",51.564088,3.016962,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,15.25699997,"VV1","2 mm fraction",3.9470931822936,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"BB01_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","BB01",51.6999524,2.813472845,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,22.99300003,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB04_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB04",51.564997,2.979446,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,20.06800079,"VV1","Mud content",1.133,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB06_VERY_CLOSE_Autumn_2018_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2018,null,21.94799995,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB03_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB03",51.691174,2.801678008,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,26.97900009,"VV1","Median grain size",395.998,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB07_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,16.22299957,"VV1","Median grain size",320.701,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB01_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB01",51.6999524,2.813472845,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,22.99300003,"VV1","Fine sediment fraction",7.91500000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB12_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB12",51.6492876,2.796273082,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,20.59900093,"VV1","Fine sediment fraction",12.081,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB03_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB03",51.564088,3.016962,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,15.25699997,"VV1","Fine sediment fraction",13.616,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB04_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB04",51.6859726,2.811678067,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,20.97900009,"VV1","Total organic matter content",0.352,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB12_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB12",51.6492876,2.796273082,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,20.59900093,"VV1","Total organic matter content",0.424,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB13_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,23.6989994,"VV1","Total organic matter content",0.52,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB07_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB07",51.672003,2.809887229,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,14.58899975,"VV1","2 mm fraction",0.26,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB15_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB15",51.6352904,2.794491674,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,16.20599937,"VV1","2 mm fraction",0.07,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB07_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,16.22299957,"VV1","2 mm fraction",7.43,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB12_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","BB12",51.6492876,2.796273082,"BLIGHBANK","BELWIND","BB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,20.59900093,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB07_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,16.22299957,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"TB13_VERY_CLOSE_Autumn_2019_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2019,null,23.6989994,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB11_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB11",51.61608333,2.775408333,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,20.25799942,"VV1","Median grain size",385.64,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB15_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,17.52799988,"VV1","Median grain size",381.014,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB14_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.74600029,"VV1","Median grain size",330.017,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER05_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER05",51.5221099999999,3.078157,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,25.24099922,"VV1","Median grain size",365.973,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER12_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER12",51.50559817,3.018213991,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Median grain size",294.64,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER15_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER15",51.50232251,2.974554677,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Median grain size",374.808,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB01_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB01",51.5761,3.0033,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.85099983,"VV1","Median grain size",338.243,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB11_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB11",51.542607,2.940563,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Median grain size",466.934,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB13_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,23.6989994,"VV1","Median grain size",352.885,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB21_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB21",51.5498,2.9008,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,23.2859993,"VV1","Median grain size",386.662,"µm","SEDtot","GSMED","MDGSPSXX",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB07_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB07",51.61635556,2.769027778,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.84700012,"VV1","Fine sediment fraction",7.55200000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB11_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB11",51.61608333,2.775408333,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,20.25799942,"VV1","Fine sediment fraction",8.39100000000001,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB14_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.53000069,"VV1","Fine sediment fraction",18.871,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER04_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER04",51.54318191,3.051690025,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Fine sediment fraction",5.28,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER07_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER07",51.5117479999999,3.095677,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,19.80699921,"VV1","Fine sediment fraction",2.068,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER12_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER12",51.4995189999999,3.059441,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,21.65099907,"VV1","Fine sediment fraction",23.08,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER17_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER17",51.4830359999999,3.054148,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.4489994,"VV1","Fine sediment fraction",66.704,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB07_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB07",51.565,2.9873,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.70300007,"VV1","Fine sediment fraction",13.727,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB13_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,23.6989994,"VV1","Fine sediment fraction",17.058,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB15_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.43000031,"VV1","Fine sediment fraction",10.787,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB32_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB32",51.525161,2.92952,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,17.82900047,"VV1","Fine sediment fraction",10.652,"%","SEDtot","GSMF250","PPVSXX12",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB13_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB13",51.61485,2.781711111,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,18.17399979,"VV1","Total organic matter content",0.713213213213218,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB15_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB15",51.61907778,2.778063889,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,21.77199936,"VV1","Total organic matter content",0.591931045225594,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER01_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER01",51.5287629999999,3.08961,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,25.63899994,"VV1","Total organic matter content",1.11638714891899,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER06_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER06",51.5173449999999,3.086728,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,23.74300003,"VV1","Total organic matter