LAS Index
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Below is a listing of all of the Categories and all of the Data sets in this LAS.
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by Category
- 19-prime-butanoyloxyfucoxanthin
- 19-prime-hexanoyloxyfucoxanthin
- alloxanthin
- aluminum concentration, unfiltered sample
- Ammonium
- Calcium concentration for particles greater than 0.4 microns
- carotene-alpha
- carotene-beta
- chlorophyll a like compounds, sum of
- chlorophyll a prime, monovinyl
- chlorophyll a, divinyl
- chlorophyll a, monovinyl
- chlorophyll b, divinyl
- chlorophyll b, monovinyl
- chlorophyll c1 + chlorophyll c2 + Mg 3,8 divinyl pheoporphyrin a5
- chlorophyll c3
- chlorophyll c4, phytolated, type 1
- chlorophyll c4, phytolated, type 2
- chlorophyll-a, fluorometric method
- chlorophyllide a
- chlorophyllide b
- cis-19-prime-hexanoyloxyfucoxanthin
- cis-fucoxanthin
- concentration of sulfide
- depth of mixed layer, based on a .05kg/meter^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .03kg/meter^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .1 deg. C change in temperature
- depth of mixed layer, calculated based on a .125kg/meter^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .25kg/meter^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .5 deg. C change in temperature
- diadinoxanthin
- diatom, total abundance, 20 to 200 microns
- diatom, total Carbon biomass, 20 to 200 microns
- diatoxanthin
- dinoflagellate, total abundance, 20 to 200 microns
- dinoflagellate, total, Carbon biomass, 20 to 200 micron
- dissolved aluminum concentration less then 0.2 microns
- fucoxanthin
- heterotrophic bacteria abundance, cytometry
- heterotrophic bacteria abundance, microscopy, may contain an unknown small % of prochlorophytes
- heterotrophic bacteria mean cell volume
- heterotrophic bacteria, leucine incorporation rate
- heterotrophic dinoflagellate biomass, 20 to 200 microns
- heterotrophic dinoflagellates abundance, 20 to 200 microns
- heterotrophic nano plankton, abundance
- heterotrophic nano plankton, biovolume
- heterotrophic nanoflagellate abundance (excluding dinoflagellates), 2 to 20 microns
- heterotrophic nanoflagellates (excluding dinoflagellates) Carbon biomass, 2 to 20 microns
- iodide concentration
- iodine, total
- iron, dissolved less than 0.2 microns
- iron, sample unfiltered
- lutein
- manganese, dissolved less than 0.45 microns
- manganese, unfiltered sample (dissolved plus particulate)
- nauplii copepod abundance, 20 to 200 microns
- nauplii copepod biomass, 20 to 200 microns
- neoxanthin
- Nitrate
- Nitrate, analysis for low level concentrations
- Nitrite
- non-loricate ciliate abundance, 20 to 200 microns
- non-loricate ciliate Carbon biomass 20 to 200 microns
- other phytoplankton abundance, 20 to 200 microns
- other phytoplankton biomass, 20 to 200 microns
- Oxygen, dissolved, reported in units of micromoles/kilogram
- Oxygen, dissolved, reported in units of micromoles/liter
- Oxygen, dissolved, reported in units of milliliters/liter
- particulate matter concentration
- particulate organic Carbon
- particulate organic Nitrogen
- peridinin
- peroxide to oxygen ratio
- pH, sea water scale
- phaeopigments, fluorometric method
- Phosphate, reactive phosphorus
- phototrophic nano plankton, abundance
- phototrophic nano plankton, biovolume
- prasinoxanthin
- prochlorococcus abundance
- salinity, from CTD unit when water bottle tripped
- salinity, water bottle sample, PSS-78 scale
- sarcodine abundance, 20 to 200 microns
- sarcodine Carbon biomass, 20 to 200 microns
- Silicate, silicic acid/reactive silica
- sum of alpha and beta carotene
- sum of chlorophyll b like compounds, Divinyl chlorophyll b plus Monovinyl chlorophyll b
- synechococcus abundance
- temperature, from CTD, IPTS-68
- thymidine incorporation rate
- tintinnid abundance, 20 to 200 microns
- tintinnid Carbon biomass, 20 to 200 microns
- total alkalinity
- total Carbon Dioxide in seawater, using a coulometric method
- total organic Carbon
- total organic Carbon per kilogram
- total organic Nitrogen
- ultra eukaryotic phytoplankton, may exceed pico size class
- violaxanthin
- zeaxanthin
- 19-prime-butanoyloxyfucoxanthin
- 19-prime-hexanoyloxyfucoxanthin
- alloxanthin
- aluminum concentration, unfiltered sample
- aluminum, particulate greater than 0.4 microns, leachable fraction
- aluminum, particulate greater than 0.4 microns, refractory fraction
- aluminum, particulate greater than 0.4 microns, sum of leach and refactory fractions
- Ammonium
- Calcium concentration for particles greater than 0.4 microns
- carotene-alpha
- carotene-beta
- chlorophyll a like compounds, sum of
- chlorophyll a, divinyl
- chlorophyll a, monovinyl
- chlorophyll b, divinyl
- chlorophyll b, monovinyl
