Record Search Query:[Parameters: Topic='OCEANS', Term='OCEAN CHEMISTRY', Detailed_Variable='HALOCARBONS']
Measurements of oceanic organosulfur compounds, halocarbons and ammonium made during the Challenger 47 research cruise as part of the North Sea Project in the North Sea during February and March 1989
Abstract:
This metadata entry refers to measurements of oceanic organosulfur compounds and oceanic halocarbons made by Sue Turner and oceanic ammonium made by David Hydes during the Challenger 47 research cruise in the North Sea as part of the North Sea Project. The cruise began on 27th February 1989 and ended on 11th March 1989 with a spatial coverage of +51N to +56N latitude and +2W to +8E longitude.
... The data consists of: -58 measurements of the concentration of dimethylsulphoniopropionate (DMSP) per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration and gas chromatography; -66 measurements of the concentration of dimethylsulphoniopropionate (DMSP) per unit volume of the water column (particulate GF/C phase) by filtration and gas chromatography; -18 measurements of the concentration of dimethylsulphoniopropionate (DMSP) per unit volume of the water column (dissolved plus reactive particulate phase) by gas chromatography; -8 measurements of the concentration of dimethylsulphide + dimethylsulphoniopropionate (DMS+DMSP) per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration and gas chromatography; -8 measurements of the concentration of dimethylsulphide + dimethylsulphoniopropionate (DMS+DMSP) per unit volume of the water column (dissolved plus reactive particulate phase) by gas chromatography; -80 measurements of the concentration of dimethylsulphide (DMS) per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration, purging, cryogenic trapping and gas chromatography). -76 measurements of the concentration of dibromochloromethane per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration, purging, cryogenic trapping and gas chromatography); -77 measurements of the concentration of dibromomethane per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration, purging, cryogenic trapping and gas chromatography); -86 measurements of the concentration of dichlorobromomethane per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration, purging, cryogenic trapping and gas chromatography); -89 measurements of the concentration of iodomethane (methyl iodide) per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration, purging, cryogenic trapping and gas chromatography); -86 measurements of the concentration of tetrachloroethene per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration, purging, cryogenic trapping and gas chromatography); -86 measurements of the concentration of tetrachloromethane (carbon tetrachloride) per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration, purging, cryogenic trapping and gas chromatography); -86 measurements of the concentration of tribromomethane per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration, purging, cryogenic trapping and gas chromatography); -86 measurements of the concentration of trichloromethane (chloroform) per unit volume of the water column (dissolved plus reactive particulate GF/C phase) by filtration, purging, cryogenic trapping and gas chromatography). -366 measurements of the concentration of ammonium (NH4) per unit volume of the water column (dissolved plus reactive particulate phase) by colorimetric autoanalysis.