content",1.78000912825195,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER09_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER09",51.513435,3.064034,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,24.57600021,"VV1","Total organic matter content",0.883708322038513,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER17_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER17",51.4830359999999,3.054148,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.4489994,"VV1","Total organic matter content",1.74260819882874,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB03_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB03",51.564088,3.016962,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,15.25699997,"VV1","Total organic matter content",0.47437592347772,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB06_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,21.94799995,"VV1","Total organic matter content",0.558591866259427,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB12_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB12",51.5592,2.9606,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,22.29000092,"VV1","Total organic matter content",0.637096384960654,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB12_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Total organic matter content",0.502839308162468,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB13_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB13",51.5551,2.9711,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.15099907,"VV1","Total organic matter content",0.431484115694647,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB13_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,23.6989994,"VV1","Total organic matter content",0.381724450041298,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB14_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB14",51.5497,2.9787,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.43099976,"VV1","Total organic matter content",0.62281186659295,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB14_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB14",51.541318,2.907326,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,21.3220005,"VV1","Total organic matter content",0.485595554932994,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB15_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.43000031,"VV1","Total organic matter content",0.740558896935467,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB15_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,18.39900017,"VV1","Total organic matter content",0.511749774830099,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB16_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB16",51.550084,2.916808,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.28499985,"VV1","Total organic matter content",1.04241752148597,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB16_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB16",51.525061,2.94022,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,15.83399963,"VV1","Total organic matter content",0.30312348987393,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB17_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB17",51.546484,2.924812,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.54000092,"VV1","Total organic matter content",0.753510674734547,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB19_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB19",51.537595,2.941801,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.04599953,"VV1","Total organic matter content",0.666570062309801,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB20_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB20",51.534,2.952,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,15.53600025,"VV1","Total organic matter content",0.828965465967804,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB21_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB21",51.5498,2.9008,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,23.2859993,"VV1","Total organic matter content",0.941741897772291,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB22_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB22",51.545552,2.90968,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,22.44499969,"VV1","Total organic matter content",0.549279718105512,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB23_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB23",51.5416,2.9173,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.68400002,"VV1","Total organic matter content",0.68174775333124,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB24_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB24",51.537432,2.924826,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.62599945,"VV1","Total organic matter content",0.593042260098073,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB25_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB25",51.5333,2.9331,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,14.57299995,"VV1","Total organic matter content",0.504731861198711,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB27_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB27",51.546381,2.892208,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,24.45299912,"VV1","Total organic matter content",0.826594788858929,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB28_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB28",51.542092,2.899968,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.43499947,"VV1","Total organic matter content",0.61485997726568,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB29_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB29",51.53788,2.90785,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,20.39999962,"VV1","Total organic matter content",0.837141758851941,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB30_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB30",51.533436,2.914993,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,18.46699905,"VV1","Total organic matter content",0.568181818181851,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB31_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB31",51.529298,2.922011,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,17.41399956,"VV1","Total organic matter content",0.472111359875408,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB32_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB32",51.525161,2.92952,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,17.82900047,"VV1","Total organic matter content",0.57256764780727,"%","SEDtot","TOM",{"$nulls":3},"TOM content in each sample was calculated as the difference between dry weight (drying for 48h at 60°C) and ash-free dry weight (2h at 500 °C) divided by the dry weight, multiplied by one hundred"]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB01_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB01",51.617875,2.762005556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,31.04599953,"VV1","2 mm fraction",0.148532385772882,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB02_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB02",51.61538056,2.76455,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,28.01000023,"VV1","2 mm fraction",0.431802686506465,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB03_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB03",51.61320833,2.766777778,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.85199928,"VV1","2 mm fraction",3.55105914439193,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB04_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB04",51.610725,2.769272222,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.27400017,"VV1","2 mm fraction",4.42877815294423,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB05_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB05",51.61178056,2.773630556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,22.74600029,"VV1","2 mm fraction",0.163728978007762,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB06_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB06",51.61407778,2.771333333,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,24.83799934,"VV1","2 mm fraction",4.14678260869565,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB07_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB07",51.61635556,2.769027778,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.84700012,"VV1","2 mm fraction",2.61965780510817,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB08_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB08",51.61918056,2.766180556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,30.25499916,"VV1","2 mm fraction",0.421026149497581,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB09_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB09",51.62074167,2.771011111,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,27.79100037,"VV1","2 mm fraction",2.19184843267133,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB10_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB10",51.61838056,2.773288889,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.20199966,"VV1","2 