- chlorophyll c1 + chlorophyll c2 + Mg 3,8 divinyl pheoporphyrin a5
- chlorophyll c3
- chlorophyll c4, phytolated, type 1
- chlorophyll c4, phytolated, type 2
- chlorophyll-a, fluorometric method
- chlorophyllide a
- cis-19-prime-hexanoyloxyfucoxanthin
- cis-fucoxanthin
- diadinoxanthin
- diatoxanthin
- dissolved aluminum concentration less then 0.2 microns
- fucoxanthin
- iron, dissolved less than 0.2 microns
- iron, sample unfiltered
- lutein
- manganese, particulate greater than 0.4 microns, leachable fraction
- manganese, particulate greater than 0.4 microns, refractory fraction
- manganese, particulate greater than 0.4 microns, sum of leach and refactory fractions
- neoxanthin
- Nitrate, analysis for low level concentrations
- particulate organic Nitrogen
- peridinin
- phaeopigments, fluorometric method
- prasinoxanthin
- sum of alpha and beta carotene
- sum of chlorophyll b like compounds, Divinyl chlorophyll b plus Monovinyl chlorophyll b
- total particulate Carbon
- Urea
- violaxanthin
- zeaxanthin
- 19-prime-butanoyloxyfucoxanthin
- 19-prime-hexanoyloxyfucoxanthin
- acantharian abundance
- acantharian Carbon biomass
- alloxanthin
- Ammonium
- Carbon 13 to Carbon 12 ratio of TCO2
- carotene-alpha
- carotene-beta
- chlorophyll a
- chlorophyll a prime
- chlorophyll a, allomerized
- chlorophyll b
- chlorophyll c pigments monovinyl plus divinyl
- chlorophyll c3
- chlorophyll c4, phytolated c_like pigment
- chlorophyll-a, fluorometric method
- chlorophyllide a
- ciliate abundance, 20 to 200 microns
- ciliate Carbon biomass, 20 to 200 microns
- coccolithophore abundance, gt15 microns
- coccolithophore Carbon biomass, gt15 microns
- dead diatom abundance
- depth of mixed layer, calculated based on a .03kg/m^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .125kg/m^3 change in density from the surface, reported in decibars
- diadinoxanthin
- diatom abundance gt15 microns
- diatom Carbon biomass, gt15 microns
- diatoxanthin
- dinoflagellate abundance, gt15 microns
- dinoflagellates gt15 microns carbon biomass
- foraminifera abundance, 20 to 200 microns
- foraminifera abundance, 20 to 200 microns, large sample
- foraminifera Carbon biomass, 20 to 200 microns
- foraminifera Carbon biomass, 20 to 200 microns, large sample
- fucoxanthin
- heterotrophic bacteria abundance, cytometry
- heterotrophic bacteria abundance, microscopy, may contain an unknown small % of prochlorophytes
- heterotrophic bacteria mean cell volume
- heterotrophic bacteria, leucine incorporation rate
- heterotrophic dinoflagellate biomass, 20 to 200 microns
- heterotrophic dinoflagellates abundance, 20 to 200 microns
- heterotrophic dinoflagellates, lt20 microns
- heterotrophic dinoflagellates, lt20 microns, carbon biomass
- heterotrophic dinoflagellates, lt20 microns, mean cell volume
- heterotrophic eucayotic pico and nanoplankton, biomass, microscopy
- heterotrophic eucayotic pico and nanoplankton, biovolume, microscopy
- heterotrophic eucayotic pico and nanoplankton, microscopy
- heterotrophic thecate dinoflagellate Carbon biomass
- heterotrophic thecate dinoflagellates
- in situ partial pressure of CO2
- Nitrate
- Nitrite
- other phytoplankton abundance, gt15 microns
- other phytoplankton Carbon biomass, gt15 microns
- Oxygen, dissolved, reported in units of milliliters/liter
- partial pressure of CO2 in seawater at 20 deg C
- particulate inorganic Carbon as Calcite
- particulate matter concentration
- particulate organic Carbon
- particulate organic Nitrogen
- peridinin
- phaeopigments, fluorometric method
- Phosphate, reactive phosphorus
- phototrophic eucaryotic pico and nanoplankton, biomass, microscopy
- phototrophic eucaryotic pico and nanoplankton, biovolume, microscopy
- phototrophic eucaryotic pico and nanoplankton, microscopy
- phycoerythrin, red protein pigments
- phytoplankton, nano eukaryotic
- potential temperature, IPTS-68
- prasinoxanthin
- prochlorococcus abundance
- prochlorococcus abundance, using analytically enhanced flow cytometry
- radiolarian abundance, 20 to 200 microns
- radiolarian abundance, 20 to 200 microns, large volume sample
- radiolarian Carbon biomass, 20 to 200 microns
- radiolarian Carbon biomass, 20 to 200 microns, large volume sample
- ratio oxygen 16 to oxygen 18
- salinity, from CTD unit when water bottle tripped
- salinity, water bottle sample, PSS-78 scale
- sigma theta (potential density)
- sigma-t (density)
- Silicate, silicic acid/reactive silica
- synechococcus abundance
- synechococcus abundance, using analytically enhanced flow cytometry
- synechococcus abundance, using microscopy as the analytical method to determine abundance
- synechococcus, biomass, microscopy
- synechococcus, biovolume, microscopy
- temperature, from CTD, IPTS-68
- thymidine incorporation rate
