Bottle Retrieval Data Report
Metadata information for: AMT1
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
A8308246 Individual A8308246 Number per millilitre
#/ml
Abundance of Fragilariopsis kergulensis [Subgroup: colonial] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
B557AA66 Individual B557AA66 Number per millilitre
#/ml
Abundance of Calyptrosphaera spp. (sp. B) (ITIS: 2199: WoRMS 235828) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
B66018BB Individual B66018BB Number per millilitre
#/ml
Abundance of Rhizosolenia simplex (WoRMS 341506) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
C029888B Individual C029888B Number per millilitre
#/ml
Abundance of Thalassiosira spp. (ITIS: 2484: WoRMS 148912) [Size: 70um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
C0A80663 Individual C0A80663 Number per millilitre
#/ml
Abundance of Helicosphaera carteri hyalina per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
C5558380 Individual C5558380 Number per millilitre
#/ml
Abundance of Gymnodinium-like (ITIS: 10031: WoRMS 109475) [Subgroup: heterotrophic] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
C8B43B67 Individual C8B43B67 Number per millilitre
#/ml
Abundance of Gyrodinium spp. (ITIS: 10077: WoRMS 109476) [Size: 25um Subgroup: autotrophic] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
CBCCM00Z Individual CBCCM00Z Number per millilitre
#/ml
Abundance of Cyanobacteria (ITIS: 601: WoRMS 146537) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CHLCHPP1 Individual CHLCHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c {chl-c} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Guy Westbrook, Plymouth Marine Laboratory
CIDAHPP1 Individual CIDAHPP1 Nanograms per litre
ng/l
Concentration of chlorophyllide-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Guy Westbrook, Plymouth Marine Laboratory
CORGCNP1 Individual CORGCNP1 Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate >GF/F phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
CPHLFLP5 Individual CPHLFLP5 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry

Tony Bale, Plymouth Marine Laboratory
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DINXHPP1 Individual DINXHPP1 Nanograms per litre
ng/l
Concentration of dinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Guy Westbrook, Plymouth Marine Laboratory
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
E3008126 Individual E3008126 Number per millilitre
#/ml
Abundance of Gymnodinium spp. (ITIS: 10031: WoRMS 109475) [Size: 20um Subgroup: heterotrophic] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
E3494120 Individual E3494120 Number per millilitre
#/ml
Abundance of Fragilariopsis cylindrus (ITIS: 5076: WoRMS 172418) [Subgroup: colonial] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
E6729813 Individual E6729813 Number per millilitre
#/ml
Abundance of Syracosphaera spp. (ITIS: 2234: WoRMS 115084) [Size: 15um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
F6114A16 Individual F6114A16 Number per millilitre
#/ml
Abundance of Gymnodinium spp. (ITIS: 10031: WoRMS 109475) [Size: 10um Subgroup: autotrophic] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
G4235075 Individual G4235075 Number per millilitre
#/ml
Abundance of Calyptrosphaera spp. (sp. A) (ITIS: 2199: WoRMS 235828) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
G516222B Individual G516222B Number per millilitre
#/ml
Abundance of Trichodesmium spp. (ITIS: 918: WoRMS 177604) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
G8B59073 Individual G8B59073 Number per millilitre
#/ml
Abundance of Thalassiosira spp. (ITIS: 2484: WoRMS 148912) [Size: 50um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
I29950A6 Individual I29950A6 Number per millilitre
#/ml
Abundance of Nitzschia spp. (ITIS: 5070: WoRMS 119270) [Size: 250um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
I3A97A37 Individual I3A97A37 Number per millilitre
#/ml
Abundance of Chaetoceros atlanticum skeleton (ITIS: 2772) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
J1214333 Individual J1214333 Number per millilitre
#/ml
Abundance of Chaetoceros vixvisibilis (ITIS: 2858) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
J2068836 Individual J2068836 Number per millilitre
#/ml
Abundance of Dinophyceae (ITIS: 9874: WoRMS 19542) [Size: 20um Subgroup: autotrophic] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
J61170A1 Individual J61170A1 Number per millilitre
#/ml
Abundance of Prorocentrum spp. (ITIS: 9877: WoRMS 109566) [Size: 15um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
K0403920 Individual K0403920 Number per millilitre
#/ml
Abundance of Coccosphaerales (ITIS: 610061: WoRMS 115059) [Morphology: spike-shaped] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
K93784B0 Individual K93784B0 Number per millilitre
#/ml
Abundance of Lissodinium spp. (ITIS: 573323: WoRMS 231810) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
L55A4974 Individual L55A4974 Number per millilitre
#/ml
Abundance of Nitzschia spp. (sp. C) (ITIS: 5070: WoRMS 119270) [Subgroup: colonial] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
L9869A57 Individual L9869A57 Number per millilitre
#/ml
Abundance of Nitzschia oceanica (ITIS: 5139: WoRMS 156542) [Subgroup: colonial] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
LA5A435A Individual LA5A435A Number per millilitre
#/ml
Abundance of Prorocentrum vaginulum (ITIS: 9896: WoRMS 110317) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
M0B57330 Individual M0B57330 Number per millilitre
#/ml
Abundance of Ceratium carriense (ITIS: 10444: WoRMS 109936) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
M7632975 Individual M7632975 Number per millilitre
#/ml
Abundance of Gyrodinium fusus (WoRMS 232943) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
M8A61155 Individual M8A61155 Number per millilitre
#/ml
Abundance of Coscinodiscus argus (ITIS: 2599: WoRMS 149269) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
MAA85A35 Individual MAA85A35 Number per millilitre
#/ml
Abundance of Umbilicosphaera hulburtiana (WoRMS 235984) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
MVACHPP1 Individual MVACHPP1 Nanograms per litre
ng/l
Concentration of monovinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Stuart W Gibb, Plymouth Marine Laboratory
N631A4BB Individual N631A4BB Number per millilitre
#/ml
Abundance of Gymnodinium galeaeforme (ITIS: 573406: WoRMS 232763) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
N7185647 Individual N7185647 Number per millilitre
#/ml
Abundance of Oxytoxum spp. (ITIS: 10463: WoRMS 109528) [Subgroup: autotrophic] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
NTOTCNP1 Individual NTOTCNP1 Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate >GF/F phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
NTRIAATX Individual NTRIAATX Micromoles per litre
umol/l
Concentration of nitrite {NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
NTRZAATX Individual NTRZAATX Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
O2001914 Individual O2001914 Number per millilitre
#/ml
Abundance of Corethron criophilum (ITIS: 2387: WoRMS 149110) [Size: 10um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
O794B55B Individual O794B55B Number per millilitre
#/ml
Abundance of Syracosphaera spp. (ITIS: 2234: WoRMS 115084) [Size: 20um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
OA76A1A9 Individual OA76A1A9 Number per millilitre
#/ml
Abundance of Pennales (ITIS: 2930) [Size: 50um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P012M00Z Individual P012M00Z Number per millilitre
#/ml
Abundance of Asteromphalus spp. (ITIS: 2633: WoRMS 162254) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P012M02Z Individual P012M02Z Number per millilitre
#/ml
Abundance of Asteromphalus sarcophagus (ITIS: 2637: WoRMS 394598) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P012M03Z Individual P012M03Z Number per millilitre
#/ml
Abundance of Asteromphalus heptactis (ITIS: 2634: WoRMS 162258) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P018M04Z Individual P018M04Z Number per millilitre
#/ml
Abundance of Bacteriastrum furcatum (ITIS: 573687: WoRMS 164110) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P018M07Z Individual P018M07Z Number per millilitre
#/ml
Abundance of Bacteriastrum biconicum (ITIS: 2873: WoRMS 418485) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P028M01Z Individual P028M01Z Number per millilitre
#/ml
Abundance of Cerataulina pelagica (ITIS: 2755: WoRMS 149619) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M00Z Individual P030M00Z Number per millilitre
#/ml
Abundance of Chaetoceros spp. (ITIS: 2758: WoRMS 148985) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M01Z Individual P030M01Z Number per millilitre
#/ml
Abundance of Chaetoceros affinis (ITIS: 2759: WoRMS 149241) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M02A Individual P030M02A Number per millilitre
#/ml
Abundance of Chaetoceros atlanticum var. neapolitanum (ITIS: 2771) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M02Z Individual P030M02Z Number per millilitre
#/ml
Abundance of Chaetoceros atlanticus (ITIS: 2769: WoRMS 149288) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M05Z Individual P030M05Z Number per millilitre
#/ml
Abundance of Chaetoceros brevis (ITIS: 2776: WoRMS 149291) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M09Z Individual P030M09Z Number per millilitre
#/ml
Abundance of Chaetoceros compressus (ITIS: 2780: WoRMS 149129) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M10Z Individual P030M10Z Number per millilitre
#/ml
Abundance of Chaetoceros concavicornis (ITIS: 2781: WoRMS 156607) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M19Z Individual P030M19Z Number per millilitre
#/ml
Abundance of Chaetoceros decipiens (ITIS: 2791: WoRMS 149126) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M20Z Individual P030M20Z Number per millilitre
#/ml
Abundance of Chaetoceros densus (ITIS: 2794: WoRMS 149121) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M21Z Individual P030M21Z Number per millilitre
#/ml
Abundance of Chaetoceros didymus (ITIS: 2797: WoRMS 149122) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M36Z Individual P030M36Z Number per millilitre
#/ml
Abundance of Chaetoceros laciniosus (ITIS: 2809: WoRMS 149228) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M43Z Individual P030M43Z Number per millilitre
#/ml
Abundance of Chaetoceros peruvianus (ITIS: 2816: WoRMS 178185) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M48Z Individual P030M48Z Number per millilitre
#/ml
Abundance of Chaetoceros radicans (ITIS: 2822: WoRMS 163112) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M54Z Individual P030M54Z Number per millilitre
#/ml
Abundance of Chaetoceros simplex (ITIS: 2844: WoRMS 149294) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M56Z Individual P030M56Z Number per millilitre
#/ml
Abundance of Chaetoceros socialis (ITIS: 2827: WoRMS 149123) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M72Z Individual P030M72Z Number per millilitre
#/ml
Abundance of Chaetoceros diversus (ITIS: 2803: WoRMS 157431) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M73Z Individual P030M73Z Number per millilitre
#/ml
Abundance of Chaetoceros dadayi (ITIS: 2788: WoRMS 248067) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P030M80Z Individual P030M80Z Number per millilitre
#/ml
Abundance of Chaetoceros saltans (ITIS: 2857) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P033M01Z Individual P033M01Z Number per millilitre
#/ml
Abundance of Corethron criophilum (ITIS: 2387: WoRMS 149110) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P034M24Z Individual P034M24Z Number per millilitre
#/ml
Abundance of Coscinodiscus radiatus (ITIS: 2567: WoRMS 149158) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P039M00Z Individual P039M00Z Number per millilitre
#/ml
Abundance of Dactyliosolen spp. (ITIS: 2397: WoRMS 149309) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P039M01Z Individual P039M01Z Number per millilitre
#/ml
Abundance of Dactyliosolen antarcticus (ITIS: 2398: WoRMS 179785) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P039M02Z Individual P039M02Z Number per millilitre
#/ml
Abundance of Dactyliosolen blavyanus (ITIS: 573637: WoRMS 179786) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P048M02Z Individual P048M02Z Number per millilitre
#/ml
Abundance of Eucampia cornuta (ITIS: 2731: WoRMS 248058) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P048M03Z Individual P048M03Z Number per millilitre
#/ml
Abundance of Eucampia groenlandica (ITIS: 2732: WoRMS 157430) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P058M01Z Individual P058M01Z Number per millilitre
#/ml
Abundance of Guinardia flaccida (ITIS: 2922: WoRMS 149132) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P061M01Z Individual P061M01Z Number per millilitre
#/ml
Abundance of Hemiaulus hauckii (ITIS: 2749: WoRMS 163249) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P061M10Z Individual P061M10Z Number per millilitre
#/ml
Abundance of Hemiaulus sinensis (ITIS: 2751: WoRMS 163250) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P068M01Z Individual P068M01Z Number per millilitre
#/ml
Abundance of Leptocylindrus danicus (ITIS: 2395: WoRMS 149106) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P068M02Z Individual P068M02Z Number per millilitre
#/ml
Abundance of Leptocylindrus mediterraneus (ITIS: 573636: WoRMS 149230) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P073M10Z Individual P073M10Z Number per millilitre
#/ml
Abundance of Navicula planamembranacea (ITIS: 550524: WoRMS 180727) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P074M07Z Individual P074M07Z Number per millilitre
#/ml
Abundance of Nitzschia bicapitata (ITIS: 5143: WoRMS 341566) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P074M14Z Individual P074M14Z Number per millilitre
#/ml
Abundance of Nitzschia closterium (ITIS: 5149: WoRMS 149610) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P074M18Z Individual P074M18Z Number per millilitre
#/ml
Abundance of Nitzschia delicatissima (ITIS: 5077: WoRMS 149318) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P074M61Z Individual P074M61Z Number per millilitre
#/ml
Abundance of Nitzschia seriata (ITIS: 5093: WoRMS 156502) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P081M01Z Individual P081M01Z Number per millilitre
#/ml
Abundance of Planktoniella sol (ITIS: 2483: WoRMS 196815) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P084M00Z Individual P084M00Z Number per millilitre
#/ml
Abundance of Pleurosigma spp. (ITIS: 4592: WoRMS 149181) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P084M25Z Individual P084M25Z Number per millilitre
#/ml
Abundance of Pleurosigma planctonicum (ITIS: 550525: WoRMS 231883) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P087M00Z Individual P087M00Z Number per millilitre
#/ml
Abundance of Porosira spp. (ITIS: 2536: WoRMS 148980) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M02E Individual P093M02E Number per millilitre
#/ml
Abundance of Rhizosolenia alata (ITIS: 2881: WoRMS 149223) [Size: 15um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M02F Individual P093M02F Number per millilitre
#/ml
Abundance of Rhizosolenia alata (ITIS: 2881: WoRMS 149223) [Size: 2um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M02G Individual P093M02G Number per millilitre
#/ml
Abundance of Rhizosolenia alata (ITIS: 2881: WoRMS 149223) [Size: 5um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M02J Individual P093M02J Number per millilitre
#/ml
Abundance of Rhizosolenia alata (ITIS: 2881: WoRMS 149223) [Size: 10um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M07A Individual P093M07A Number per millilitre
#/ml
Abundance of Rhizosolenia chunii (WoRMS 341502) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M09Z Individual P093M09Z Number per millilitre
#/ml
Abundance of Rhizosolenia cylindrus (ITIS: 2890: WoRMS 163242) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M10Z Individual P093M10Z Number per millilitre
#/ml
Abundance of Rhizosolenia calcar-avis (ITIS: 2888: WoRMS 163346) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M12Z Individual P093M12Z Number per millilitre
#/ml
Abundance of Rhizosolenia delicatula (ITIS: 2891: WoRMS 149114) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M13Z Individual P093M13Z Number per millilitre
#/ml
Abundance of Rhizosolenia fragilissima (ITIS: 2892: WoRMS 149231) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M14E Individual P093M14E Number per millilitre
#/ml
Abundance of Rhizosolenia hebetata semispina (ITIS: 2895: WoRMS 149071) [Size: 10um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M23A Individual P093M23A Number per millilitre
#/ml
Abundance of Rhizosolenia stolterfothii (ITIS: 2903: WoRMS 149224) [Size: large] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P093M23B Individual P093M23B Number per millilitre
#/ml
Abundance of Rhizosolenia stolterfothii (ITIS: 2903: WoRMS 149224) [Size: small] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P101M01Z Individual P101M01Z Number per millilitre
#/ml
Abundance of Skeletonema costatum (ITIS: 2402: WoRMS 149074) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P105M00Z Individual P105M00Z Number per millilitre
#/ml
Abundance of Stephanopyxis spp. (ITIS: 2371: WoRMS 149630) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P109M00Z Individual P109M00Z Number per millilitre
#/ml
Abundance of Synedra spp. (ITIS: 3013: WoRMS 149186) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P110M01Z Individual P110M01Z Number per millilitre
#/ml
Abundance of Thalassionema nitzschioides (ITIS: 3139: WoRMS 149093) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P110M02Z Individual P110M02Z Number per millilitre
#/ml
Abundance of Thalassionema bacillaris (ITIS: 3141) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P111M00A Individual P111M00A Number per millilitre
#/ml
Abundance of Thalassiosira spp. (ITIS: 2484: WoRMS 148912) [Size: 10um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P111M00B Individual P111M00B Number per millilitre
#/ml
Abundance of Thalassiosira spp. (ITIS: 2484: WoRMS 148912) [Size: 20um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P111M00D Individual P111M00D Number per millilitre
#/ml
Abundance of Thalassiosira spp. (ITIS: 2484: WoRMS 148912) [Size: 60um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P111M00E Individual P111M00E Number per millilitre
#/ml
Abundance of Thalassiosira spp. (ITIS: 2484: WoRMS 148912) [Size: 4um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P111M00F Individual P111M00F Number per millilitre
#/ml
Abundance of Thalassiosira spp. (ITIS: 2484: WoRMS 148912) [Size: 30um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P111M00Q Individual P111M00Q Number per millilitre
#/ml
Abundance of Thalassiosira spp. (ITIS: 2484: WoRMS 148912) [Size: 15um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P111M07Z Individual P111M07Z Number per millilitre
#/ml
Abundance of Thalassiosira eccentrica (ITIS: 2503: WoRMS 148922) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P111M10Z Individual P111M10Z Number per millilitre
#/ml
Abundance of Thalassiosira gravida (ITIS: 2490: WoRMS 149102) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P112M03Z Individual P112M03Z Number per millilitre
#/ml
Abundance of Thalassiothrix delicatula (ITIS: 3132) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P118M00Z Individual P118M00Z Number per millilitre
#/ml
Abundance of Tropidoneis spp. (ITIS: 4657: WoRMS 149518) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P207M02Z Individual P207M02Z Number per millilitre
#/ml
Abundance of Amphisolenia globosa (WoRMS 232132) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P213M05Z Individual P213M05Z Number per millilitre
#/ml
Abundance of Ceratium extensum (ITIS: 10427: WoRMS 109947) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P213M08Z Individual P213M08Z Number per millilitre
#/ml
Abundance of Ceratium furca (ITIS: 10399: WoRMS 109950) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P213M09Z Individual P213M09Z Number per millilitre
#/ml
Abundance of Ceratium fusus (ITIS: 10400: WoRMS 109951) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P213M15Z Individual P213M15Z Number per millilitre
#/ml
Abundance of Ceratium lineatum (ITIS: 10401: WoRMS 109963) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P213M21Z Individual P213M21Z Number per millilitre
#/ml
Abundance of Ceratium pentagonum (ITIS: 10406: WoRMS 109972) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P213M26Z Individual P213M26Z Number per millilitre
#/ml
Abundance of Ceratium tripos (ITIS: 10408: WoRMS 109982) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P213M30Z Individual P213M30Z Number per millilitre
#/ml
Abundance of Ceratium boehmii (ITIS: 573340: WoRMS 233286) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P213M34Z Individual P213M34Z Number per millilitre
#/ml
Abundance of Ceratium teres (ITIS: 10431: WoRMS 109980) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P213M37Z Individual P213M37Z Number per millilitre
#/ml
Abundance of Ceratium paradoxides (ITIS: 573350: WoRMS 109970) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P219M03Z Individual P219M03Z Number per millilitre
#/ml
Abundance of Dinophysis brevisulcus (WoRMS 232169) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P219M18Z Individual P219M18Z Number per millilitre
#/ml
Abundance of Dinophysis favus (ITIS: 9965) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P219M52Z Individual P219M52Z Number per millilitre
#/ml
Abundance of Dinophysis parvula (ITIS: 9950: WoRMS 109644) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P228M00Z Individual P228M00Z Number per millilitre
#/ml
Abundance of Gonyaulax spp. (ITIS: 10359: WoRMS 109519) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P228M14Z Individual P228M14Z Number per millilitre
#/ml
Abundance of Gonyaulax milneri (ITIS: 573395: WoRMS 110027) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P228M17Z Individual P228M17Z Number per millilitre
#/ml
Abundance of Gonyaulax polygramma (ITIS: 10371: WoRMS 110035) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P228M19Z Individual P228M19Z Number per millilitre
#/ml
Abundance of Gonyaulax spinifera (ITIS: 10361: WoRMS 110041) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P229M00C Individual P229M00C Number per millilitre
#/ml
Abundance of Gymnodinium spp. (ITIS: 10031: WoRMS 109475) [Subgroup: autotrophic] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P229M00D Individual P229M00D Number per millilitre
#/ml
Abundance of Gymnodinium spp. (ITIS: 10031: WoRMS 109475) [Subgroup: heterotrophic] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P230M04Z Individual P230M04Z Number per millilitre
#/ml
Abundance of Gyrodinium britannia (ITIS: 550498) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P230M11Z Individual P230M11Z Number per millilitre
#/ml
Abundance of Gyrodinium falcatum (ITIS: 10090: WoRMS 232931) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P230M15A Individual P230M15A Number per millilitre
#/ml
Abundance of Gyrodinium glaucum (WoRMS 160557) [Size: small] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P2343B15 Individual P2343B15 Number per millilitre
#/ml
Abundance of Eucampia antarctica (ITIS: 610088: WoRMS 341381) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P235M00Z Individual P235M00Z Number per millilitre
#/ml
Abundance of Heteraulacus spp. (ITIS: 10458: WoRMS 109520) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P240M02Z Individual P240M02Z Number per millilitre
#/ml
Abundance of Mesoporos perforatus (ITIS: 9920: WoRMS 232516) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P257M04Z Individual P257M04Z Number per millilitre
#/ml
Abundance of Prorocentrum compressum (ITIS: 9890: WoRMS 110295) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P257M05Z Individual P257M05Z Number per millilitre
#/ml
Abundance of Prorocentrum dentatum (ITIS: 9904: WoRMS 110298) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P257M06Z Individual P257M06Z Number per millilitre
#/ml
Abundance of Prorocentrum gracile (ITIS: 9901: WoRMS 110300) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P257M07Z Individual P257M07Z Number per millilitre
#/ml
Abundance of Prorocentrum triestinum (ITIS: 9881: WoRMS 110316) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P257M08Z Individual P257M08Z Number per millilitre
#/ml
Abundance of Prorocentrum micans (ITIS: 9879: WoRMS 110303) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P257M09Z Individual P257M09Z Number per millilitre
#/ml
Abundance of Prorocentrum minimum (ITIS: 9880: WoRMS 110304) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P257M12Z Individual P257M12Z Number per millilitre
#/ml
Abundance of Prorocentrum rostratum (ITIS: 9910: WoRMS 110311) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P266M00Z Individual P266M00Z Number per millilitre
#/ml
Abundance of Scrippsiella spp. (ITIS: 10536: WoRMS 109545) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P315M00Z Individual P315M00Z Number per millilitre
#/ml
Abundance of Cochlodinium spp. (ITIS: 10021: WoRMS 109474) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P322M00Z Individual P322M00Z Number per millilitre
#/ml
Abundance of Diplopsalopsis spp. (ITIS: 10199: WoRMS 109537) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P338M00Z Individual P338M00Z Number per millilitre
#/ml
Abundance of Katodinium spp. (ITIS: 10104: WoRMS 109477) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P339M00Z Individual P339M00Z Number per millilitre
#/ml
Abundance of Kofoidinium spp. (ITIS: 331428: WoRMS 109499) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P345M00C Individual P345M00C Number per millilitre
#/ml
Abundance of Noctiluca spp. (ITIS: 10148: WoRMS 109500) [Stage: zoospores] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P349M01Z Individual P349M01Z Number per millilitre
#/ml
Abundance of Oxytoxum scolopax (ITIS: 10472: WoRMS 110115) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P349M02Z Individual P349M02Z Number per millilitre
#/ml
Abundance of Oxytoxum reticulatum (ITIS: 10470: WoRMS 110113) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P349M20Z Individual P349M20Z Number per millilitre
#/ml
Abundance of Oxytoxum milneri (ITIS: 10468: WoRMS 110103) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P353M01Z Individual P353M01Z Number per millilitre
#/ml
Abundance of Podolampas bipes (ITIS: 10499: WoRMS 110199) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P353M02Z Individual P353M02Z Number per millilitre
#/ml
Abundance of Podolampas palmipes (ITIS: 10501: WoRMS 232625) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P356M00Z Individual P356M00Z Number per millilitre
#/ml
Abundance of Pronoctiluca spp. (ITIS: 10143: WoRMS 109487) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P358M06Z Individual P358M06Z Number per millilitre
#/ml
Abundance of Protoperidinium bipes (ITIS: 10210: WoRMS 110208) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P358M25Z Individual P358M25Z Number per millilitre
#/ml
Abundance of Protoperidinium globosum (ITIS: 573550) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P358M48Z Individual P358M48Z Number per millilitre
#/ml
Abundance of Protoperidinium pyriforme (ITIS: 10265: WoRMS 110249) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P360M01Z Individual P360M01Z Number per millilitre
#/ml
Abundance of Ptychodiscus noctiluca (ITIS: 331267: WoRMS 109888) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P361M01Z Individual P361M01Z Number per millilitre
#/ml
Abundance of Pyrocystis lunula (ITIS: 10552: WoRMS 164053) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P366M00A Individual P366M00A Number per millilitre
#/ml
Abundance of Peridiniales (ITIS: 9995: WoRMS 109394) [Size: large] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P366M00B Individual P366M00B Number per millilitre
#/ml
Abundance of Peridiniales (ITIS: 9995: WoRMS 109394) [Size: small] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P366M92Z Individual P366M92Z Number per millilitre
#/ml
Abundance of Peridinium steini (ITIS: 10260: WoRMS 345379) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P370M00A Individual P370M00A Number per millilitre
#/ml
Abundance of Torodinium spp. (ITIS: 10121: WoRMS 109479) [Size: small] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P370M00Z Individual P370M00Z Number per millilitre
#/ml
Abundance of Torodinium spp. (ITIS: 10121: WoRMS 109479) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P371M00Z Individual P371M00Z Number per millilitre
#/ml
Abundance of Warnowia spp. (ITIS: 10130: WoRMS 109491) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P378M00Z Individual P378M00Z Number per millilitre
#/ml
Abundance of Pennales (ITIS: 2930) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P400M00A Individual P400M00A Number per millilitre
#/ml
Abundance of flagellate [Size: 2um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P400M00E Individual P400M00E Number per millilitre
#/ml
Abundance of Silicoflagellida (ITIS: 43789: WoRMS 378496) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P400M00F Individual P400M00F Number per millilitre
#/ml
Abundance of Choanoflagellida (ITIS: 43811: WoRMS 25) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P400M00K Individual P400M00K Number per millilitre
#/ml
Abundance of flagellate [Size: 5um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P400M00R Individual P400M00R Number per millilitre
#/ml
Abundance of flagellate [Size: 15um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P404M04Z Individual P404M04Z Number per millilitre
#/ml
Abundance of Cryptomonadales (ITIS: 10599: WoRMS 17640) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P410M00A Individual P410M00A Number per millilitre
#/ml
Abundance of Coccosphaerales (ITIS: 610061: WoRMS 115059) [Stage: holococcolithophorid Size: 10um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P410M00B Individual P410M00B Number per millilitre
#/ml
Abundance of Coccosphaerales (ITIS: 610061: WoRMS 115059) [Stage: holococcolithophorid Size: 5um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P411M01Z Individual P411M01Z Number per millilitre
#/ml
Abundance of Acanthoica quattrospina (ITIS: 2190: WoRMS 235802) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P412M01Z Individual P412M01Z Number per millilitre
#/ml
Abundance of Anoplosolenia brasiliensis (WoRMS 235921) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P413M00Z Individual P413M00Z Number per millilitre
#/ml
Abundance of Anthosphaera spp. (ITIS: 2191: WoRMS 115076) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P414M01Z Individual P414M01Z Number per millilitre
#/ml
Abundance of Braarudosphaera bigelowi (ITIS: 2277) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P416M01Z Individual P416M01Z Number per millilitre
#/ml
Abundance of Calciosolenia murrayi (ITIS: 2197: WoRMS 235926) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P417M00Z Individual P417M00Z Number per millilitre
#/ml
Abundance of Calyptrosphaera spp. (ITIS: 2199: WoRMS 235828) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P419M01Z Individual P419M01Z Number per millilitre
#/ml
Abundance of Coccolithus pelagicus (ITIS: 2249: WoRMS 178600) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P421M01Z Individual P421M01Z Number per millilitre
#/ml
Abundance of Crystallolithus rigidus (WoRMS 235872) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P425M01Z Individual P425M01Z Number per millilitre
#/ml
Abundance of Discosphaera tubifer (ITIS: 2256) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P427M00Z Individual P427M00Z Number per millilitre
#/ml
Abundance of Halosphaera spp. (ITIS: 9596: WoRMS 134528) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P428M01Z Individual P428M01Z Number per millilitre
#/ml
Abundance of Helicosphaera carteri (ITIS: 2261: WoRMS 235959) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P429M00Z Individual P429M00Z Number per millilitre
#/ml
Abundance of Helladosphaera spp. (ITIS: 2207: WoRMS 235841) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P432M01Z Individual P432M01Z Number per millilitre
#/ml
Abundance of Michaelsarsia elegans (ITIS: 2221: WoRMS 235961) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P433M00Z Individual P433M00Z Number per millilitre
#/ml
Abundance of Ophiaster spp. (ITIS: 2222: WoRMS 115081) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P434M00Z Individual P434M00Z Number per millilitre
#/ml
Abundance of Pachysphaera spp. (ITIS: 9578: WoRMS 160594) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P436M00Z Individual P436M00Z Number per millilitre
#/ml
Abundance of Phaeocystis spp. (ITIS: 2172: WoRMS 115088) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P439M00Z Individual P439M00Z Number per millilitre
#/ml
Abundance of Pterosperma spp. (ITIS: 9581: WoRMS 160595) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P440M02Z Individual P440M02Z Number per millilitre
#/ml
Abundance of Rhabdosphaera claviger (ITIS: 2264: WoRMS 235972) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P445M00A Individual P445M00A Number per millilitre
#/ml
Abundance of Syracosphaera spp. (ITIS: 2234: WoRMS 115084) [Size: 10um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P445M06Z Individual P445M06Z Number per millilitre
#/ml
Abundance of Syracosphaera pulchra (ITIS: 2235: WoRMS 235979) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P446M00Z Individual P446M00Z Number per millilitre
#/ml
Abundance of Thoracosphaera spp. (ITIS: 2280: WoRMS 109558) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P448M01Z Individual P448M01Z Number per millilitre
#/ml
Abundance of Emiliania huxleyi (ITIS: 2251: WoRMS 115104) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P449M00Z Individual P449M00Z Number per millilitre
#/ml
Abundance of Gephyrocapsa spp. (ITIS: 2257: WoRMS 235823) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P449M01Z Individual P449M01Z Number per millilitre
#/ml
Abundance of Gephyrocapsa oceanica (ITIS: 2258: WoRMS 235955) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P451M00Z Individual P451M00Z Number per millilitre
#/ml
Abundance of Caneosphaera (WoRMS 235927) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P451M01Z Individual P451M01Z Number per millilitre
#/ml
Abundance of Caneosphaera molischii (WoRMS 235932) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P452M00Z Individual P452M00Z Number per millilitre
#/ml
Abundance of Umbellosphaera spp. (ITIS: 2267: WoRMS 235937) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P454M01Z Individual P454M01Z Number per millilitre
#/ml
Abundance of Scyphosphaera apsteinii (WoRMS 235975) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P499A285 Individual P499A285 Number per millilitre
#/ml
Abundance of Bacteriosira fragilis (ITIS: 2539: WoRMS 156652) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P500M17Z Individual P500M17Z Number per millilitre
#/ml
Abundance of Ciliatea (ITIS: 46212: WoRMS 238375) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P521M05B Individual P521M05B Number per millilitre
#/ml
Abundance of Mesodinium spp. (ITIS: 46287: WoRMS 179320) [Size: medium] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P521M05C Individual P521M05C Number per millilitre
#/ml
Abundance of Mesodinium spp. (ITIS: 46287: WoRMS 179320) [Size: small] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P532M00Z Individual P532M00Z Number per millilitre
#/ml
Abundance of Amoeba spp. (ITIS: 43853: WoRMS 120533) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P56A274B Individual P56A274B Number per millilitre
#/ml
Abundance of Chaetoceros pendulus (ITIS: 2819: WoRMS 248065) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P981M00Z Individual P981M00Z Number per millilitre
#/ml
Abundance of Halopappus (WoRMS 235859) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P983M01Z Individual P983M01Z Number per millilitre
#/ml
Abundance of Umbilicosphaera sibogae (WoRMS 235985) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P984M00Z Individual P984M00Z Number per millilitre
#/ml
Abundance of Oscillatoria spp. (ITIS: 917: WoRMS 146549) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P985M00A Individual P985M00A Number per millilitre
#/ml
Abundance of Strombidium spp. (ITIS: 46608: WoRMS 101195) [Size: large] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P985M00B Individual P985M00B Number per millilitre
#/ml
Abundance of Strombidium spp. (ITIS: 46608: WoRMS 101195) [Size: small] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P985M00C Individual P985M00C Number per millilitre
#/ml
Abundance of Strombidium spp. (ITIS: 46608: WoRMS 101195) [Size: medium] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P986M00Z Individual P986M00Z Number per millilitre
#/ml
Abundance of Pyramimonas spp. (ITIS: 9535: WoRMS 134529) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P988M01Z Individual P988M01Z Number per millilitre
#/ml
Abundance of Ornithocercus quadratus (ITIS: 9986: WoRMS 109694) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P989M00Z Individual P989M00Z Number per millilitre
#/ml
Abundance of Oolithus per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P990M01Z Individual P990M01Z Number per millilitre
#/ml
Abundance of Histioneis hyalina (ITIS: 331239: WoRMS 232362) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P991M01Z Individual P991M01Z Number per millilitre
#/ml
Abundance of Florisphaera profunda (WoRMS 235952) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P992M01Z Individual P992M01Z Number per millilitre
#/ml
Abundance of Crenalithus sessilis per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P993M01Z Individual P993M01Z Number per millilitre
#/ml
Abundance of Climacodium frauenfeldii per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P995M01Z Individual P995M01Z Number per millilitre
#/ml
Abundance of Calcidiscus leptoporus (WoRMS 235923) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P996M00Z Individual P996M00Z Number per millilitre
#/ml
Abundance of Brachydinium spp. (ITIS: 573322: WoRMS 109568) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
P997M00Z Individual P997M00Z Number per millilitre
#/ml
Abundance of Asterolampra spp. (ITIS: 2641: WoRMS 248069) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
PBBXHPP1 Individual PBBXHPP1 Nanograms per litre
ng/l
Concentration of phaeophorbide-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Guy Westbrook, Plymouth Marine Laboratory
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PHAEFLP5 Individual PHAEFLP5 Milligrams per cubic metre
mg/m^3
Concentration of phaeopigments per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry

Tony Bale, Plymouth Marine Laboratory
PHOSAATX Individual PHOSAATX Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PRSXHPP1 Individual PRSXHPP1 Nanograms per litre
ng/l
Concentration of prasinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Guy Westbrook, Plymouth Marine Laboratory
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PTBXHPP1 Individual PTBXHPP1 Nanograms per litre
ng/l
Concentration of phaeophytin-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Guy Westbrook, Plymouth Marine Laboratory
Q572439B Individual Q572439B Number per millilitre
#/ml
Abundance of Proboscia inermis (ITIS: 610100: WoRMS 341501) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
S52837B1 Individual S52837B1 Number per millilitre
#/ml
Abundance of Climacodium membranacea per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
SCRGCNPI Individual SCRGCNPI Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-10um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPJ Individual SCRGCNPJ Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-200um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPM Individual SCRGCNPM Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-5um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPN Individual SCRGCNPN Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-2um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SDSCCNPI Individual SDSCCNPI Micromoles per litre
umol/l
Concentration standard deviation of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-10um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SDSCCNPJ Individual SDSCCNPJ Micromoles per litre
umol/l
Concentration standard deviation of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-200um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SDSCCNPM Individual SDSCCNPM Micromoles per litre
umol/l
Concentration standard deviation of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-5um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SDSCCNPN Individual SDSCCNPN Micromoles per litre
umol/l
Concentration standard deviation of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-2um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SDSNCNPI Individual SDSNCNPI Micromoles per litre
umol/l
Concentration standard deviation of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-10um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SDSNCNPJ Individual SDSNCNPJ Micromoles per litre
umol/l
Concentration standard deviation of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-200um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SDSNCNPM Individual SDSNCNPM Micromoles per litre
umol/l
Concentration standard deviation of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-5um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SDSNCNPN Individual SDSNCNPN Micromoles per litre
umol/l
Concentration standard deviation of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-2um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPI Individual SFNTCNPI Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-10um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPJ Individual SFNTCNPJ Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-200um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPM Individual SFNTCNPM Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-5um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPN Individual SFNTCNPN Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-2um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
SLCAAATX Individual SLCAAATX Micromoles per litre
umol/l
Concentration of silicate {SiO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity

Unknown, British Oceanographic Data Centre Liverpool
U4A0A142 Individual U4A0A142 Number per millilitre
#/ml
Abundance of Mastogloia rostrata (ITIS: 4552: WoRMS 418309) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
UB075204 Individual UB075204 Number per millilitre
#/ml
Abundance of Protoperidinium brochii (ITIS: 10344: WoRMS 110211) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
V10B860B Individual V10B860B Number per millilitre
#/ml
Abundance of Prorocentrum spp. (ITIS: 9877: WoRMS 109566) [Size: 20um] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
V80191A4 Individual V80191A4 Number per millilitre
#/ml
Abundance of Chaetoceros neglectus (ITIS: 550508: WoRMS 341479) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
V8B7A236 Individual V8B7A236 Number per millilitre
#/ml
Abundance of Chaetoceros neogracilis (WoRMS 178207) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
V9A9698B Individual V9A9698B Number per millilitre
#/ml
Abundance of Prorocentrum magnum (ITIS: 9916: WoRMS 232403) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
W1110529 Individual W1110529 Number per millilitre
#/ml
Abundance of Odontella weissflogii (ITIS: 610130: WoRMS 341487) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
W3291431 Individual W3291431 Number per millilitre
#/ml
Abundance of Thalassiosira gracilis (ITIS: 610111: WoRMS 341367) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
WA006877 Individual WA006877 Number per millilitre
#/ml
Abundance of Pennales (ITIS: 2930) [Size: small] per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
X2827BB0 Individual X2827BB0 Number per millilitre
#/ml
Abundance of Valdiviella formosa per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
XA130594 Individual XA130594 Number per millilitre
#/ml
Abundance of Corethron inerme (ITIS: 610086: WoRMS 341495) per unit volume of the water body by optical microscopy

Derek Harbour, Plymouth Marine Laboratory
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 226892
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Metadata information for: AMT2
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BCARHPP1 Averaged BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
BCARHPP1_5 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BCARHPP1_218 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
CBCCM00Z Individual CBCCM00Z Number per millilitre
#/ml
Abundance of Cyanobacteria (ITIS: 601: WoRMS 146537) per unit volume of the water body by optical microscopy Derek Harbour, Plymouth Marine Laboratory
CBSDM00Z Individual CBSDM00Z Number per millilitre
#/ml
Abundance standard deviation of Cyanobacteria (ITIS: 601: WoRMS 146537) per unit volume of the water body by optical microscopy

Alan J Pomroy, Plymouth Marine Laboratory
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Alex Poulton, National Oceanography Centre, Southampton
CHLCHPP1 Individual CHLCHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c {chl-c} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
CIDAHPP1 Individual CIDAHPP1 Nanograms per litre
ng/l
Concentration of chlorophyllide-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
CLAAHPP1 Individual CLAAHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-a allomer per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CLADHPP1 Individual CLADHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-a dimer per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Claire Mahaffey, University of Southern California, USA
CPHLFLP4 Individual CPHLFLP4 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry and summation of size-fractionated values

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CPHLFLP5 Individual CPHLFLP5 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry

Tony Bale, Plymouth Marine Laboratory
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1 Averaged DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1_5 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIATHPP1_218 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DINXHPP1 Individual DINXHPP1 Nanograms per litre
ng/l
Concentration of dinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
NTRIAADZ Individual NTRIAADZ Micromoles per litre
umol/l
Concentration of nitrite {NO2} per unit volume of the water body [dissolved plus reactive particulate < unknown phase] by filtration and colorimetric autoanalysis 209085
Alan J Pomroy, Plymouth Marine Laboratory
NTRIAATX Individual NTRIAATX Micromoles per litre
umol/l
Concentration of nitrite {NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
NTRZAADZ Individual NTRZAADZ Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate < unknown phase] by filtration and colorimetric autoanalysis 209085
Alan J Pomroy, Plymouth Marine Laboratory
NTRZAATX Individual NTRZAATX Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
PBAXHPP1 Individual PBAXHPP1 Nanograms per litre
ng/l
Concentration of phaeophorbide-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Stuart W Gibb, Plymouth Marine Laboratory
PBBXHPP1 Individual PBBXHPP1 Nanograms per litre
ng/l
Concentration of phaeophorbide-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PHAEFLP5 Individual PHAEFLP5 Milligrams per cubic metre
mg/m^3
Concentration of phaeopigments per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry

Tony Bale, Plymouth Marine Laboratory
PHOSAADZ Individual PHOSAADZ Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate < unknown phase] by filtration and colorimetric autoanalysis 209085
Alan J Pomroy, Plymouth Marine Laboratory
PHOSAATX Individual PHOSAATX Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PRSXHPP1 Individual PRSXHPP1 Nanograms per litre
ng/l
Concentration of prasinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PTAXHPP1 Individual PTAXHPP1 Nanograms per litre
ng/l
Concentration of phaeophytin-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Stuart W Gibb, Plymouth Marine Laboratory
SCHLFLPF Individual SCHLFLPF Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 0.2-2um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG Averaged SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPG_173 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG_216 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPQ Individual SCHLFLPQ Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCRGCNPI Individual SCRGCNPI Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-10um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPJ Individual SCRGCNPJ Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-200um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPM Individual SCRGCNPM Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-5um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPN Individual SCRGCNPN Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-2um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SDLERIP4 Individual SDLERIP4 Picomoles per litre per hour
pmol/l/h
Uptake rate standard deviation of leucine per unit time per unit volume of the water body [particulate >0.2um phase] by isotope-labelled tracer addition, incubation in the dark, filtration and counting residue