mm fraction",2.66487675302048,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB11_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB11",51.61608333,2.775408333,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,20.25799942,"VV1","2 mm fraction",0.942401733511629,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB12_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB12",51.61357778,2.777772222,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,19.53000069,"VV1","2 mm fraction",3.36833129030539,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB13_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB13",51.61485,2.781711111,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,18.17399979,"VV1","2 mm fraction",3.63156961800939,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB14_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB14",51.61691944,2.779919444,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,19.79299927,"VV1","2 mm fraction",3.92361420338164,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB15_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB15",51.61907778,2.778063889,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,21.77199936,"VV1","2 mm fraction",3.99131231484022,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB16_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB16",51.62199167,2.775530556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.84399986,"VV1","2 mm fraction",0.0904516434975804,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB01_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,24.31100082,"VV1","2 mm fraction",0.90723110659464,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB04_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,24.38199997,"VV1","2 mm fraction",3.14457391023516,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB05_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,21.4829998,"VV1","2 mm fraction",2.2851117485271,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB12_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,17.53199959,"VV1","2 mm fraction",4.79228412116341,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB13_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.71800041,"VV1","2 mm fraction",6.0126839360279,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB14_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.53000069,"VV1","2 mm fraction",0.666257509412585,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB15_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,17.52799988,"VV1","2 mm fraction",0.145368470479265,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB17_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,20.6439991,"VV1","2 mm fraction",4.60535108117499,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB18_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,21.4260006,"VV1","2 mm fraction",1.36343149038462,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB22_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,17.97100067,"VV1","2 mm fraction",1.90258473543038,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB24_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.81999969,"VV1","2 mm fraction",3.27926194744436,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB25_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,17.01300049,"VV1","2 mm fraction",0.82023277319661,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB14_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.74600029,"VV1","2 mm fraction",13.0020076337695,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB02_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,25.2140007,"VV1","2 mm fraction",7.08384899353706,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB16_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB16",51.47152611,2.87750692,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,19.81299973,"VV1","2 mm fraction",1.53257226929679,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER01_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER01",51.5287629999999,3.08961,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,25.63899994,"VV1","2 mm fraction",2.61965780510817,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER01_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER01",51.51718626,3.045419147,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",3.14457391023516,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER02_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER02",51.524354,3.099327,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,24.36599922,"VV1","2 mm fraction",4.42877815294423,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER02_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER02",51.53594143,3.059481376,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",2.2851117485271,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER03_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER03",51.519941,3.107135,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.50900078,"VV1","2 mm fraction",0.163728978007762,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER03_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER03",51.54323342,3.067311688,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",4.79228412116341,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER04_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER04",51.5129159999999,3.119319,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,21.75399971,"VV1","2 mm fraction",0.421026149497581,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER04_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER04",51.54318191,3.051690025,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",6.0126839360279,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER05_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER05",51.5221099999999,3.078157,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,25.24099922,"VV1","2 mm fraction",4.14678260869565,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER05_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER05",51.55113827,3.049250976,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",0.666257509412585,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER06_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER06",51.5173449999999,3.086728,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,23.74300003,"VV1","2 mm fraction",2.19184843267133,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER06_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER06",51.54156209,3.023605424,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",0.145368470479265,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER07_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER07",51.5117479999999,3.095677,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,19.80699921,"VV1","2 mm fraction",2.66487675302048,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER07_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER07",51.5117479999999,3.095677,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",3.55105914439193,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER08_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER08",51.5041259999999,3.105573,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,21.61100006,"VV1","2 mm fraction",0.942401733511629,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER08_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER08",51.53355644,3.011096719,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",1.53257226929679,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER09_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER09",51.513435,3.064034,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,24.57600021,"VV1","2 mm fraction",3.36833129030539,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER09_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER09",51.52523041,2.981935226,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",4.60535108117499,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER10_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER10",51.508076,3.072986,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,21.89800072,"VV1","2 mm fraction",3.63156961800939,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER10_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER10",51.52067921,3.007381828,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",1.36343149038462,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER11_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER11",51.5053529999999,3.050108,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,23.12700081,"VV1","2 mm fraction",3.92361420338164,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER11_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER11",51.51451912,3.019366736,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",1.90258473543038,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER12_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER12",51.4995189999999,3.059441,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,21.65099907,"VV1","2 