- total alkalinity
- total Carbon Dioxide in seawater, using a coulometric method
- total Carbon Dioxide in seawater, using a manometric method
- total organic Carbon
- total organic Carbon per kilogram
- total particulate Carbon
- ultra eukaryotic phytoplankton, may exceed pico size class
- ultra eukaryotic phytoplankton, may exceed pico size class, using analytically enhanced flow cytometry
- Urea
- violaxanthin
- volume of water filtered for fluorometric measurement
- zeaxanthin
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by Dataset
Air-Sea O2 Flux Climatology
Annual Mean Oxygen Variability in the North Pacific (Exp1)
Annual Mean Oxygen Variability in the North Pacific (Exp2)
Annual Mean Oxygen Variability in the North Pacific (Exp3)
Arabian Sea Testbed Model
AVHRR/2 Sea Surface Temp (1987-1988)
AVHRR/2 Sea Surface Temp (1989-1994)
AVHRR/2 Sea Surface Temp (1995-1999)
COADS climatology
ERS-1 wind components (1992-1994)
ERS-1 wind direction (1992-94)
ERS-1 wind direction (JAN 1995-MAY 1996)
ERS-1 wind speed (JAN 1995-MAY 1996)
ERS-2 wind speed and direction (JUN 1996-DEC 1999)
Flexible-composition biogeochemical model results - BATS
GEOSAT Sea Surface Height (JAN 1987-DEC 1988)
Global Ocean CDM 09/97-08/00
Global OCTS chlorophyll 1996-1997
Global SeaWiFS chlorophyll 1997-2004
KERFIX Iron limitation and grazing pressure divided by 2
KERFIX Iron limitation and grazing pressure normal
KERFIX Iron limitation and grazing pressure times 2
KERFIX no Iron limitation and grazing pressure divided by 2
KERFIX no Iron limitation and grazing pressure normal
KERFIX no Iron limitation and grazing pressure times 2
Levitus Climatology
Najjar monthly nutrients
NCAR Abiotic 2D history
NCAR OCMIP2 Abiotic
NCAR OCMIP2 Biotic
North Atlantic euphotic zone nitrate (1993-1997)
North Atlantic monthly means
NSCAT wind speed and direction (Jan-Jun 1997)
Ross Sea Model
Ross Sea Model Snapshots
Ross Sea Monthly Nutrients
Seafloor O2 Flux
SeaWiFS chl-a (1998-1999)
SSM/I wind speed at 10m (AUG 1987-DEC 1999)
T/P Diamond Model Around BATS
TMI Sea Surface Temp (1998-1999)
TOPEX/Poseidon sea surface ht. (1993)
TOPEX/Poseidon sea surface ht. (1994-99)
TOPEX/Poseidon significant wave height (1998-1999)
Tropical pacific model-depth coords (1986-1998 mean)
Tropical pacific model-temp coords (1986-1998 mean)
U.S. JGOFS Arabian Sea CTD Data
U.S. JGOFS Arabian Sea Niskin Bottle Data
- 19-prime-butanoyloxyfucoxanthin
- 19-prime-hexanoyloxyfucoxanthin
- alloxanthin
- aluminum concentration, unfiltered sample
- Ammonium
- Calcium concentration for particles greater than 0.4 microns
- carotene-alpha
- carotene-beta
- chlorophyll a like compounds, sum of
- chlorophyll a prime, monovinyl
- chlorophyll a, divinyl
- chlorophyll a, monovinyl
- chlorophyll b, divinyl
- chlorophyll b, monovinyl
- chlorophyll c1 + chlorophyll c2 + Mg 3,8 divinyl pheoporphyrin a5
- chlorophyll c3
- chlorophyll c4, phytolated, type 1
- chlorophyll c4, phytolated, type 2
- chlorophyll-a, fluorometric method
- chlorophyllide a
- chlorophyllide b
- cis-19-prime-hexanoyloxyfucoxanthin
- cis-fucoxanthin
- concentration of sulfide
- depth of mixed layer, based on a .05kg/meter^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .03kg/meter^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .1 deg. C change in temperature
- depth of mixed layer, calculated based on a .125kg/meter^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .25kg/meter^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .5 deg. C change in temperature
- diadinoxanthin
- diatom, total abundance, 20 to 200 microns
- diatom, total Carbon biomass, 20 to 200 microns
- diatoxanthin
- dinoflagellate, total abundance, 20 to 200 microns
- dinoflagellate, total, Carbon biomass, 20 to 200 micron
- dissolved aluminum concentration less then 0.2 microns
- fucoxanthin
- heterotrophic bacteria abundance, cytometry
- heterotrophic bacteria abundance, microscopy, may contain an unknown small % of prochlorophytes
- heterotrophic bacteria mean cell volume
- heterotrophic bacteria, leucine incorporation rate
- heterotrophic dinoflagellate biomass, 20 to 200 microns
- heterotrophic dinoflagellates abundance, 20 to 200 microns
- heterotrophic nano plankton, abundance
- heterotrophic nano plankton, biovolume
- heterotrophic nanoflagellate abundance (excluding dinoflagellates), 2 to 20 microns
- heterotrophic nanoflagellates (excluding dinoflagellates) Carbon biomass, 2 to 20 microns
- iodide concentration
- iodine, total
- iron, dissolved less than 0.2 microns
- iron, sample unfiltered
- lutein
- manganese, dissolved less than 0.45 microns
- manganese, unfiltered sample (dissolved plus particulate)
- nauplii copepod abundance, 20 to 200 microns
- nauplii copepod biomass, 20 to 200 microns