Alan J Pomroy, Plymouth Marine Laboratory
SDTBMDPZ Individual SDTBMDPZ Number per millilitre
#/ml
Abundance standard deviation of Bacteria (ITIS: 202421: WoRMS 6) per unit volume of the water body by DAPI staining and microscopy

Alan J Pomroy, Plymouth Marine Laboratory
SDTHRIP4 Individual SDTHRIP4 Picomoles per litre per hour
pmol/l/h
Uptake rate standard deviation (hourly) of thymidine per unit time per unit volume of the water body [particulate >0.2um phase] by isotope-labelled tracer addition, incubation in the dark, filtration and counting residue

Alan J Pomroy, Plymouth Marine Laboratory
SFNTCNPI Individual SFNTCNPI Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-10um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPJ Individual SFNTCNPJ Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-200um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPM Individual SFNTCNPM Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-5um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPN Individual SFNTCNPN Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-2um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
SLCAAADZ Individual SLCAAADZ Micromoles per litre
umol/l
Concentration of silicate {SiO4} per unit volume of the water body [dissolved plus reactive particulate < unknown phase] by filtration and colorimetric autoanalysis 209085
Alan J Pomroy, Plymouth Marine Laboratory
SLCAAATX Individual SLCAAATX Micromoles per litre
umol/l
Concentration of silicate {SiO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
TBCCMDPZ Individual TBCCMDPZ Number per millilitre
#/ml
Abundance of Bacteria (ITIS: 202421: WoRMS 6) per unit volume of the water body by DAPI staining and microscopy

Alan J Pomroy, Plymouth Marine Laboratory
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity

Unknown, British Oceanographic Data Centre Liverpool
UPLERIP4 Individual UPLERIP4 Picomoles per litre per hour
pmol/l/h
Uptake rate (hourly) of leucine per unit time per unit volume of the water body [particulate >0.2um phase] by isotope-labelled tracer addition, incubation in the dark, filtration and counting residue

Alan J Pomroy, Plymouth Marine Laboratory
UPTHRIP4 Individual UPTHRIP4 Picomoles per litre per hour
pmol/l/h
Uptake rate (hourly) of thymidine per unit time per unit volume of the water body [particulate >0.2um phase] by isotope-labelled tracer addition, incubation in the dark, filtration and counting residue

Alan J Pomroy, Plymouth Marine Laboratory
ZELUHPP1 Individual ZELUHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin+lutein per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Alex Poulton, National Oceanography Centre, Southampton
Metadata information for: AMT3
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
ALXXLGTX Individual ALXXLGTX Nanomoles per litre
nmol/l
Concentration of aluminium {Al} per unit volume of the water body [dissolved plus reactive particulate phase] by lumogallion fluorescence

Andrew Bowie, University of Tasmania, Australia
BCARHPP1 Averaged BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
BCARHPP1_5 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
BCARHPP1_218 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
C1C2HPP1 Individual C1C2HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c1c2 {chl-c1c2} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Gerald Moore, Plymouth Marine Laboratory
C700A90Z Individual C700A90Z Milligrams per cubic metre
mg/m^3
Carbon biomass of Synechococcus spp. (ITIS: 773: WoRMS 160572) per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm 227376
Mike Zubkov, National Oceanography Centre, Southampton
C701A90Z Individual C701A90Z Milligrams per cubic metre
mg/m^3
Carbon biomass of Prochlorococcus spp. (ITIS: 610076: WoRMS 345515) per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm 227376
Mike Zubkov, National Oceanography Centre, Southampton
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) David Suggett, National Oceanography Centre, Southampton
CHLCHPP1 Individual CHLCHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c {chl-c} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
CIDAHPP1 Individual CIDAHPP1 Nanograms per litre
ng/l
Concentration of chlorophyllide-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
CLAAHPP1 Individual CLAAHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-a allomer per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CLADHPP1 Individual CLADHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-a dimer per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
CLC3HPP1 Individual CLC3HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c3 {chl-c3} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) David Suggett, National Oceanography Centre, Southampton
COXXCVDX Individual COXXCVDX Nanomoles per litre
nmol/l
Concentration of cobalt {Co} per unit volume of the water body [dissolved phase] by UV digestion and cathodic stripping voltammetry

Andrew Bowie, University of Tasmania, Australia
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Claire Mahaffey, University of Southern California, USA
CPHLFLP4 Individual CPHLFLP4 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry and summation of size-fractionated values Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CPHLFLP5 Individual CPHLFLP5 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry Tony Bale, Plymouth Marine Laboratory
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
CPHLPS01 Individual CPHLPS01 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate phase] by in-situ chlorophyll fluorometer and calibration against sample data

Unknown, British Oceanographic Data Centre Liverpool
CYEUA00A Individual CYEUA00A Milligrams per cubic metre
mg/m^3
Carbon biomass of picoeukaryotic cells per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm 227376
Mike Zubkov, National Oceanography Centre, Southampton
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1 Averaged DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1_5 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
DIATHPP1_218 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DINXHPP1 Individual DINXHPP1 Nanograms per litre
ng/l
Concentration of dinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCBHPP1 Individual DVCBHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
FEXXCLDX Individual FEXXCLDX Nanomoles per litre
nmol/l
Concentration of iron (total) {Fe} per unit volume of the water body [dissolved plus reactive particulate phase] by flow-injection chemiluminescence

Andrew Bowie, University of Tasmania, Australia
FUCSHPP1 Individual FUCSHPP1 Nanograms per litre
ng/l
Concentration of cis-fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FVLTAQ01 Individual FVLTAQ01 Volts
V
Instrument output (voltage) by in-situ Aquatracka chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
FVLTZZ01 Individual FVLTZZ01 Volts
V
Instrument output (voltage) by in-situ chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
HBBMAFTX Individual HBBMAFTX Milligrams per cubic metre
mg/m^3
Carbon biomass of Bacteria (ITIS: 202421: WoRMS 6) [Subgroup: heterotrophic] per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm 227376
Mike Zubkov, National Oceanography Centre, Southampton
HBCCAFTX Individual HBCCAFTX Number per millilitre
#/ml
Abundance of Bacteria (ITIS: 202421: WoRMS 6) [Subgroup: heterotrophic] per unit volume of the water body by automated flow cytometry and subtraction of Synechococcus+Prochlorococcus from total bacteria 227376
Mike Zubkov, National Oceanography Centre, Southampton
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
HEXSHPP1 Individual HEXSHPP1 Nanograms per litre
ng/l
Concentration of cis-19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
LUTNHPP1 Individual LUTNHPP1 Nanograms per litre
ng/l
Concentration of lutein per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) David Suggett, National Oceanography Centre, Southampton
MVACHPP1 Individual MVACHPP1 Nanograms per litre
ng/l
Concentration of monovinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Stuart W Gibb, Plymouth Marine Laboratory
NIXXCVDX Individual NIXXCVDX Nanomoles per litre
nmol/l
Concentration of nickel {Ni} per unit volume of the water body [dissolved phase] by UV digestion and cathodic stripping voltammetry

Andrew Bowie, University of Tasmania, Australia
NTRIAATX Individual NTRIAATX Micromoles per litre
umol/l
Concentration of nitrite {NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 209101
Tony Bale, Plymouth Marine Laboratory
NTRZAATX Individual NTRZAATX Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 209101
Tony Bale, Plymouth Marine Laboratory
P700A90Z Individual P700A90Z Number per millilitre
#/ml
Abundance of Synechococcus spp. (ITIS: 773: WoRMS 160572) per unit volume of the water body by automated flow cytometry 227376
Mike Zubkov, National Oceanography Centre, Southampton
P701A90Z Individual P701A90Z Number per millilitre
#/ml
Abundance of Prochlorococcus spp. (ITIS: 610076: WoRMS 345515) per unit volume of the water body by automated flow cytometry 227376
Mike Zubkov, National Oceanography Centre, Southampton
PBAXHPP1 Individual PBAXHPP1 Nanograms per litre
ng/l
Concentration of phaeophorbide-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Stuart W Gibb, Plymouth Marine Laboratory
PBBXHPP1 Individual PBBXHPP1 Nanograms per litre
ng/l
Concentration of phaeophorbide-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PHOSAATX Individual PHOSAATX Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 209101
Tony Bale, Plymouth Marine Laboratory
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PRSXHPP1 Individual PRSXHPP1 Nanograms per litre
ng/l
Concentration of prasinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Guy Westbrook, Plymouth Marine Laboratory
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PYEUA00A Individual PYEUA00A Number per millilitre
#/ml
Abundance of picoeukaryotic cells per unit volume of the water body by automated flow cytometry 227376
Mike Zubkov, National Oceanography Centre, Southampton
SCHLFLPF Individual SCHLFLPF Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 0.2-2um phase] by filtration, acetone extraction and fluorometry Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG Averaged SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPG_173 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG_216 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPQ Individual SCHLFLPQ Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >20um phase] by filtration, acetone extraction and fluorometry Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCRGCNPI Individual SCRGCNPI Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-10um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPJ Individual SCRGCNPJ Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-200um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPM Individual SCRGCNPM Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-5um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPN Individual SCRGCNPN Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-2um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPI Individual SFNTCNPI Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-10um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPJ Individual SFNTCNPJ Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-200um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPM Individual SFNTCNPM Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-5um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPN Individual SFNTCNPN Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-2um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
SLCAAATX Individual SLCAAATX Micromoles per litre
umol/l
Concentration of silicate {SiO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 209101
Tony Bale, Plymouth Marine Laboratory
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity

Unknown, British Oceanographic Data Centre Liverpool
VILXHPP1 Individual VILXHPP1 Nanograms per litre
ng/l
Concentration of violaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) David Suggett, National Oceanography Centre, Southampton
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Metadata information for: AMT4
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
ACARHPP1 Individual ACARHPP1 Nanograms per litre
ng/l
Concentration of alpha-carotene {beta,epsilon-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BCARHPP1 Averaged BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
BCARHPP1_5 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BCARHPP1_218 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
C1C2HPP1 Individual C1C2HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c1c2 {chl-c1c2} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
C700A90Z Individual C700A90Z Milligrams per cubic metre
mg/m^3
Carbon biomass of Synechococcus spp. (ITIS: 773: WoRMS 160572) per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm

Mike Zubkov, National Oceanography Centre, Southampton
C701A90Z Individual C701A90Z Milligrams per cubic metre
mg/m^3
Carbon biomass of Prochlorococcus spp. (ITIS: 610076: WoRMS 345515) per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm

Mike Zubkov, National Oceanography Centre, Southampton
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
CLC3HPP1 Individual CLC3HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c3 {chl-c3} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Claire Mahaffey, University of Southern California, USA
CPHLFLP4 Individual CPHLFLP4 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry and summation of size-fractionated values

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
CYEUA00A Individual CYEUA00A Milligrams per cubic metre
mg/m^3
Carbon biomass of picoeukaryotic cells per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm

Mike Zubkov, National Oceanography Centre, Southampton
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1 Averaged DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1_5 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIATHPP1_218 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCBHPP1 Individual DVCBHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
HBBMAFTX Individual HBBMAFTX Milligrams per cubic metre
mg/m^3
Carbon biomass of Bacteria (ITIS: 202421: WoRMS 6) [Subgroup: heterotrophic] per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm

Mike Zubkov, National Oceanography Centre, Southampton
HBCCAFTX Individual HBCCAFTX Number per millilitre
#/ml
Abundance of Bacteria (ITIS: 202421: WoRMS 6) [Subgroup: heterotrophic] per unit volume of the water body by automated flow cytometry and subtraction of Synechococcus+Prochlorococcus from total bacteria

Mike Zubkov, National Oceanography Centre, Southampton
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
LUTNHPP1 Individual LUTNHPP1 Nanograms per litre
ng/l
Concentration of lutein per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
MDCAHPP1 Individual MDCAHPP1 Nanograms per litre
ng/l
Concentration of monovinyl plus divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
MVACHPP1 Individual MVACHPP1 Nanograms per litre
ng/l
Concentration of monovinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
NTRIAATX Individual NTRIAATX Micromoles per litre
umol/l
Concentration of nitrite {NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 209129
Tony Bale, Plymouth Marine Laboratory
NTRZAATX Individual NTRZAATX Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 209129
Tony Bale, Plymouth Marine Laboratory
P700A90Z Individual P700A90Z Number per millilitre
#/ml
Abundance of Synechococcus spp. (ITIS: 773: WoRMS 160572) per unit volume of the water body by automated flow cytometry

Mike Zubkov, National Oceanography Centre, Southampton
P701A90Z Individual P701A90Z Number per millilitre
#/ml
Abundance of Prochlorococcus spp. (ITIS: 610076: WoRMS 345515) per unit volume of the water body by automated flow cytometry

Mike Zubkov, National Oceanography Centre, Southampton
PBZZHPP1 Individual PBZZHPP1 Nanograms per litre
ng/l
Concentration of phaeophorbide per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PHOSAATX Individual PHOSAATX Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 209129
Tony Bale, Plymouth Marine Laboratory
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PRFUHPP1 Individual PRFUHPP1 Nanograms per litre
ng/l
Concentration of prasinoxanthin/fucoxanthin isomer per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PTZZHPP1 Individual PTZZHPP1 Nanograms per litre
ng/l
Concentration of phaeophytin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
PYEUA00A Individual PYEUA00A Number per millilitre
#/ml
Abundance of picoeukaryotic cells per unit volume of the water body by automated flow cytometry

Mike Zubkov, National Oceanography Centre, Southampton
SCHLFLPF Individual SCHLFLPF Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 0.2-2um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG Averaged SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPG_173 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG_216 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPQ Individual SCHLFLPQ Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCRGCNPI Individual SCRGCNPI Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-10um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPJ Individual SCRGCNPJ Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-200um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPM Individual SCRGCNPM Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-5um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPN Individual SCRGCNPN Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-2um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPI Individual SFNTCNPI Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-10um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPJ Individual SFNTCNPJ Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-200um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPM Individual SFNTCNPM Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-5um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPN Individual SFNTCNPN Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-2um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
SLCAAATX Individual SLCAAATX Micromoles per litre
umol/l
Concentration of silicate {SiO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 209129
Tony Bale, Plymouth Marine Laboratory
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity

Unknown, British Oceanographic Data Centre Liverpool
VILXHPP1 Individual VILXHPP1 Nanograms per litre
ng/l
Concentration of violaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Metadata information for: AMT5
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
ATTNMS01 Individual ATTNMS01 per metre
/m
Attenuance (red light wavelength) per unit length of the water body by WET Labs 25cm path length transmissometer and calibration to read zero in clear water

Unknown, British Oceanographic Data Centre Liverpool
BCARHPP1 Averaged BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
BCARHPP1_5 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BCARHPP1_218 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
CLC2HPP1 Individual CLC2HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c2 {chl-c2} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
CLC3HPP1 Individual CLC3HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c3 {chl-c3} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Gerald Moore, Plymouth Marine Laboratory
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Claire Mahaffey, University of Southern California, USA
CPHLFLP4 Individual CPHLFLP4 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry and summation of size-fractionated values

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
CPHLPR01 Individual CPHLPR01 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate phase] by in-situ chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1 Averaged DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1_5 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIATHPP1_218 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DMSPGCD4 Individual DMSPGCD4 Nanomoles per litre
nmol/l
Concentration of dimethylsulphoniopropionate {DMSP} per unit volume of the water body [dissolved plus reactive particulate < unknown phase] by Millipore prefiltration and gas chromatography

Peter Liss, University of East Anglia School of Environmental Sciences
DMSPGCP4 Individual DMSPGCP4 Nanomoles per litre
nmol/l
Concentration of dimethylsulphoniopropionate {DMSP} per unit volume of the water body [particulate >unknown phase] by Millipore prefiltration and gas chromatography

Peter Liss, University of East Anglia School of Environmental Sciences
DMSXGCDZ Individual DMSXGCDZ Nanomoles per litre
nmol/l
Concentration of dimethyl sulphide {DMS} per unit volume of the water body [dissolved plus reactive particulate < unknown phase] by filtration, purging, cryogenic trapping and gas chromatography

Peter Liss, University of East Anglia School of Environmental Sciences
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCBHPP1 Individual DVCBHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FVLTWS01 Individual FVLTWS01 Volts
V
Instrument output (voltage) by linear-response chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
IRRDPP01 Individual IRRDPP01 MicroEinsteins per square metre per second
uE/m^2/s
Downwelling 2-pi scalar irradiance as photons (PAR wavelengths) in the water body by 2-pi scalar radiometer

Unknown, British Oceanographic Data Centre Liverpool
LUTNHPP1 Individual LUTNHPP1 Nanograms per litre
ng/l
Concentration of lutein per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
LVLTBD01 Individual LVLTBD01 Volts
V
Instrument output (voltage) by Biospherical Instruments 2-pi PAR downwelling light meter

Unknown, British Oceanographic Data Centre Liverpool
NTRIAATX Individual NTRIAATX Micromoles per litre
umol/l
Concentration of nitrite {NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
NTRZAATX Individual NTRZAATX Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
PBAXHPP1 Individual PBAXHPP1 Nanograms per litre
ng/l
Concentration of phaeophorbide-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PHOSAATX Individual PHOSAATX Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PSALST02 Individual PSALST02 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PTAXHPP1 Individual PTAXHPP1 Nanograms per litre
ng/l
Concentration of phaeophytin-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
PYPTHPP1 Individual PYPTHPP1 Nanograms per litre
ng/l
Concentration of pyrophaeophytin-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Stuart W Gibb, Plymouth Marine Laboratory
SCHLFLPF Individual SCHLFLPF Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 0.2-2um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG Averaged SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPG_173 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG_216 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPQ Individual SCHLFLPQ Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCRGCNPJ Individual SCRGCNPJ Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-200um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SCRGCNPM Individual SCRGCNPM Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-5um phase] by filtration, no acidification and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPJ Individual SFNTCNPJ Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-200um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SFNTCNPM Individual SFNTCNPM Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-5um phase] by filtration and elemental analysis

David Robins, Plymouth Marine Laboratory
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
SLCAAATX Individual SLCAAATX Micromoles per litre
umol/l
Concentration of silicate {SiO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TEMPST02 Individual TEMPST02 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity

Unknown, British Oceanographic Data Centre Liverpool
VILXHPP1 Individual VILXHPP1 Nanograms per litre
ng/l
Concentration of violaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Metadata information for: AMT6
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
ALXXLGTX Individual ALXXLGTX Nanomoles per litre
nmol/l
Concentration of aluminium {Al} per unit volume of the water body [dissolved plus reactive particulate phase] by lumogallion fluorescence 209643
Andrew Bowie, University of Tasmania, Australia
AMONAATX Individual AMONAATX Micromoles per litre
umol/l
Concentration of ammonium {NH4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 209551
E Malcolm S Woodward, Plymouth Marine Laboratory
ATTNMS01 Individual ATTNMS01 per metre
/m
Attenuance (red light wavelength) per unit length of the water body by WET Labs 25cm path length transmissometer and calibration to read zero in clear water 209861
Unknown, British Oceanographic Data Centre Liverpool
BCARHPP1 Averaged BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
BCARHPP1_5 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
BCARHPP1_218 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
C1C2HPP1 Individual C1C2HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c1c2 {chl-c1c2} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
C700A90Z Individual C700A90Z Milligrams per cubic metre
mg/m^3
Carbon biomass of Synechococcus spp. (ITIS: 773: WoRMS 160572) per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm 209612
Mike Zubkov, National Oceanography Centre, Southampton
C701A90Z Individual C701A90Z Milligrams per cubic metre
mg/m^3
Carbon biomass of Prochlorococcus spp. (ITIS: 610076: WoRMS 345515) per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm 209612
Mike Zubkov, National Oceanography Centre, Southampton
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Gerald Moore, Plymouth Marine Laboratory
CLC3HPP1 Individual CLC3HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c3 {chl-c3} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
COXXCVDX Individual COXXCVDX Nanomoles per litre
nmol/l
Concentration of cobalt {Co} per unit volume of the water body [dissolved phase] by UV digestion and cathodic stripping voltammetry 209643
Andrew Bowie, University of Tasmania, Australia
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Claire Mahaffey, University of Southern California, USA
CPHLFLP4 Individual CPHLFLP4 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry and summation of size-fractionated values 209626
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
CPHLPR01 Individual CPHLPR01 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate phase] by in-situ chlorophyll fluorometer 209861
Unknown, British Oceanographic Data Centre Liverpool
CYEUA00A Individual CYEUA00A Milligrams per cubic metre
mg/m^3
Carbon biomass of picoeukaryotic cells per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm 209612
Mike Zubkov, National Oceanography Centre, Southampton
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1 Averaged DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1_5 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
DIATHPP1_218 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DOXYWITX Individual DOXYWITX Micromoles per litre
umol/l
Concentration of oxygen {O2} per unit volume of the water body [dissolved phase] by Winkler titration 209534
Carol Robinson, Plymouth Marine Laboratory
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCBHPP1 Individual DVCBHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
FEXXCLDX Individual FEXXCLDX Nanomoles per litre
nmol/l
Concentration of iron (total) {Fe} per unit volume of the water body [dissolved plus reactive particulate phase] by flow-injection chemiluminescence 209643
Andrew Bowie, University of Tasmania, Australia
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FVLTWS01 Individual FVLTWS01 Volts
V
Instrument output (voltage) by linear-response chlorophyll fluorometer 209861
Unknown, British Oceanographic Data Centre Liverpool
HBBMAFTX Individual HBBMAFTX Milligrams per cubic metre
mg/m^3
Carbon biomass of Bacteria (ITIS: 202421: WoRMS 6) [Subgroup: heterotrophic] per unit volume of the water body by automated flow cytometry and abundance to carbon conversion by unspecified algorithm 209612
Mike Zubkov, National Oceanography Centre, Southampton
HBCCAFTX Individual HBCCAFTX Number per millilitre
#/ml
Abundance of Bacteria (ITIS: 202421: WoRMS 6) [Subgroup: heterotrophic] per unit volume of the water body by automated flow cytometry and subtraction of Synechococcus+Prochlorococcus from total bacteria 209612
Mike Zubkov, National Oceanography Centre, Southampton
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
IRRDPP01 Individual IRRDPP01 MicroEinsteins per square metre per second
uE/m^2/s
Downwelling 2-pi scalar irradiance as photons (PAR wavelengths) in the water body by 2-pi scalar radiometer 209861
Unknown, British Oceanographic Data Centre Liverpool
LUTNHPP1 Individual LUTNHPP1 Nanograms per litre
ng/l
Concentration of lutein per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
LVLTBD01 Individual LVLTBD01 Volts
V
Instrument output (voltage) by Biospherical Instruments 2-pi PAR downwelling light meter 209861
Unknown, British Oceanographic Data Centre Liverpool
NIXXCVDX Individual NIXXCVDX Nanomoles per litre
nmol/l
Concentration of nickel {Ni} per unit volume of the water body [dissolved phase] by UV digestion and cathodic stripping voltammetry 209643
Andrew Bowie, University of Tasmania, Australia
NTRIAATX Individual NTRIAATX Micromoles per litre
umol/l
Concentration of nitrite {NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
NTRZAATX Individual NTRZAATX Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
OXYSBW01 Individual OXYSBW01 Percent
%
Saturation of oxygen {O2} in the water body [dissolved phase] by Winkler titration and computation from concentration using Benson and Krause algorithm 209534
Carol Robinson, Plymouth Marine Laboratory
P700A90Z Individual P700A90Z Number per millilitre
#/ml
Abundance of Synechococcus spp. (ITIS: 773: WoRMS 160572) per unit volume of the water body by automated flow cytometry 209612
Mike Zubkov, National Oceanography Centre, Southampton
P701A90Z Individual P701A90Z Number per millilitre
#/ml
Abundance of Prochlorococcus spp. (ITIS: 610076: WoRMS 345515) per unit volume of the water body by automated flow cytometry 209612
Mike Zubkov, National Oceanography Centre, Southampton
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PHOSAATX Individual PHOSAATX Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
PIGA400A Individual PIGA400A per metre
/m
Light absorbance (400nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA401A Individual PIGA401A per metre
/m
Light absorbance (401nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA402A Individual PIGA402A per metre
/m
Light absorbance (402nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA403A Individual PIGA403A per metre
/m
Light absorbance (403nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA404A Individual PIGA404A per metre
/m
Light absorbance (404nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA405A Individual PIGA405A per metre
/m
Light absorbance (405nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA406A Individual PIGA406A per metre
/m
Light absorbance (406nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA407A Individual PIGA407A per metre
/m
Light absorbance (407nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA408A Individual PIGA408A per metre
/m
Light absorbance (408nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA409A Individual PIGA409A per metre
/m
Light absorbance (409nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA410A Individual PIGA410A per metre
/m
Light absorbance (410nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA411A Individual PIGA411A per metre
/m
Light absorbance (411nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA412A Individual PIGA412A per metre
/m
Light absorbance (412nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA413A Individual PIGA413A per metre
/m
Light absorbance (413nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA414A Individual PIGA414A per metre
/m
Light absorbance (414nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA415A Individual PIGA415A per metre
/m
Light absorbance (415nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA416A Individual PIGA416A per metre
/m
Light absorbance (416nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA417A Individual PIGA417A per metre
/m
Light absorbance (417nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA418A Individual PIGA418A per metre
/m
Light absorbance (418nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA419A Individual PIGA419A per metre
/m
Light absorbance (419nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA420A Individual PIGA420A per metre
/m
Light absorbance (420nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA421A Individual PIGA421A per metre
/m
Light absorbance (421nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA422A Individual PIGA422A per metre
/m
Light absorbance (422nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA423A Individual PIGA423A per metre
/m
Light absorbance (423nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA424A Individual PIGA424A per metre
/m
Light absorbance (424nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA425A Individual PIGA425A per metre
/m
Light absorbance (425nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA426A Individual PIGA426A per metre
/m
Light absorbance (426nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA427A Individual PIGA427A per metre
/m
Light absorbance (427nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA428A Individual PIGA428A per metre
/m
Light absorbance (428nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA429A Individual PIGA429A per metre
/m
Light absorbance (429nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA430A Individual PIGA430A per metre
/m
Light absorbance (430nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA431A Individual PIGA431A per metre
/m
Light absorbance (431nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA432A Individual PIGA432A per metre
/m
Light absorbance (432nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA433A Individual PIGA433A per metre
/m
Light absorbance (433nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA434A Individual PIGA434A per metre
/m
Light absorbance (434nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA435A Individual PIGA435A per metre
/m
Light absorbance (435nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA436A Individual PIGA436A per metre
/m
Light absorbance (436nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA437A Individual PIGA437A per metre
/m
Light absorbance (437nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA438A Individual PIGA438A per metre
/m
Light absorbance (438nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA439A Individual PIGA439A per metre
/m
Light absorbance (439nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA440A Individual PIGA440A per metre
/m
Light absorbance (440nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA441A Individual PIGA441A per metre
/m
Light absorbance (441nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA442A Individual PIGA442A per metre
/m
Light absorbance (442nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA443A Individual PIGA443A per metre
/m
Light absorbance (443nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA444A Individual PIGA444A per metre
/m
Light absorbance (444nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA445A Individual PIGA445A per metre
/m
Light absorbance (445nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA446A Individual PIGA446A per metre
/m
Light absorbance (446nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA447A Individual PIGA447A per metre
/m
Light absorbance (447nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA448A Individual PIGA448A per metre
/m
Light absorbance (448nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA449A Individual PIGA449A per metre
/m
Light absorbance (449nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA450A Individual PIGA450A per metre
/m
Light absorbance (450nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA451A Individual PIGA451A per metre
/m
Light absorbance (451nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA452A Individual PIGA452A per metre
/m
Light absorbance (452nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA453A Individual PIGA453A per metre
/m
Light absorbance (453nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA454A Individual PIGA454A per metre
/m
Light absorbance (454nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA455A Individual PIGA455A per metre
/m
Light absorbance (455nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA456A Individual PIGA456A per metre
/m
Light absorbance (456nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA457A Individual PIGA457A per metre
/m
Light absorbance (457nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA458A Individual PIGA458A per metre
/m
Light absorbance (458nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA459A Individual PIGA459A per metre
/m
Light absorbance (459nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA460A Individual PIGA460A per metre
/m
Light absorbance (460nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA461A Individual PIGA461A per metre
/m
Light absorbance (461nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA462A Individual PIGA462A per metre
/m
Light absorbance (462nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA463A Individual PIGA463A per metre
/m
Light absorbance (463nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA464A Individual PIGA464A per metre
/m
Light absorbance (464nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA465A Individual PIGA465A per metre
/m
Light absorbance (465nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA466A Individual PIGA466A per metre
/m
Light absorbance (466nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA467A Individual PIGA467A per metre
/m
Light absorbance (467nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA468A Individual PIGA468A per metre
/m
Light absorbance (468nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA469A Individual PIGA469A per metre
/m
Light absorbance (469nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA470A Individual PIGA470A per metre
/m
Light absorbance (470nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA471A Individual PIGA471A per metre
/m
Light absorbance (471nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA472A Individual PIGA472A per metre
/m
Light absorbance (472nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA473A Individual PIGA473A per metre
/m
Light absorbance (473nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA474A Individual PIGA474A per metre
/m
Light absorbance (474nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA475A Individual PIGA475A per metre
/m
Light absorbance (475nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA476A Individual PIGA476A per metre
/m
Light absorbance (476nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA477A Individual PIGA477A per metre
/m
Light absorbance (477nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA478A Individual PIGA478A per metre
/m
Light absorbance (478nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA479A Individual PIGA479A per metre
/m
Light absorbance (479nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA480A Individual PIGA480A per metre
/m
Light absorbance (480nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA481A Individual PIGA481A per metre
/m
Light absorbance (481nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA482A Individual PIGA482A per metre
/m
Light absorbance (482nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA483A Individual PIGA483A per metre
/m
Light absorbance (483nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA484A Individual PIGA484A per metre
/m
Light absorbance (484nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA485A Individual PIGA485A per metre
/m
Light absorbance (485nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA486A Individual PIGA486A per metre
/m
Light absorbance (486nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA487A Individual PIGA487A per metre
/m
Light absorbance (487nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA488A Individual PIGA488A per metre
/m
Light absorbance (488nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA489A Individual PIGA489A per metre
/m
Light absorbance (489nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA490A Individual PIGA490A per metre
/m
Light absorbance (490nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA491A Individual PIGA491A per metre
/m
Light absorbance (491nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA492A Individual PIGA492A per metre
/m
Light absorbance (492nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA493A Individual PIGA493A per metre
/m
Light absorbance (493nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA494A Individual PIGA494A per metre
/m
Light absorbance (494nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA495A Individual PIGA495A per metre
/m
Light absorbance (495nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA496A Individual PIGA496A per metre
/m
Light absorbance (496nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA497A Individual PIGA497A per metre
/m
Light absorbance (497nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA498A Individual PIGA498A per metre
/m
Light absorbance (498nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA499A Individual PIGA499A per metre
/m
Light absorbance (499nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA500A Individual PIGA500A per metre
/m
Light absorbance (500nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA501A Individual PIGA501A per metre
/m
Light absorbance (501nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA502A Individual PIGA502A per metre
/m
Light absorbance (502nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA503A Individual PIGA503A per metre
/m
Light absorbance (503nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA504A Individual PIGA504A per metre
/m
Light absorbance (504nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA505A Individual PIGA505A per metre
/m
Light absorbance (505nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA506A Individual PIGA506A per metre
/m
Light absorbance (506nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA507A Individual PIGA507A per metre
/m
Light absorbance (507nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA508A Individual PIGA508A per metre
/m
Light absorbance (508nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA509A Individual PIGA509A per metre
/m
Light absorbance (509nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA510A Individual PIGA510A per metre
/m
Light absorbance (510nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA511A Individual PIGA511A per metre
/m
Light absorbance (511nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA512A Individual PIGA512A per metre
/m
Light absorbance (512nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA513A Individual PIGA513A per metre
/m
Light absorbance (513nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA514A Individual PIGA514A per metre
/m
Light absorbance (514nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA515A Individual PIGA515A per metre
/m
Light absorbance (515nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA516A Individual PIGA516A per metre
/m
Light absorbance (516nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA517A Individual PIGA517A per metre
/m
Light absorbance (517nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA518A Individual PIGA518A per metre
/m
Light absorbance (518nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA519A Individual PIGA519A per metre
/m
Light absorbance (519nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA520A Individual PIGA520A per metre
/m
Light absorbance (520nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA521A Individual PIGA521A per metre
/m
Light absorbance (521nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA522A Individual PIGA522A per metre
/m
Light absorbance (522nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA523A Individual PIGA523A per metre
/m
Light absorbance (523nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA524A Individual PIGA524A per metre
/m
Light absorbance (524nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA525A Individual PIGA525A per metre
/m
Light absorbance (525nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA526A Individual PIGA526A per metre
/m
Light absorbance (526nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA527A Individual PIGA527A per metre
/m
Light absorbance (527nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA528A Individual PIGA528A per metre
/m
Light absorbance (528nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA529A Individual PIGA529A per metre
/m
Light absorbance (529nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA530A Individual PIGA530A per metre
/m
Light absorbance (530nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA531A Individual PIGA531A per metre
/m
Light absorbance (531nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA532A Individual PIGA532A per metre
/m
Light absorbance (532nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA533A Individual PIGA533A per metre
/m
Light absorbance (533nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA534A Individual PIGA534A per metre
/m
Light absorbance (534nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA535A Individual PIGA535A per metre
/m
Light absorbance (535nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA536A Individual PIGA536A per metre
/m
Light absorbance (536nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA537A Individual PIGA537A per metre
/m
Light absorbance (537nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA538A Individual PIGA538A per metre
/m
Light absorbance (538nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA539A Individual PIGA539A per metre
/m
Light absorbance (539nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA540A Individual PIGA540A per metre
/m
Light absorbance (540nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA541A Individual PIGA541A per metre
/m
Light absorbance (541nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA542A Individual PIGA542A per metre
/m
Light absorbance (542nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA543A Individual PIGA543A per metre
/m
Light absorbance (543nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA544A Individual PIGA544A per metre
/m
Light absorbance (544nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA545A Individual PIGA545A per metre
/m
Light absorbance (545nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA546A Individual PIGA546A per metre
/m
Light absorbance (546nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA547A Individual PIGA547A per metre
/m
Light absorbance (547nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA548A Individual PIGA548A per metre
/m
Light absorbance (548nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA549A Individual PIGA549A per metre
/m
Light absorbance (549nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA550A Individual PIGA550A per metre
/m
Light absorbance (550nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA551A Individual PIGA551A per metre
/m
Light absorbance (551nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA552A Individual PIGA552A per metre
/m
Light absorbance (552nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA553A Individual PIGA553A per metre
/m
Light absorbance (553nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA554A Individual PIGA554A per metre
/m
Light absorbance (554nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA555A Individual PIGA555A per metre
/m
Light absorbance (555nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA556A Individual PIGA556A per metre
/m
Light absorbance (556nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA557A Individual PIGA557A per metre
/m
Light absorbance (557nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA558A Individual PIGA558A per metre
/m
Light absorbance (558nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA559A Individual PIGA559A per metre
/m
Light absorbance (559nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA560A Individual PIGA560A per metre
/m
Light absorbance (560nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA561A Individual PIGA561A per metre
/m
Light absorbance (561nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA562A Individual PIGA562A per metre
/m
Light absorbance (562nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA563A Individual PIGA563A per metre
/m
Light absorbance (563nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA564A Individual PIGA564A per metre
/m
Light absorbance (564nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA565A Individual PIGA565A per metre
/m
Light absorbance (565nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA566A Individual PIGA566A per metre
/m
Light absorbance (566nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA567A Individual PIGA567A per metre
/m
Light absorbance (567nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA568A Individual PIGA568A per metre
/m
Light absorbance (568nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA569A Individual PIGA569A per metre
/m
Light absorbance (569nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA570A Individual PIGA570A per metre
/m
Light absorbance (570nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA571A Individual PIGA571A per metre
/m
Light absorbance (571nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA572A Individual PIGA572A per metre
/m
Light absorbance (572nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA573A Individual PIGA573A per metre
/m
Light absorbance (573nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA574A Individual PIGA574A per metre
/m
Light absorbance (574nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA575A Individual PIGA575A per metre
/m
Light absorbance (575nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA576A Individual PIGA576A per metre
/m
Light absorbance (576nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA577A Individual PIGA577A per metre
/m
Light absorbance (577nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA578A Individual PIGA578A per metre
/m
Light absorbance (578nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA579A Individual PIGA579A per metre
/m
Light absorbance (579nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA580A Individual PIGA580A per metre
/m
Light absorbance (580nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA581A Individual PIGA581A per metre
/m
Light absorbance (581nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA582A Individual PIGA582A per metre
/m
Light absorbance (582nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA583A Individual PIGA583A per metre
/m
Light absorbance (583nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA584A Individual PIGA584A per metre
/m
Light absorbance (584nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA585A Individual PIGA585A per metre
/m
Light absorbance (585nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA586A Individual PIGA586A per metre
/m
Light absorbance (586nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA587A Individual PIGA587A per metre
/m
Light absorbance (587nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA588A Individual PIGA588A per metre
/m
Light absorbance (588nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA589A Individual PIGA589A per metre
/m
Light absorbance (589nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA590A Individual PIGA590A per metre
/m
Light absorbance (590nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA591A Individual PIGA591A per metre
/m
Light absorbance (591nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA592A Individual PIGA592A per metre
/m
Light absorbance (592nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA593A Individual PIGA593A per metre
/m
Light absorbance (593nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA594A Individual PIGA594A per metre
/m
Light absorbance (594nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA595A Individual PIGA595A per metre
/m
Light absorbance (595nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA596A Individual PIGA596A per metre
/m
Light absorbance (596nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA597A Individual PIGA597A per metre
/m
Light absorbance (597nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA598A Individual PIGA598A per metre
/m
Light absorbance (598nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA599A Individual PIGA599A per metre
/m
Light absorbance (599nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA600A Individual PIGA600A per metre
/m
Light absorbance (600nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA601A Individual PIGA601A per metre
/m
Light absorbance (601nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA602A Individual PIGA602A per metre
/m
Light absorbance (602nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA603A Individual PIGA603A per metre
/m
Light absorbance (603nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA604A Individual PIGA604A per metre
/m
Light absorbance (604nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA605A Individual PIGA605A per metre
/m
Light absorbance (605nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA606A Individual PIGA606A per metre
/m
Light absorbance (606nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA607A Individual PIGA607A per metre
/m
Light absorbance (607nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA608A Individual PIGA608A per metre
/m
Light absorbance (608nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA609A Individual PIGA609A per metre
/m
Light absorbance (609nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA610A Individual PIGA610A per metre
/m
Light absorbance (610nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA611A Individual PIGA611A per metre
/m
Light absorbance (611nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA612A Individual PIGA612A per metre
/m
Light absorbance (612nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA613A Individual PIGA613A per metre
/m
Light absorbance (613nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA614A Individual PIGA614A per metre
/m
Light absorbance (614nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA615A Individual PIGA615A per metre
/m
Light absorbance (615nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA616A Individual PIGA616A per metre
/m
Light absorbance (616nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA617A Individual PIGA617A per metre
/m
Light absorbance (617nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA618A Individual PIGA618A per metre
/m
Light absorbance (618nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA619A Individual PIGA619A per metre
/m
Light absorbance (619nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA620A Individual PIGA620A per metre
/m
Light absorbance (620nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA621A Individual PIGA621A per metre
/m
Light absorbance (621nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA622A Individual PIGA622A per metre
/m
Light absorbance (622nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA623A Individual PIGA623A per metre
/m
Light absorbance (623nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA624A Individual PIGA624A per metre
/m
Light absorbance (624nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA625A Individual PIGA625A per metre
/m
Light absorbance (625nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA626A Individual PIGA626A per metre
/m
Light absorbance (626nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA627A Individual PIGA627A per metre
/m
Light absorbance (627nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA628A Individual PIGA628A per metre
/m
Light absorbance (628nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA629A Individual PIGA629A per metre
/m
Light absorbance (629nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA630A Individual PIGA630A per metre
/m
Light absorbance (630nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA631A Individual PIGA631A per metre
/m
Light absorbance (631nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA632A Individual PIGA632A per metre
/m
Light absorbance (632nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA633A Individual PIGA633A per metre
/m
Light absorbance (633nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA634A Individual PIGA634A per metre
/m
Light absorbance (634nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA635A Individual PIGA635A per metre
/m
Light absorbance (635nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA636A Individual PIGA636A per metre
/m
Light absorbance (636nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA637A Individual PIGA637A per metre
/m
Light absorbance (637nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA638A Individual PIGA638A per metre
/m
Light absorbance (638nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA639A Individual PIGA639A per metre
/m
Light absorbance (639nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA640A Individual PIGA640A per metre
/m
Light absorbance (640nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA641A Individual PIGA641A per metre
/m
Light absorbance (641nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA642A Individual PIGA642A per metre
/m
Light absorbance (642nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA643A Individual PIGA643A per metre
/m
Light absorbance (643nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA644A Individual PIGA644A per metre
/m
Light absorbance (644nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA645A Individual PIGA645A per metre
/m
Light absorbance (645nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA646A Individual PIGA646A per metre
/m
Light absorbance (646nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA647A Individual PIGA647A per metre
/m
Light absorbance (647nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA648A Individual PIGA648A per metre
/m
Light absorbance (648nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA649A Individual PIGA649A per metre
/m
Light absorbance (649nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA650A Individual PIGA650A per metre
/m
Light absorbance (650nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA651A Individual PIGA651A per metre
/m
Light absorbance (651nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA652A Individual PIGA652A per metre
/m
Light absorbance (652nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA653A Individual PIGA653A per metre
/m
Light absorbance (653nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA654A Individual PIGA654A per metre
/m
Light absorbance (654nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA655A Individual PIGA655A per metre
/m
Light absorbance (655nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA656A Individual PIGA656A per metre
/m
Light absorbance (656nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA657A Individual PIGA657A per metre
/m
Light absorbance (657nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA658A Individual PIGA658A per metre
/m
Light absorbance (658nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA659A Individual PIGA659A per metre
/m
Light absorbance (659nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA660A Individual PIGA660A per metre
/m
Light absorbance (660nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA661A Individual PIGA661A per metre
/m
Light absorbance (661nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA662A Individual PIGA662A per metre
/m
Light absorbance (662nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA663A Individual PIGA663A per metre
/m
Light absorbance (663nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA664A Individual PIGA664A per metre
/m
Light absorbance (664nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA665A Individual PIGA665A per metre
/m
Light absorbance (665nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA666A Individual PIGA666A per metre
/m
Light absorbance (666nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA667A Individual PIGA667A per metre
/m
Light absorbance (667nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA668A Individual PIGA668A per metre
/m
Light absorbance (668nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA669A Individual PIGA669A per metre
/m
Light absorbance (669nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA670A Individual PIGA670A per metre
/m
Light absorbance (670nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA671A Individual PIGA671A per metre
/m
Light absorbance (671nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA672A Individual PIGA672A per metre
/m
Light absorbance (672nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA673A Individual PIGA673A per metre
/m
Light absorbance (673nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA674A Individual PIGA674A per metre
/m
Light absorbance (674nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA675A Individual PIGA675A per metre
/m
Light absorbance (675nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA676A Individual PIGA676A per metre
/m
Light absorbance (676nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA677A Individual PIGA677A per metre
/m
Light absorbance (677nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA678A Individual PIGA678A per metre
/m
Light absorbance (678nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA679A Individual PIGA679A per metre
/m
Light absorbance (679nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA680A Individual PIGA680A per metre
/m
Light absorbance (680nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA681A Individual PIGA681A per metre
/m
Light absorbance (681nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA682A Individual PIGA682A per metre
/m
Light absorbance (682nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA683A Individual PIGA683A per metre
/m
Light absorbance (683nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA684A Individual PIGA684A per metre
/m
Light absorbance (684nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA685A Individual PIGA685A per metre
/m
Light absorbance (685nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA686A Individual PIGA686A per metre
/m
Light absorbance (686nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA687A Individual PIGA687A per metre
/m
Light absorbance (687nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA688A Individual PIGA688A per metre
/m
Light absorbance (688nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA689A Individual PIGA689A per metre
/m
Light absorbance (689nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA690A Individual PIGA690A per metre
/m
Light absorbance (690nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA691A Individual PIGA691A per metre
/m
Light absorbance (691nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA692A Individual PIGA692A per metre
/m
Light absorbance (692nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA693A Individual PIGA693A per metre
/m
Light absorbance (693nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA694A Individual PIGA694A per metre
/m
Light absorbance (694nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA695A Individual PIGA695A per metre
/m
Light absorbance (695nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA696A Individual PIGA696A per metre
/m
Light absorbance (696nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA697A Individual PIGA697A per metre
/m
Light absorbance (697nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA698A Individual PIGA698A per metre
/m
Light absorbance (698nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA699A Individual PIGA699A per metre
/m
Light absorbance (699nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
PIGA700A Individual PIGA700A per metre
/m
Light absorbance (700nm wavelength) by the suspended particulate material >GF/F [pigment phase] by filtration and spectrophotometry on residue before and after methanol pigment extraction and differencing of the measurements 209858
Gavin Tilstone, Institute of Marine Research, Vigo
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm 209861
Unknown, British Oceanographic Data Centre Liverpool
PSALBSTX Individual PSALBSTX Dimensionless
Dmnless
Practical salinity of the water body by bench salinometer and computation using UNESCO 1983 algorithm 209889
Unknown, Plymouth Marine Laboratory
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm 209861
Unknown, British Oceanographic Data Centre Liverpool
PYEUA00A Individual PYEUA00A Number per millilitre
#/ml
Abundance of picoeukaryotic cells per unit volume of the water body by automated flow cytometry 209612
Mike Zubkov, National Oceanography Centre, Southampton
SCHLFLPF Individual SCHLFLPF Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 0.2-2um phase] by filtration, acetone extraction and fluorometry 209626
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG Averaged SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry 209626