mm fraction",3.99131231484022,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER12_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER12",51.50559817,3.018213991,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",13.0020076337695,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER13_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER13",51.493091,3.069151,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.41600037,"VV1","2 mm fraction",0.0904516434975804,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER13_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER13",51.51152241,3.001186518,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",3.27926194744436,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER14_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER14",51.487136,3.079621,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.87000084,"VV1","2 mm fraction",1.5655827446883,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER14_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER14",51.51419761,2.952204209,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",0.82023277319661,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER15_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER15",51.49501,3.031612,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,23.89500046,"VV1","2 mm fraction",1.11096886949455,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER15_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER15",51.50232251,2.974554677,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",0.148532385772882,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER16_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER16",51.490248,3.04247,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.38100052,"VV1","2 mm fraction",0.119564579543454,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER16_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER16",51.5064928,2.956976415,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",0.431802686506465,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER17_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER17",51.4830359999999,3.054148,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.4489994,"VV1","2 mm fraction",1.40159686577897,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER18_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER18",51.476916,3.064173,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.22900009,"VV1","2 mm fraction",3.99542041162206,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB06_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB06",51.541,2.9344,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.61000061,"VV1","2 mm fraction",1.6744617801421,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB23_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB23",51.5293,2.9412,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.01099968,"VV1","2 mm fraction",13.4828816816346,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB29_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB29",51.5705,2.9965,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",6.53808406229998,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB36_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB36",51.5645,2.9704,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.57299995,"VV1","2 mm fraction",5.19890887097769,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB37_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB37",51.5744,2.9887,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,20.24600029,"VV1","2 mm fraction",7.8112396879018,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB01_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB01",51.5761,3.0033,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.85099983,"VV1","2 mm fraction",9.34465217678536,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB01_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB01",51.578526,2.991079,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,20.80500031,"VV1","2 mm fraction",21.5097128717644,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB02_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,14.70899963,"VV1","2 mm fraction",22.0975965040058,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB03_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB03",51.564088,3.016962,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,15.25699997,"VV1","2 mm fraction",38.4041779255872,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB04_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB04",51.5665,3.0037,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.82800007,"VV1","2 mm fraction",39.4610787786117,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB04_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB04",51.564997,2.979446,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,20.06800079,"VV1","2 mm fraction",2.19469795740982,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB05_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB05",51.564381,3.007493,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,15.86299992,"VV1","2 mm fraction",8.76362872868519,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB05_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB05",51.5556,2.996019,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,11.00300026,"VV1","2 mm fraction",5.13128642672595,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB06_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB06",51.569596,2.978935,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,23.23999977,"VV1","2 mm fraction",12.8021544929059,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB06_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,21.94799995,"VV1","2 mm fraction",23.3011469241579,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB07_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB07",51.565,2.9873,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.70300007,"VV1","2 mm fraction",5.16073879102832,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB07_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,16.22299957,"VV1","2 mm fraction",21.5877437325905,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB08_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB08",51.5604,2.9956,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,11.21399975,"VV1","2 mm fraction",17.2916018977846,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB08_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB08",51.544969,2.979322,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",1.70059196178212,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB09_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB09",51.5645,2.9704,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,21.78800011,"VV1","2 mm fraction",24.3298034425879,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB10_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB10",51.5599,2.9784,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,15.23099995,"VV1","2 mm fraction",4.36397796660831,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB10_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB10",51.547862,2.928784,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",3.57789795189803,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB11_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB11",51.555329,2.986941,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.49300003,"VV1","2 mm fraction",1.08039666916202,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB11_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB11",51.542607,2.940563,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",1.68740682786547,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB12_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB12",51.5592,2.9606,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,22.29000092,"VV1","2 mm fraction",8.10136685623067,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB12_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","2 mm fraction",23.5157384987893,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB13_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB13",51.5551,2.9711,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.15099907,"VV1","2 mm fraction",1.64425806637557,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB13_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,23.6989994,"VV1","2 mm fraction",1.65589693736674,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB14_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB14",51.5497,2.9787,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.43099976,"VV1","2 mm fraction",10.6505715201367,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB14_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB14",51.541318,2.907326,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,21.3220005,"VV1","2 