- neoxanthin
- Nitrate
- Nitrate, analysis for low level concentrations
- Nitrite
- non-loricate ciliate abundance, 20 to 200 microns
- non-loricate ciliate Carbon biomass 20 to 200 microns
- other phytoplankton abundance, 20 to 200 microns
- other phytoplankton biomass, 20 to 200 microns
- Oxygen, dissolved, reported in units of micromoles/kilogram
- Oxygen, dissolved, reported in units of micromoles/liter
- Oxygen, dissolved, reported in units of milliliters/liter
- particulate matter concentration
- particulate organic Carbon
- particulate organic Nitrogen
- peridinin
- peroxide to oxygen ratio
- pH, sea water scale
- phaeopigments, fluorometric method
- Phosphate, reactive phosphorus
- phototrophic nano plankton, abundance
- phototrophic nano plankton, biovolume
- prasinoxanthin
- prochlorococcus abundance
- salinity, from CTD unit when water bottle tripped
- salinity, water bottle sample, PSS-78 scale
- sarcodine abundance, 20 to 200 microns
- sarcodine Carbon biomass, 20 to 200 microns
- Silicate, silicic acid/reactive silica
- sum of alpha and beta carotene
- sum of chlorophyll b like compounds, Divinyl chlorophyll b plus Monovinyl chlorophyll b
- synechococcus abundance
- temperature, from CTD, IPTS-68
- thymidine incorporation rate
- tintinnid abundance, 20 to 200 microns
- tintinnid Carbon biomass, 20 to 200 microns
- total alkalinity
- total Carbon Dioxide in seawater, using a coulometric method
- total organic Carbon
- total organic Carbon per kilogram
- total organic Nitrogen
- ultra eukaryotic phytoplankton, may exceed pico size class
- violaxanthin
- zeaxanthin
U.S. JGOFS Arabian Sea TM Bottle Data
- 19-prime-butanoyloxyfucoxanthin
- 19-prime-hexanoyloxyfucoxanthin
- alloxanthin
- aluminum concentration, unfiltered sample
- aluminum, particulate greater than 0.4 microns, leachable fraction
- aluminum, particulate greater than 0.4 microns, refractory fraction
- aluminum, particulate greater than 0.4 microns, sum of leach and refactory fractions
- Ammonium
- Calcium concentration for particles greater than 0.4 microns
- carotene-alpha
- carotene-beta
- chlorophyll a like compounds, sum of
- chlorophyll a, divinyl
- chlorophyll a, monovinyl
- chlorophyll b, divinyl
- chlorophyll b, monovinyl
- chlorophyll c1 + chlorophyll c2 + Mg 3,8 divinyl pheoporphyrin a5
- chlorophyll c3
- chlorophyll c4, phytolated, type 1
- chlorophyll c4, phytolated, type 2
- chlorophyll-a, fluorometric method
- chlorophyllide a
- cis-19-prime-hexanoyloxyfucoxanthin
- cis-fucoxanthin
- diadinoxanthin
- diatoxanthin
- dissolved aluminum concentration less then 0.2 microns
- fucoxanthin
- iron, dissolved less than 0.2 microns
- iron, sample unfiltered
- lutein
- manganese, particulate greater than 0.4 microns, leachable fraction
- manganese, particulate greater than 0.4 microns, refractory fraction
- manganese, particulate greater than 0.4 microns, sum of leach and refactory fractions
- neoxanthin
- Nitrate, analysis for low level concentrations
- particulate organic Nitrogen
- peridinin
- phaeopigments, fluorometric method
- prasinoxanthin
- sum of alpha and beta carotene
- sum of chlorophyll b like compounds, Divinyl chlorophyll b plus Monovinyl chlorophyll b
- total particulate Carbon
- Urea
- violaxanthin
- zeaxanthin
U.S. JGOFS Equatorial Pacific CTD Data
U.S. JGOFS Equatorial Pacific Niskin Bottle Data
- 19-prime-butanoyloxyfucoxanthin
- 19-prime-hexanoyloxyfucoxanthin
- acantharian abundance
- acantharian Carbon biomass
- alloxanthin
- Ammonium
- Carbon 13 to Carbon 12 ratio of TCO2
- carotene-alpha
- carotene-beta
- chlorophyll a
- chlorophyll a prime
- chlorophyll a, allomerized
- chlorophyll b
- chlorophyll c pigments monovinyl plus divinyl
- chlorophyll c3
- chlorophyll c4, phytolated c_like pigment
- chlorophyll-a, fluorometric method
- chlorophyllide a
- ciliate abundance, 20 to 200 microns
- ciliate Carbon biomass, 20 to 200 microns
- coccolithophore abundance, gt15 microns
- coccolithophore Carbon biomass, gt15 microns
- dead diatom abundance
- depth of mixed layer, calculated based on a .03kg/m^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .125kg/m^3 change in density from the surface, reported in decibars
- diadinoxanthin
- diatom abundance gt15 microns
- diatom Carbon biomass, gt15 microns
- diatoxanthin
- dinoflagellate abundance, gt15 microns
- dinoflagellates gt15 microns carbon biomass
- foraminifera abundance, 20 to 200 microns
- foraminifera abundance, 20 to 200 microns, large sample
- foraminifera Carbon biomass, 20 to 200 microns
- foraminifera Carbon biomass, 20 to 200 microns, large sample
- fucoxanthin
- heterotrophic bacteria abundance, cytometry
- heterotrophic bacteria abundance, microscopy, may contain an unknown small % of prochlorophytes