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPG_173 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry 209626
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG_216 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPN Individual SCHLFLPN Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate GF/F-2um phase] by filtration, acetone extraction and fluorometry

Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPQ Individual SCHLFLPQ Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >20um phase] by filtration, acetone extraction and fluorometry 209626
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCRGCNPJ Individual SCRGCNPJ Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-200um phase] by filtration, no acidification and elemental analysis 209520
David Robins, Plymouth Marine Laboratory
SCRGCNPM Individual SCRGCNPM Micromoles per litre
umol/l
Concentration of carbon (total) {'POC'} per unit volume of the water body [particulate GF/F-5um phase] by filtration, no acidification and elemental analysis 209520
David Robins, Plymouth Marine Laboratory
SFNTCNPJ Individual SFNTCNPJ Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-200um phase] by filtration and elemental analysis 209520
David Robins, Plymouth Marine Laboratory
SFNTCNPM Individual SFNTCNPM Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate GF/F-5um phase] by filtration and elemental analysis 209520
David Robins, Plymouth Marine Laboratory
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm 209861
Unknown, British Oceanographic Data Centre Liverpool
SLCAAATX Individual SLCAAATX Micromoles per litre
umol/l
Concentration of silicate {SiO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Tony Bale, Plymouth Marine Laboratory
TCO2CBTX Individual TCO2CBTX Micromoles per litre
umol/l
Concentration of carbon (total inorganic) {TCO2} per unit volume of the water body [dissolved plus reactive particulate phase] by coulometry 209548
Carol Robinson, Plymouth Marine Laboratory
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD 209861
Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity 209861
Unknown, British Oceanographic Data Centre Liverpool
VILXHPP1 Individual VILXHPP1 Nanograms per litre
ng/l
Concentration of violaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 209830
209844
Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Metadata information for: AMT6B
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
BCARHPP1 Averaged BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
BCARHPP1_5 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BCARHPP1_218 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
C1C2HPP1 Individual C1C2HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c1c2 {chl-c1c2} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CLC3HPP1 Individual CLC3HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c3 {chl-c3} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FUCSHPP1 Individual FUCSHPP1 Nanograms per litre
ng/l
Concentration of cis-fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
ISEDGVP1 Individual ISEDGVP1 Milligrams per litre
mg/l
Concentration of suspended particulate material (inorganic) {SPM} per unit volume of the water body [particulate >GF/F phase] by filtration, combustion and gravimetry

Gerald Moore, Plymouth Marine Laboratory
ISSDGVP1 Individual ISSDGVP1 Milligrams per litre
mg/l
Concentration standard deviation of suspended particulate material per unit volume of the water body [particulate >GF/F phase] by filtration and gravimetry

Gerald Moore, Plymouth Marine Laboratory
OSEDGVP1 Individual OSEDGVP1 Milligrams per litre
mg/l
Concentration of suspended particulate material (organic) {SPM} per unit volume of the water body [particulate >GF/F phase] by filtration, combustion and gravimetry

Gerald Moore, Plymouth Marine Laboratory
OSSDGVP1 Individual OSSDGVP1 Milligrams per litre
mg/l
Concentration standard deviation of suspended particulate material (organic) {SPM} per unit volume of the water body [particulate >GF/F phase] by filtration, combustion and gravimetry

Gerald Moore, Plymouth Marine Laboratory
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PSALBSTX Individual PSALBSTX Dimensionless
Dmnless
Practical salinity of the water body by bench salinometer and computation using UNESCO 1983 algorithm

Unknown, Plymouth Marine Laboratory
TSEDGVP2 Individual TSEDGVP2 Milligrams per litre
mg/l
Concentration of suspended particulate material {SPM} per unit volume of the water body [particulate >0.4um phase] by filtration and gravimetry

Gerald Moore, Plymouth Marine Laboratory
TSSDGVP2 Individual TSSDGVP2 Milligrams per litre
mg/l
Concentration standard deviation of suspended particulate material {SPM} per unit volume of the water body [particulate >0.4um phase] by filtration and gravimetry

Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Metadata information for: AMT7
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
ATTNMS01 Individual ATTNMS01 per metre
/m
Attenuance (red light wavelength) per unit length of the water body by WET Labs 25cm path length transmissometer and calibration to read zero in clear water

Unknown, British Oceanographic Data Centre Liverpool
BCARHPP1 Averaged BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
BCARHPP1_5 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BCARHPP1_218 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
C1C2HPP1 Individual C1C2HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c1c2 {chl-c1c2} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CLC3HPP1 Individual CLC3HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c3 {chl-c3} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Claire Mahaffey, University of Southern California, USA
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
CPHLPR01 Individual CPHLPR01 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate phase] by in-situ chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1 Averaged DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DIATHPP1_5 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIATHPP1_218 Individual DIATHPP1 Nanograms per litre
ng/l
Concentration of diatoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCBHPP1 Individual DVCBHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FVLTWS01 Individual FVLTWS01 Volts
V
Instrument output (voltage) by linear-response chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
IRRDPP01 Individual IRRDPP01 MicroEinsteins per square metre per second
uE/m^2/s
Downwelling 2-pi scalar irradiance as photons (PAR wavelengths) in the water body by 2-pi scalar radiometer

Unknown, British Oceanographic Data Centre Liverpool
LUTNHPP1 Individual LUTNHPP1 Nanograms per litre
ng/l
Concentration of lutein per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
LVLTBD01 Individual LVLTBD01 Volts
V
Instrument output (voltage) by Biospherical Instruments 2-pi PAR downwelling light meter

Unknown, British Oceanographic Data Centre Liverpool
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PSALST02 Individual PSALST02 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TEMPST02 Individual TEMPST02 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity

Unknown, British Oceanographic Data Centre Liverpool
VILXHPP1 Individual VILXHPP1 Nanograms per litre
ng/l
Concentration of violaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Metadata information for: AMT8
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
ATTNMS01 Individual ATTNMS01 per metre
/m
Attenuance (red light wavelength) per unit length of the water body by WET Labs 25cm path length transmissometer and calibration to read zero in clear water

Unknown, British Oceanographic Data Centre Liverpool
BCARHPP1 Averaged BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
BCARHPP1_5 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BCARHPP1_218 Individual BCARHPP1 Nanograms per litre
ng/l
Concentration of beta-carotene {beta,beta-carotene} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
C1C2HPP1 Individual C1C2HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c1c2 {chl-c1c2} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CLC3HPP1 Individual CLC3HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c3 {chl-c3} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Claire Mahaffey, University of Southern California, USA
CPHLFLP4 Individual CPHLFLP4 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry and summation of size-fractionated values Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
CPHLPR01 Individual CPHLPR01 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate phase] by in-situ chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FVLTWS01 Individual FVLTWS01 Volts
V
Instrument output (voltage) by linear-response chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
IRRDPP01 Individual IRRDPP01 MicroEinsteins per square metre per second
uE/m^2/s
Downwelling 2-pi scalar irradiance as photons (PAR wavelengths) in the water body by 2-pi scalar radiometer

Unknown, British Oceanographic Data Centre Liverpool
LUTNHPP1 Individual LUTNHPP1 Nanograms per litre
ng/l
Concentration of lutein per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
LVLTBD01 Individual LVLTBD01 Volts
V
Instrument output (voltage) by Biospherical Instruments 2-pi PAR downwelling light meter

Unknown, British Oceanographic Data Centre Liverpool
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PSALST02 Individual PSALST02 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
SCHLFLPF Individual SCHLFLPF Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 0.2-2um phase] by filtration, acetone extraction and fluorometry Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG Averaged SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPG_173 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG_216 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPQ Individual SCHLFLPQ Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >20um phase] by filtration, acetone extraction and fluorometry Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TEMPST02 Individual TEMPST02 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity

Unknown, British Oceanographic Data Centre Liverpool
VILXHPP1 Individual VILXHPP1 Nanograms per litre
ng/l
Concentration of violaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZELUHPP1 Individual ZELUHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin+lutein per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Alex Poulton, National Oceanography Centre, Southampton
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Metadata information for: AMT9
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Claire Mahaffey, University of Southern California, USA
DMSPGCD4 Individual DMSPGCD4 Nanomoles per litre
nmol/l
Concentration of dimethylsulphoniopropionate {DMSP} per unit volume of the water body [dissolved plus reactive particulate < unknown phase] by Millipore prefiltration and gas chromatography

Peter Liss, University of East Anglia School of Environmental Sciences
DMSPGCP4 Individual DMSPGCP4 Nanomoles per litre
nmol/l
Concentration of dimethylsulphoniopropionate {DMSP} per unit volume of the water body [particulate >unknown phase] by Millipore prefiltration and gas chromatography

Peter Liss, University of East Anglia School of Environmental Sciences
DMSXGCDZ Individual DMSXGCDZ Nanomoles per litre
nmol/l
Concentration of dimethyl sulphide {DMS} per unit volume of the water body [dissolved plus reactive particulate < unknown phase] by filtration, purging, cryogenic trapping and gas chromatography

Peter Liss, University of East Anglia School of Environmental Sciences
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
Metadata information for: AMT10
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
CHLBHPP1 Individual CHLBHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b {chl-b} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Stuart W Gibb, Plymouth Marine Laboratory
CLC2HPP1 Individual CLC2HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c2 {chl-c2} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CLC3HPP1 Individual CLC3HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c3 {chl-c3} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Stuart W Gibb, Plymouth Marine Laboratory
CORGCAP1 Individual CORGCAP1 Micromoles per litre
umol/l
Concentration of carbon (organic) {POC} per unit volume of the water body [particulate >GF/F phase] by filtration, acidification and elemental analysis

Claire Mahaffey, University of Southern California, USA
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry

Claire Mahaffey, University of Southern California, USA
CPHLFLP4 Individual CPHLFLP4 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry and summation of size-fractionated values Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
CPHLPR01 Individual CPHLPR01 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate phase] by in-situ chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
D15NMTP1 Individual D15NMTP1 Parts per thousand
ppt
Enrichment of 15N in total nitrogen in the water body [particulate >GF/F phase] by filtration, combustion and mass spectrometry

Claire Mahaffey, University of Southern California, USA
DCOXGCXX Individual DCOXGCXX Nanomoles per litre
nmol/l
Concentration of carbon monoxide {CO} per unit volume of the water body [dissolved phase] by gas chromatography