mm fraction",2.4468261117341,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB15_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.43000031,"VV1","2 mm fraction",2.66516138136806,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB15_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,18.39900017,"VV1","2 mm fraction",2.25441459426447,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB16_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB16",51.550084,2.916808,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.28499985,"VV1","2 mm fraction",3.4157698321217,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB16_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB16",51.525061,2.94022,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,15.83399963,"VV1","2 mm fraction",0.636273150947433,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB17_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB17",51.546484,2.924812,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.54000092,"VV1","2 mm fraction",0.424549381796514,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB19_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB19",51.537595,2.941801,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.04599953,"VV1","2 mm fraction",7.03884822825385,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB20_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB20",51.534,2.952,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,15.53600025,"VV1","2 mm fraction",4.1652236879388,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB21_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB21",51.5498,2.9008,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,23.2859993,"VV1","2 mm fraction",0.241280054182189,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB22_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB22",51.545552,2.90968,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,22.44499969,"VV1","2 mm fraction",9.15631227288712,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB23_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB23",51.5416,2.9173,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.68400002,"VV1","2 mm fraction",1.07226978726586,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB24_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB24",51.537432,2.924826,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.62599945,"VV1","2 mm fraction",1.43369383587078,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB25_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB25",51.5333,2.9331,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,14.57299995,"VV1","2 mm fraction",1.00046221962731,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB27_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB27",51.546381,2.892208,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,24.45299912,"VV1","2 mm fraction",6.33525036885369,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB28_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB28",51.542092,2.899968,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.43499947,"VV1","2 mm fraction",15.9035323514936,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB29_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB29",51.53788,2.90785,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,20.39999962,"VV1","2 mm fraction",3.86292735722926,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB30_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB30",51.533436,2.914993,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,18.46699905,"VV1","2 mm fraction",6.97822973655199,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB31_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB31",51.529298,2.922011,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,17.41399956,"VV1","2 mm fraction",14.6352151648324,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB32_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB32",51.525161,2.92952,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,17.82900047,"VV1","2 mm fraction",5.91521587577474,"%","SEDtot","GSMF>2000",null,null,"ICES:METOA:DSV","Dried sediments are sieved using a 2mm sieve. The portion retained on the sieve (>2mm) and the fraction that passes through (<2mm) are weighed separately. The fraction above 2mm is then calculated by dividing the weight of the sediment retained by the 2 mm sieved by the total weight of both the retained and passed-through fractions, multiplied by one hundred."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB01_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB01",51.617875,2.762005556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,31.04599953,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB02_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB02",51.61538056,2.76455,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,28.01000023,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB03_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB03",51.61320833,2.766777778,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.85199928,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB04_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB04",51.610725,2.769272222,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.27400017,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB05_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB05",51.61178056,2.773630556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,22.74600029,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB06_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB06",51.61407778,2.771333333,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,24.83799934,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB07_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB07",51.61635556,2.769027778,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.84700012,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB08_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB08",51.61918056,2.766180556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,30.25499916,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB09_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB09",51.62074167,2.771011111,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,27.79100037,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB10_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB10",51.61838056,2.773288889,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.20199966,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB11_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB11",51.61608333,2.775408333,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,20.25799942,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB12_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB12",51.61357778,2.777772222,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,19.53000069,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB13_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB13",51.61485,2.781711111,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,18.17399979,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB14_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB14",51.61691944,2.779919444,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,19.79299927,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB15_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB15",51.61907778,2.778063889,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,21.77199936,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"BB16_REF_BB_Autumn_2020_VV1","VV grab","Sediment grabs","BB16",51.62199167,2.775530556,"BLIGHBANK","BELWIND_REF","BB",null,null,"REF_BB","BE",null,"Autumn",2020,null,25.84399986,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB01_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB01",51.45223204,2.890660743,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,24.31100082,"VV1","Mud content",1.086,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB04_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB04",51.44897729,2.87929762,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,24.38199997,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB05_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB05",51.45571506,2.899305465,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,21.4829998,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB12_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB12",51.45798828,2.857269306,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,17.53199959,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB13_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB13",51.46720995,2.886050049,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.71800041,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB14_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.53000069,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB15_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB15",51.46062551,2.867027707,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,17.52799988,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB17_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB17",51.46881377,2.868858662,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,20.6439991,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB18_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB18",51.4656343,2.857616379,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,21.4260006,"VV1","Mud