- heterotrophic bacteria mean cell volume
- heterotrophic bacteria, leucine incorporation rate
- heterotrophic dinoflagellate biomass, 20 to 200 microns
- heterotrophic dinoflagellates abundance, 20 to 200 microns
- heterotrophic dinoflagellates, lt20 microns
- heterotrophic dinoflagellates, lt20 microns, carbon biomass
- heterotrophic dinoflagellates, lt20 microns, mean cell volume
- heterotrophic eucayotic pico and nanoplankton, biomass, microscopy
- heterotrophic eucayotic pico and nanoplankton, biovolume, microscopy
- heterotrophic eucayotic pico and nanoplankton, microscopy
- heterotrophic thecate dinoflagellate Carbon biomass
- heterotrophic thecate dinoflagellates
- in situ partial pressure of CO2
- Nitrate
- Nitrite
- other phytoplankton abundance, gt15 microns
- other phytoplankton Carbon biomass, gt15 microns
- Oxygen, dissolved, reported in units of milliliters/liter
- partial pressure of CO2 in seawater at 20 deg C
- particulate inorganic Carbon as Calcite
- particulate matter concentration
- particulate organic Carbon
- particulate organic Nitrogen
- peridinin
- phaeopigments, fluorometric method
- Phosphate, reactive phosphorus
- phototrophic eucaryotic pico and nanoplankton, biomass, microscopy
- phototrophic eucaryotic pico and nanoplankton, biovolume, microscopy
- phototrophic eucaryotic pico and nanoplankton, microscopy
- phycoerythrin, red protein pigments
- phytoplankton, nano eukaryotic
- potential temperature, IPTS-68
- prasinoxanthin
- prochlorococcus abundance
- prochlorococcus abundance, using analytically enhanced flow cytometry
- radiolarian abundance, 20 to 200 microns
- radiolarian abundance, 20 to 200 microns, large volume sample
- radiolarian Carbon biomass, 20 to 200 microns
- radiolarian Carbon biomass, 20 to 200 microns, large volume sample
- ratio oxygen 16 to oxygen 18
- salinity, from CTD unit when water bottle tripped
- salinity, water bottle sample, PSS-78 scale
- sigma theta (potential density)
- sigma-t (density)
- Silicate, silicic acid/reactive silica
- synechococcus abundance
- synechococcus abundance, using analytically enhanced flow cytometry
- synechococcus abundance, using microscopy as the analytical method to determine abundance
- synechococcus, biomass, microscopy
- synechococcus, biovolume, microscopy
- temperature, from CTD, IPTS-68
- thymidine incorporation rate
- total alkalinity
- total Carbon Dioxide in seawater, using a coulometric method
- total Carbon Dioxide in seawater, using a manometric method
- total organic Carbon
- total organic Carbon per kilogram
- total particulate Carbon
- ultra eukaryotic phytoplankton, may exceed pico size class
- ultra eukaryotic phytoplankton, may exceed pico size class, using analytically enhanced flow cytometry
- Urea
- violaxanthin
- volume of water filtered for fluorometric measurement
- zeaxanthin
U.S. JGOFS North Atlantic CTD Data
U.S. JGOFS North Atlantic GoFlo Bottle Data
U.S. JGOFS North Atlantic Niskin and GoFlo Bottle Data
- 19-prime-butanoyloxyfucoxanthin
- 19-prime-hexanoyloxyfucoxanthin
- Ammonium
- chlorophyll a
- cyanobacteria Carbon biomass
- cyanobacteria abundance
- cyanobacteria, average cell biovolume
- cyanobacteria, biovolume per sample volume
- cyanobacteria, number of cells counted and measured
- diadinoxanthin
- diatoxanthin
- foraminifera abundance, 20 to 200 microns
- fucoxanthin
- heterotrophic bacteria abundance, microscopy, may contain an unknown small % of prochlorophytes
- heterotrophic bacteria, leucine incorporation rate
- heterotrophic dinoflagellate biomass, 20 to 200 microns
- heterotrophic dinoflagellates abundance, 20 to 200 microns
- heterotrophic dinoflagellates, lt 20 microns, mean biovolume standard deviation
- heterotrophic dinoflagellates, lt20 microns
- heterotrophic dinoflagellates, lt20 microns, biovolume
- heterotrophic nano plankton, abundance
- heterotrophic nano plankton, average cell biovolume
- heterotrophic nano plankton, biovolume
- heterotrophic nano plankton, Carbon biomass
- Holotricha, gt 20 microns
- Mesodinium abundance, gt 20 microns
- Mesodinium Carbon biomass, gt 20 microns
- nauplii copepod abundance, 20 to 200 microns
- Nitrate
- Nitrite
- non plastidic oligotrich ciliates, Carbon biomass, gt 20 microns
- non plastidic oligotrich ciliates, gt 20 microns
- other copepod abundance, 20 to 200 microns
- other non oligotrich ciliates, Carbon biomass, gt 20 microns
- other non oligotrich ciliates, gt 20 microns
- other oligotrich ciliates, Carbon biomass, gt 20 microns
- other oligotrich ciliates, gt 20 microns
- Oxygen, dissolved, reported in units of milliliters/liter
- partial pressure of CO2 in seawater at 20 deg C
- particulate matter concentration
- particulate organic Nitrogen
- peridinin
- Phosphate, reactive phosphorus
- phototrophic nano plankton, abundance