Aron Stubbins, Newcastle University School of Marine Science and Technology
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FVLTAQ01 Individual FVLTAQ01 Volts
V
Instrument output (voltage) by in-situ Aquatracka chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
NTOTCNP1 Individual NTOTCNP1 Micromoles per litre
umol/l
Concentration of nitrogen (total) {'PON'} per unit volume of the water body [particulate >GF/F phase] by filtration and elemental analysis

Claire Mahaffey, University of Southern California, USA
NTOTWCD1 Individual NTOTWCD1 Micromoles per litre
umol/l
Concentration of nitrogen (total) per unit volume of the water body [dissolved plus reactive particulate < GF/F phase] by filtration, oxidation and colorimetric autoanalysis

Claire Mahaffey, University of Southern California, USA
NTRIAATX Individual NTRIAATX Micromoles per litre
umol/l
Concentration of nitrite {NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 224494
E Malcolm S Woodward, Plymouth Marine Laboratory
NTRZAAD1 Individual NTRZAAD1 Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate < GF/F phase] by filtration and colorimetric autoanalysis

Claire Mahaffey, University of Southern California, USA
NTRZAATX Individual NTRZAATX Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 224494
E Malcolm S Woodward, Plymouth Marine Laboratory
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PHOSAAD1 Individual PHOSAAD1 Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate < GF/F phase] by filtration and colorimetric autoanalysis

Claire Mahaffey, University of Southern California, USA
PHOSAATX Individual PHOSAATX Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 224494
E Malcolm S Woodward, Plymouth Marine Laboratory
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PSALST02 Individual PSALST02 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
SCHLFLPF Individual SCHLFLPF Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 0.2-2um phase] by filtration, acetone extraction and fluorometry Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG Averaged SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry

Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPG_173 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG_216 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPQ Individual SCHLFLPQ Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >20um phase] by filtration, acetone extraction and fluorometry Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
SCOXGCXX Individual SCOXGCXX Percent
%
Saturation of carbon monoxide {CO} in the water body [dissolved phase] by computation from concentration

Aron Stubbins, Newcastle University School of Marine Science and Technology
SDNTWCD1 Individual SDNTWCD1 Micromoles per litre
umol/l
Concentration standard deviation of nitrogen (total) per unit volume of the water body [dissolved plus reactive particulate < GF/F phase] by filtration, oxidation and colorimetric autoanalysis

Claire Mahaffey, University of Southern California, USA
SDNZAAD1 Individual SDNZAAD1 Micromoles per litre
umol/l
Concentration standard deviation of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate < GF/F phase] by filtration and colorimetric autoanalysis

Claire Mahaffey, University of Southern California, USA
SDPHAAD1 Individual SDPHAAD1 Micromoles per litre
umol/l
Concentration standard deviation of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate < GF/F phase] by filtration and colorimetric autoanalysis

Claire Mahaffey, University of Southern California, USA
SDTPWCD1 Individual SDTPWCD1 Micromoles per litre
umol/l
Concentration standard deviation of phosphorus (total) per unit volume of the water body [dissolved plus reactive particulate < GF/F phase] by filtration

Claire Mahaffey, University of Southern California, USA
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
SLCAAATX Individual SLCAAATX Micromoles per litre
umol/l
Concentration of silicate {SiO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 224494
E Malcolm S Woodward, Plymouth Marine Laboratory
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TEMPST02 Individual TEMPST02 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity

Unknown, British Oceanographic Data Centre Liverpool
TPHSWCD1 Individual TPHSWCD1 Micromoles per litre
umol/l
Concentration of phosphorus (total) per unit volume of the water body [dissolved plus reactive particulate < GF/F phase] by filtration, oxidation and colorimetric autoanalysis

Claire Mahaffey, University of Southern California, USA
VILXHPP1 Individual VILXHPP1 Nanograms per litre
ng/l
Concentration of violaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Stuart W Gibb, Plymouth Marine Laboratory
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC)

Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Metadata information for: AMT11
Data Title Listing Option BODC Code Units Code Description Document Ref Originator Name and Institute
ALLOHPP1 Averaged ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
ALLOHPP1_5 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ALLOHPP1_218 Individual ALLOHPP1 Nanograms per litre
ng/l
Concentration of alloxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
AMONAATX Individual AMONAATX Micromoles per litre
umol/l
Concentration of ammonium {NH4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis 216663
E Malcolm S Woodward, Plymouth Marine Laboratory
BBCAHPP1 Individual BBCAHPP1 Nanograms per litre
ng/l
Concentration of beta,beta-carotene per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
BECAHPP1 Individual BECAHPP1 Nanograms per litre
ng/l
Concentration of beta,epsilon-carotene per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
BUTAHPP1 Averaged BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
BUTAHPP1_5 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
BUTAHPP1_218 Individual BUTAHPP1 Nanograms per litre
ng/l
Concentration of 19'-butanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
C2MEHPC1 Individual C2MEHPC1 Nanograms per litre
ng/l
Concentration of chlorophyll-c2 monogalactosyldiacylglyceride ester (C. polylepsis type) per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
C2MEHPE1 Individual C2MEHPE1 Nanograms per litre
ng/l
Concentration of chlorophyll-c2 monogalactosyldiacylglyceride ester (E. huxleyi type) per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CBCCMPTX Individual CBCCMPTX Number per millilitre
#/ml
Abundance of Cyanobacteria (ITIS: 601: WoRMS 146537) per unit volume of the water body by preservation and no staining and autofluorescence microscopy

Begona Castro, Spanish Institute of Oceanography, La Coruna Oceanographic Centre
CBDVHPP1 Individual CBDVHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-b+divinyl chlorophyll-b per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CLAAHPP1 Individual CLAAHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-a allomer per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CLAEHPP1 Individual CLAEHPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-a epimer per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CLC2HPP1 Individual CLC2HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c2 {chl-c2} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
CLC3HPP1 Individual CLC3HPP1 Nanograms per litre
ng/l
Concentration of chlorophyll-c3 {chl-c3} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
CPHLFLP1 Averaged CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry 216632
216646
Ray Barlow, Plymouth Marine Laboratory
Tony Bale, Plymouth Marine Laboratory
Unknown, Plymouth Marine Laboratory
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
David Suggett, National Oceanography Centre, Southampton
Sandy Thomalla, University of Cape Town, Department of Oceanography
Claire Mahaffey, University of Southern California, USA
CPHLFLP1_5 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Ray Barlow, Plymouth Marine Laboratory
CPHLFLP1_18 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Tony Bale, Plymouth Marine Laboratory
CPHLFLP1_215 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Alex Poulton, National Oceanography Centre, Southampton
CPHLFLP1_252 Individual CPHLFLP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and fluorometry Claire Mahaffey, University of Southern California, USA
CPHLFLP4 Individual CPHLFLP4 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >0.2um phase] by filtration, acetone extraction and fluorometry and summation of size-fractionated values Alex Poulton, National Oceanography Centre, Southampton
CPHLHPP1 Averaged CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
CPHLHPP1_5 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
CPHLHPP1_18 Individual CPHLHPP1 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) - -
CPHLPS01 Individual CPHLPS01 Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate phase] by in-situ chlorophyll fluorometer and calibration against sample data

Unknown, British Oceanographic Data Centre Liverpool
DIADHPP1 Averaged DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Gerald Moore, Plymouth Marine Laboratory
DIADHPP1_5 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DIADHPP1_218 Individual DIADHPP1 Nanograms per litre
ng/l
Concentration of diadinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
DVCAHPP1 Averaged DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
DVCAHPP1_5 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
DVCAHPP1_218 Individual DVCAHPP1 Nanograms per litre
ng/l
Concentration of divinyl chlorophyll-a per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FUCXHPP1 Averaged FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
FUCXHPP1_5 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
FUCXHPP1_218 Individual FUCXHPP1 Nanograms per litre
ng/l
Concentration of fucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
FVLTAQ01 Individual FVLTAQ01 Volts
V
Instrument output (voltage) by in-situ Aquatracka chlorophyll fluorometer

Unknown, British Oceanographic Data Centre Liverpool
HEXOHPP1 Averaged HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
HEXOHPP1_5 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
HEXOHPP1_218 Individual HEXOHPP1 Nanograms per litre
ng/l
Concentration of 19'-hexanoyloxyfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
IRRDPP01 Individual IRRDPP01 MicroEinsteins per square metre per second
uE/m^2/s
Downwelling 2-pi scalar irradiance as photons (PAR wavelengths) in the water body by 2-pi scalar radiometer

Unknown, British Oceanographic Data Centre Liverpool
K4HXHPP1 Individual K4HXHPP1 Nanograms per litre
ng/l
Concentration of 4-keto-hexanoylfucoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
LUTNHPP1 Individual LUTNHPP1 Nanograms per litre
ng/l
Concentration of lutein per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
LVLTBD01 Individual LVLTBD01 Volts
V
Instrument output (voltage) by Biospherical Instruments 2-pi PAR downwelling light meter

Unknown, British Oceanographic Data Centre Liverpool
MDVPHPP1 Individual MDVPHPP1 Nanograms per litre
ng/l
Concentration of Mg-2,4-divinyl pheoporphyrin a5 monomethyl ester per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
MVC3HPP1 Individual MVC3HPP1 Nanograms per litre
ng/l
Concentration of monovinyl chlorophyll-c3 per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
NEOXHPP1 Individual NEOXHPP1 Nanograms per litre
ng/l
Concentration of neoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
NTRIAATX Individual NTRIAATX Micromoles per litre
umol/l
Concentration of nitrite {NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Alan J Pomroy, Plymouth Marine Laboratory
NTRZAATX Individual NTRZAATX Micromoles per litre
umol/l
Concentration of nitrate+nitrite {NO3+NO2} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Alan J Pomroy, Plymouth Marine Laboratory
OXYSZW01 Individual OXYSZW01 Percent
%
Saturation of oxygen {O2} in the water body [dissolved phase] by Winkler titration and computation from concentration

Pablo Serret, Departamento de Biologia de Organismos y Sistemas, Universidad de Oviedo
PERIHPP1 Averaged PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
PERIHPP1_5 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
PERIHPP1_218 Individual PERIHPP1 Nanograms per litre
ng/l
Concentration of peridinin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PHOSAATX Individual PHOSAATX Micromoles per litre
umol/l
Concentration of phosphate {PO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Alan J Pomroy, Plymouth Marine Laboratory
POTMCV01 Individual POTMCV01 Degrees Celsius
degC
Potential temperature of the water body by computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PRSXHPP1 Individual PRSXHPP1 Nanograms per litre
ng/l
Concentration of prasinoxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
PSALBSTX Individual PSALBSTX Dimensionless
Dmnless
Practical salinity of the water body by bench salinometer and computation using UNESCO 1983 algorithm Unknown, Plymouth Marine Laboratory
PSALST01 Individual PSALST01 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
PSALST02 Individual PSALST02 Dimensionless
Dmnless
Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm

Unknown, British Oceanographic Data Centre Liverpool
SCHLFLPB Individual SCHLFLPB Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >2um phase] by filtration, acetone extraction and fluorometry 216629
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPF Individual SCHLFLPF Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 0.2-2um phase] by filtration, acetone extraction and fluorometry Alex Poulton, National Oceanography Centre, Southampton
SCHLFLPG Averaged SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry 216629
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Emilio Maranon, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPG_173 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry 216629
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
SCHLFLPG_216 Individual SCHLFLPG Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate 2-20um phase] by filtration, acetone extraction and fluorometry Patrick M Holligan, University of Southampton School of Ocean and Earth Science
SCHLFLPQ Individual SCHLFLPQ Milligrams per cubic metre
mg/m^3
Concentration of chlorophyll-a {chl-a} per unit volume of the water body [particulate >20um phase] by filtration, acetone extraction and fluorometry Alex Poulton, National Oceanography Centre, Southampton
SIGTPR01 Individual SIGTPR01 Kilograms per cubic metre
kg/m^3
Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm

Unknown, British Oceanographic Data Centre Liverpool
SLCAAATX Individual SLCAAATX Micromoles per litre
umol/l
Concentration of silicate {SiO4} per unit volume of the water body [dissolved plus reactive particulate phase] by colorimetric autoanalysis Alan J Pomroy, Plymouth Marine Laboratory
TBCCMDPZ Individual TBCCMDPZ Number per millilitre
#/ml
Abundance of Bacteria (ITIS: 202421: WoRMS 6) per unit volume of the water body by DAPI staining and microscopy Alan J Pomroy, Plymouth Marine Laboratory
TEMPST01 Individual TEMPST01 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TEMPST02 Individual TEMPST02 Degrees Celsius
degC
Temperature of the water body by CTD or STD

Unknown, British Oceanographic Data Centre Liverpool
TOKGPR01 Individual TOKGPR01 Litres per kilogram
l/kg
Conversion factor (volume to mass) for the water body by CTD and computation of density (in-situ potential temperature surface pressure) reciprocal from pressure, temperature and salinity

Unknown, British Oceanographic Data Centre Liverpool
UPLE3H01 Individual UPLE3H01 Picomoles per litre per hour
pmol/l/h
Uptake rate (hourly) of leucine per unit time per unit volume of the water body [particulate phase] by 3H leucine doping, incubation in the dark, centrifugation and counting residue

Begona Castro, Spanish Institute of Oceanography, La Coruna Oceanographic Centre
VILXHPP1 Individual VILXHPP1 Nanograms per litre
ng/l
Concentration of violaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
ZEOXHPP1 Averaged ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) 216414
Ray Barlow, Plymouth Marine Laboratory
Stuart W Gibb, Plymouth Marine Laboratory
Guy Westbrook, Plymouth Marine Laboratory
Emilio Fernandez Suarez, University of Vigo Department of Ecology and Animal Biology
Alex Poulton, National Oceanography Centre, Southampton
David Suggett, National Oceanography Centre, Southampton
Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Victoria Hill, Southampton Solent University School of Maritime and Coastal Studies
Gerald Moore, Plymouth Marine Laboratory
ZEOXHPP1_5 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Ray Barlow, Plymouth Marine Laboratory
ZEOXHPP1_218 Individual ZEOXHPP1 Nanograms per litre
ng/l
Concentration of zeaxanthin per unit volume of the water body [particulate >GF/F phase] by filtration, acetone extraction and high performance liquid chromatography (HPLC) Charles Trees, San Diego State University Center for Hydro-optics and Remote Sensing
Date Output Produced: 19-Sep-2011