content",2.911,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB22_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB22",51.45329189,2.869768398,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,17.97100067,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB24_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB24",51.4601078,2.889034778,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.81999969,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB25_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB25",51.46304991,2.897187534,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,17.01300049,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB14_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB14",51.46411261,2.877897682,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,18.74600029,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB02_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB02",51.45865733,2.908570704,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,25.2140007,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"GB16_REF_TB_Autumn_2020_VV1","VV grab","Sediment grabs","GB16",51.47152611,2.87750692,"GOOTEBANK","CPOWER_REF","GB",null,null,"REF_TB","BE",null,"Autumn",2020,null,19.81299973,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER01_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER01",51.5287629999999,3.08961,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,25.63899994,"VV1","Mud content",4.045,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER01_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER01",51.51718626,3.045419147,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",18.809,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER02_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER02",51.524354,3.099327,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,24.36599922,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER02_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER02",51.53594143,3.059481376,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",4.536,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER03_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER03",51.519941,3.107135,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.50900078,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER03_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER03",51.54323342,3.067311688,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",17.527,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER04_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER04",51.5129159999999,3.119319,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,21.75399971,"VV1","Mud content",3.196,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER04_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER04",51.54318191,3.051690025,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER05_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER05",51.5221099999999,3.078157,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,25.24099922,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER05_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER05",51.55113827,3.049250976,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER06_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER06",51.5173449999999,3.086728,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,23.74300003,"VV1","Mud content",0.632999999999996,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER06_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER06",51.54156209,3.023605424,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER07_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER07",51.5117479999999,3.095677,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,19.80699921,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER07_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER07",51.5117479999999,3.095677,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER08_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER08",51.5041259999999,3.105573,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,21.61100006,"VV1","Mud content",11.156,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER08_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER08",51.53355644,3.011096719,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER09_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER09",51.513435,3.064034,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,24.57600021,"VV1","Mud content",1.31999999999999,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER09_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER09",51.52523041,2.981935226,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",5.375,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER10_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER10",51.508076,3.072986,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,21.89800072,"VV1","Mud content",3.125,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER10_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER10",51.52067921,3.007381828,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER11_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER11",51.5053529999999,3.050108,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,23.12700081,"VV1","Mud content",1.514,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER11_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER11",51.51451912,3.019366736,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER12_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER12",51.4995189999999,3.059441,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,21.65099907,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER12_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER12",51.50559817,3.018213991,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",1.044,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER13_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER13",51.493091,3.069151,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.41600037,"VV1","Mud content",8.65900000000001,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER13_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER13",51.51152241,3.001186518,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER14_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER14",51.487136,3.079621,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.87000084,"VV1","Mud content",26.295,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER14_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER14",51.51419761,2.952204209,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",6.994,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER15_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER15",51.49501,3.031612,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,23.89500046,"VV1","Mud content",3.77500000000001,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER15_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER15",51.50232251,2.974554677,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER16_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER16",51.490248,3.04247,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.38100052,"VV1","Mud content",0.864000000000004,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER16_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER16",51.5064928,2.956976415,"THORNTONBANK","NORTHER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",18.675,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER17_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER17",51.4830359999999,3.054148,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.4489994,"VV1","Mud content",13.531,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink","Ship of opportunity","Aquatrot",null,"NORTHER18_REF_NORTHER_Autumn_2020_VV1","VV grab","Sediment grabs","NORTHER18",51.476916,3.064173,"THORNTONBANK","NORTHER_REF","TB",null,null,"REF_NORTHER","BE",null,"Autumn",2020,null,20.22900009,"VV1","Mud content",11.195,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB06_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB06",51.541,2.9344,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.61000061,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB23_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB23",51.5293,2.9412,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.01099968,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB29_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB29",51.5705,2.9965,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB36_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB36",51.5645,2.9704,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.57299995,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"NTB37_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","NTB37",51.5744,2.9887,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,20.24600029,"VV1","Mud