- phototrophic nano plankton, average cell biovolume
- phototrophic nano plankton, biovolume
- phototrophic nano plankton, Carbon biomass
- plastidic oligotrich ciliates, Carbon biomass, gt 20 microns
- plastidic oligotrich ciliates, gt 20 microns
- potential temperature, IPTS-68
- salinity, water bottle sample, PSS-78 scale
- sigma-t (density)
- Silicate, silicic acid/reactive silica
- Sticholonche, gt 20 microns
- sum of alpha and beta carotene
- temperature, from CTD, IPTS-68
- thymidine incorporation rate
- tintinid abundance, 20 to 200 microns
- tintinid Carbon biomass, 20 to 200 microns
- total alkalinity, analysis by P. Brewer
- total alkalinity, analysis by T. Takahashi
- total Carbon Dioxide, analysis by P. Brewer
- total Carbon Dioxide, analysis by T. Takahashi
- total particulate Carbon
- volume filtered for PMC_kg measurement, reported as mass
- zeaxanthin
U.S. JGOFS North Atlantic Niskin Bottle Data
- Ammonium
- butanoyloxyfucoxanthin,19-prime
- chlorophyll a
- cyanobacteria Carbon biomass
- cyanobacteria abundance
- cyanobacteria, average cell biovolume
- cyanobacteria, biovolume per sample volume
- cyanobacteria, number of cells counted and measured
- diadinoxanthin
- diatoxanthin
- foraminifera abundance, 20 to 200 microns
- fucoxanthin
- heterotrophic bacteria abundance, microscopy, may contain an unknown small % of prochlorophytes
- heterotrophic bacteria, leucine incorporation rate
- heterotrophic dinoflagellate biomass, 20 to 200 microns
- heterotrophic dinoflagellates abundance, 20 to 200 microns
- heterotrophic dinoflagellates, lt 20 microns, mean biovolume standard deviation
- heterotrophic dinoflagellates, lt20 microns
- heterotrophic dinoflagellates, lt20 microns, biovolume
- heterotrophic nano plankton, abundance
- heterotrophic nano plankton, average cell biovolume
- heterotrophic nano plankton, biovolume
- heterotrophic nano plankton, Carbon biomass
- hexanoyloxyfucoxanthin,19-prime
- Holotricha, gt 20 microns
- Mesodinium abundance, gt 20 microns
- Mesodinium Carbon biomass, gt 20 microns
- nauplii copepod abundance, 20 to 200 microns
- Nitrate
- Nitrite
- non plastidic oligotrich ciliates, Carbon biomass, gt 20 microns
- non plastidic oligotrich ciliates, gt 20 microns
- other copepod abundance, 20 to 200 microns
- other non oligotrich ciliates, Carbon biomass, gt 20 microns
- other non oligotrich ciliates, gt 20 microns
- other oligotrich ciliates, Carbon biomass, gt 20 microns
- other oligotrich ciliates, gt 20 microns
- Oxygen, dissolved, reported in units of milliliters/liter
- partial pressure of CO2 in seawater at 20 deg C
- particulate matter concentration
- particulate organic Nitrogen
- peridinin
- Phosphate, reactive phosphorus
- phototrophic nano plankton, abundance
- phototrophic nano plankton, average cell biovolume
- phototrophic nano plankton, biovolume
- phototrophic nano plankton, Carbon biomass
- phototrophic nano plankton, number of cells measured and counted
- plastidic oligotrich ciliates, Carbon biomass, gt 20 microns
- plastidic oligotrich ciliates, gt 20 microns
- potential temperature, IPTS-68
- salinity, water bottle sample, PSS-78 scale
- sigma-t (density)
- Silicate, silicic acid/reactive silica
- Sticholonche, gt 20 microns
- sum of alpha and beta carotene
- temperature, from CTD, IPTS-68
- thymidine incorporation rate
- tintinid abundance, 20 to 200 microns
- tintinid Carbon biomass, 20 to 200 microns
- total alkalinity, analysis by P. Brewer
- total alkalinity, analysis by T. Takahashi
- total Carbon Dioxide, analysis by P. Brewer
- total Carbon Dioxide, analysis by T. Takahashi
- total particulate Carbon
- volume filtered for PMC_kg measurement, reported as mass
- zeaxanthin
U.S. JGOFS Southern Ocean CTD Data
- beam attenuation due to particles
- fluorescence, relative, from CTD
- light backscattered
- Oxygen, dissolved, reported in units of micromoles/kilogram
- Oxygen, dissolved, reported in units of micromoles/liter
- Oxygen, dissolved, reported in units of milliliters/liter
- potential temperature, IPTS-68
- salinity calculated from conductivity, from CTD, PSS-78 scale
- sigma theta (potential density)
- sigma-t
- temperature, from CTD, IPTS-68
U.S. JGOFS Southern Ocean Niskin Bottle Data
- 19-prime-butanoyloxyfucoxanthin
- 19-prime-hexanoyloxyfucoxanthin
- alloxanthin
- amino acid, dissolved free
- Ammonium
- autotrophic dinoflagellate abundance, 2 to 200 microns
- autotrophic dinoflagellate, Carbon biomass, 2 to 200 microns
- autotrophic micro plankton Carbon biomass with cell sizes gt20 microns
- autotrophic micro plankton with cell sizes gt20 microns
- autotrophic nano plankton with cell sizes between 1.5 and 2 microns
- autotrophic nano plankton with cell sizes between 10 and 20 microns
- autotrophic nano plankton with cell sizes between 2 and 5 microns
- autotrophic nano plankton with cell sizes between 5 and 10 microns
- autotrophic nano plankton, Carbon biomass with cell sizes between 1.5 and 2 microns
- autotrophic nano plankton, Carbon biomass with cell sizes between 10 and 20 microns
- autotrophic nano plankton, Carbon biomass with cell sizes between 2 and 5 microns
- autotrophic nano plankton, Carbon biomass with cell sizes between 5 and 10 microns
- autotrophic nanoflagellate (excluding dinoflagellates), Carbon biomass, 2 to 200 microns
- autotrophic nanoflagellate abundance (excluding dinoflagellates), 2 to 200 microns
- beam attenuation due to particles
- biogenic silica concentration
- Carbon 13 to Carbon 12 ratio of TCO2
- carotene-alpha
- carotene-beta
- carotene-gamma
- centric diatom abundance, 2 to 200 microns
- centric diatom, Carbon biomass, 2 to 200 microns
- chlorophyll a like compounds, sum of
- chlorophyll a prime, monovinyl
- chlorophyll a, monovinyl
- chlorophyll b, monovinyl
- chlorophyll c1 + chlorophyll c2 + Mg 3,8 divinyl pheoporphyrin a5
- chlorophyll c12
- chlorophyll c3
- chlorophyll c3, phytolated
- chlorophyll-a, fluorometric method
- chlorophyllide a
- cryptophyte phytoplankton abundance, 1 to 40 microns
- cryptophyte phytoplankton Carbon biomass, 1 to 40 microns
- cyanobacteria (synechococcus and prochlorococcus) abundance, 1 to 40 microns
- delta 13C of particulate organic matter relative to the PDB standard
- delta 15N of dissolved nitrate relative to atmospheric N2
- delta 15N of particulate organic matter relative to atmospheric N2
- depth of 0.1% light level penetration
- depth of 1% light level penetration
- depth of mixed layer, based on a .05kg/meter^3 change in density from the surface, reported in decibars
- depth of mixed layer, calculated based on a .02kg/meter^3 change in potential density from the surface, reported in decibars
- depth of mixed layer, calculated based on a 0.01kg/meter^3 change in potential density from the surface, reported in decibars
- depth of mixed layer, calculated based on a 0.01kg/meter^3 change in potential density from the surface, reported in meters
- depth of mixed layer, calculated based on a 0.02kg/meter^3 change in potential density from the surface, reported in meters
- depth of mixed layer, calculated based on a 0.05kg/meter^3 change in potential density from the surface, reported in meters
- diadinoxanthin
- diatom abundance
- diatom Carbon biomass
- diatom, total abundance, 20 to 200 microns
- diatom, total Carbon biomass, 20 to 200 microns
- diatoxanthin
- dinoflagellate, total abundance, 20 to 200 microns
- dinoflagellate, total, Carbon biomass, 20 to 200 micron
- dissolved aluminum concentration less then 0.2 microns
- dissolved organic Carbon
- dissolved silicic acid concentration
- equilibration temperature at which partial pressure of CO2 was measured
- fucoxanthin
- fucoxanthin isomer 1
- fucoxanthin isomer 2
- fucoxanthiol
- heterotrophic bacteria abundance, cytometry
- heterotrophic bacteria abundance, microscopy, may contain an unknown small % of prochlorophytes
- heterotrophic bacteria mean cell volume
- heterotrophic bacteria, leucine incorporation rate
- heterotrophic dinoflagellate biomass, 20 to 200 microns
- heterotrophic dinoflagellate, Carbon biomass, 2 to 200 microns
- heterotrophic dinoflagellates abundance, 2 to 200 microns
- heterotrophic dinoflagellates abundance, 20 to 200 microns
- heterotrophic micro plankton Carbon biomass with cell sizes gt20 microns
- heterotrophic micro plankton with cell sizes gt20 microns
- heterotrophic nano plankton with cell sizes between 1.5 and 2 microns
- heterotrophic nano plankton with cell sizes between 10 and 20 microns
- heterotrophic nano plankton with cell sizes between 2 and 5 microns
- heterotrophic nano plankton with cell sizes between 5 and 10 microns
- heterotrophic nano plankton, abundance
- heterotrophic nano plankton, Carbon biomass
- heterotrophic nano plankton, Carbon biomass with cell sizes between 1.5 and 2 microns
- heterotrophic nano plankton, Carbon biomass with cell sizes between 10 and 20 microns
- heterotrophic nano plankton, Carbon biomass with cell sizes between 2 and 5 microns
- heterotrophic nano plankton, Carbon biomass with cell sizes between 5 and 10 microns
- heterotrophic nanoflagellates (excluding dinoflagellates) Carbon biomass, 2 to 200 microns
- heterotrophic nanoflagellates abundance (excluding dinoflagellates), 2 to 200 microns
- heterotrophic non-loricate ciliate abundance, 20 to 200 microns
- heterotrophic non-loricate ciliate Carbon biomass, 20 to 200 microns
- iron, dissolved less than 0.2 microns
- lutein
- Mesodinium rubrum abundance, 2 to 200 microns
- Mesodinium rubrum, Carbon biomass, 2 to 200 microns