content",3.316,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB01_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB01",51.5761,3.0033,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.85099983,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB01_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB01",51.578526,2.991079,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,20.80500031,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB02_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB02",51.571435,3.004025,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,14.70899963,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB03_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB03",51.564088,3.016962,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,15.25699997,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB04_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB04",51.5665,3.0037,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.82800007,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB04_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB04",51.564997,2.979446,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,20.06800079,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB05_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB05",51.564381,3.007493,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,15.86299992,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB05_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB05",51.5556,2.996019,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,11.00300026,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB06_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB06",51.569596,2.978935,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,23.23999977,"VV1","Mud content",0.715000000000003,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB06_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB06",51.558601,2.952325,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,21.94799995,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB07_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB07",51.565,2.9873,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.70300007,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB07_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB07",51.551543,2.964626,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,16.22299957,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB08_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB08",51.5604,2.9956,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,11.21399975,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB08_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB08",51.544969,2.979322,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB09_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB09",51.5645,2.9704,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,21.78800011,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB10_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB10",51.5599,2.9784,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,15.23099995,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB10_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB10",51.547862,2.928784,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB11_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB11",51.555329,2.986941,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.49300003,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB11_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB11",51.542607,2.940563,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB12_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB12",51.5592,2.9606,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,22.29000092,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB12_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB12",51.537418,2.952304,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,null,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB13_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB13",51.5551,2.9711,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.15099907,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB13_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB13",51.549967,2.891404,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,23.6989994,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB14_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB14",51.5497,2.9787,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,13.43099976,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB14_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB14",51.541318,2.907326,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,21.3220005,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB15_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB15",51.5541,2.9088,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.43000031,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB15_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB15",51.532941,2.922913,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,18.39900017,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB16_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB16",51.550084,2.916808,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.28499985,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB16_VERY_CLOSE_Autumn_2020_VV1","VV grab","Sediment grabs","TB16",51.525061,2.94022,"THORNTONBANK","CPOWER","TB",null,37.5,"VERY_CLOSE","BE",null,"Autumn",2020,null,15.83399963,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB17_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB17",51.546484,2.924812,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,21.54000092,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB19_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB19",51.537595,2.941801,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.04599953,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB20_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB20",51.534,2.952,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,15.53600025,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB21_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB21",51.5498,2.9008,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,23.2859993,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB22_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB22",51.545552,2.90968,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,22.44499969,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB23_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB23",51.5416,2.9173,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.68400002,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB24_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB24",51.537432,2.924826,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.62599945,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB25_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB25",51.5333,2.9331,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,14.57299995,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB27_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB27",51.546381,2.892208,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,24.45299912,"VV1","Mud content",1.38200000000001,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB28_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB28",51.542092,2.899968,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,19.43499947,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB29_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB29",51.53788,2.90785,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,20.39999962,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB30_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB30",51.533436,2.914993,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,18.46699905,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB31_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB31",51.529298,2.922011,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,17.41399956,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]
["WinMon","Ugent","Bart Beuselink",{"$nulls":3},"TB32_FAR_Autumn_2020_VV1","VV grab","Sediment grabs","TB32",51.525161,2.92952,"THORNTONBANK","CPOWER","TB",null,"350-500","FAR","BE",null,"Autumn",2020,null,17.82900047,"VV1","Mud content",0,"%","SEDtot","GSMF63","NA2GP099",null,"ICES:METOA:LGR","The samples were dried at 60°C during 48h, and the grain size distribution was measured using laser diffraction with a Malvern Mastersizer. The grain size distribution was then used to determine the median grain size (d50), fine sand fraction (% <250  μm) and mud content (< 63 µm) in each sample."]