- Nitrate
- Nitrite
- non-loricate ciliate abundance, 2 to 200 microns
- non-loricate ciliate abundance, 20 to 200 microns
- non-loricate ciliate Carbon biomass 20 to 200 microns
- non-loricate ciliate, Carbon biomass, 2 to 200 microns
- other phytoplankton abundance, 1 to 40 microns
- other phytoplankton Carbon biomass, 1 to 40 microns
- Oxygen, dissolved, reported in units of micromoles/kilogram
- Oxygen, dissolved, reported in units of micromoles/liter
- Oxygen, dissolved, reported in units of milliliters/liter
- partial pressure of CO2 in seawater at 4 deg C
- partial pressure of CO2 in seawater at equilibration temperature
- particulate matter concentration
- particulate organic Carbon
- particulate organic Nitrogen
- Pennate diatom abundance, 1 to 40 microns
- Pennate diatom abundance, 2 to 200 microns
- Pennate diatom Carbon biomass, 1 to 40 microns
- Pennate diatom, Carbon biomass, 2 to 200 microns
- peridinin
- pH, sea water scale
- Phaeocystis antarctica colonial cell abundance, 2 to 200 microns
- Phaeocystis antarctica colonial cell abundance, 20 to 200 microns
- Phaeocystis antarctica colonial cell, Carbon biomass, 2 to 200 microns
- Phaeocystis antarctica colonial cell, Carbon biomass, 20 to 200 microns
- phaeopigments, fluorometric method
- Phosphate, reactive phosphorus
- phototrophic nano plankton, abundance
- phototrophic nano plankton, Carbon biomass
- plastidic oligotrichs, including dinos (Torodinium-like) abundance, 2 to 200 microns
- plastidic oligotrichs, including dinos (Torodinium-like), Carbon biomass, 2 to 200 microns
- prasinoxanthin
- salinity, from CTD unit when water bottle tripped
- salinity, water bottle sample, PSS-78 scale
- Silicate, silicic acid/reactive silica
- silicoflagellate abundance, 20 to 200 microns
- silicoflagellate Carbon biomass, 20 to 200 microns
- synechococcus abundance
- synechococcus abundance, 1 to 40 microns
- synechococcus, Carbon biomass, 1 to 40 microns
- temperature, from CTD, IPTS-68
- thymidine incorporation rate
- tintinnid abundance, 2 to 200 microns
- tintinnid abundance, 20 to 200 microns
- tintinnid Carbon biomass, 2 to 200 microns
- tintinnid Carbon biomass, 20 to 200 microns
- total alkalinity
- total Carbon Dioxide in seawater adjusted by offset to CRM values
- total Carbon Dioxide in seawater, using a coulometric method
- total Carbon Dioxide in seawater, using a manometric method
- total organic Carbon
- total organic Carbon per kilogram
- total phytoplankton abundance, 1 to 40 microns
- total phytoplankton Carbon biomass, 1 to 40 microns
- ultra eukaryotic phytoplankton, may exceed pico size class
- Urea
- violaxanthin
- zeaxanthin
U.S. JGOFS Southern Ocean TM Bottle Data
- 19-prime-butanoyloxyfucoxanthin
- 19-prime-hexanoyloxyfucoxanthin
- alloxanthin
- amino acid, dissolved free
- Ammonium
- autotrophic dinoflagellate abundance, 2 to 200 microns
- autotrophic dinoflagellate, Carbon biomass, 2 to 200 microns
- autotrophic micro plankton Carbon biomass with cell sizes gt20 microns
- autotrophic micro plankton with cell sizes gt20 microns
- autotrophic nano plankton with cell sizes between 1.5 and 2 microns
- autotrophic nano plankton with cell sizes between 10 and 20 microns
- autotrophic nano plankton with cell sizes between 2 and 5 microns
- autotrophic nano plankton with cell sizes between 5 and 10 microns
- autotrophic nano plankton, Carbon biomass with cell sizes between 1.5 and 2 microns
- autotrophic nano plankton, Carbon biomass with cell sizes between 10 and 20 microns
- autotrophic nano plankton, Carbon biomass with cell sizes between 2 and 5 microns
- autotrophic nano plankton, Carbon biomass with cell sizes between 5 and 10 microns
- autotrophic nanoflagellate (excluding dinoflagellates), Carbon biomass, 2 to 200 microns
- autotrophic nanoflagellate abundance (excluding dinoflagellates), 2 to 200 microns
- biogenic silica concentration
- carotene-alpha
- carotene-beta
- carotene-gamma
- centric diatom abundance, 2 to 200 microns
- centric diatom, Carbon biomass, 2 to 200 microns
- chlorophyll a like compounds, sum of
- chlorophyll a prime, monovinyl
- chlorophyll a, monovinyl
- chlorophyll b, monovinyl
- chlorophyll c1 + chlorophyll c2 + Mg 3,8 divinyl pheoporphyrin a5
- chlorophyll c12
- chlorophyll c3
- chlorophyll c3, phytolated
- chlorophyll-a, fluorometric method
- chlorophyllide a
- cryptophyte phytoplankton abundance, 1 to 40 microns
- cryptophyte phytoplankton Carbon biomass, 1 to 40 microns
- cyanobacteria (synechococcus and prochlorococcus) abundance, 1 to 40 microns
- diadinoxanthin
- diatom abundance
- diatom Carbon biomass
- diatoxanthin
- dissolved aluminum concentration less then 0.2 microns
- dissolved silicic acid concentration
- fucoxanthin
- fucoxanthin isomer 1
- fucoxanthin isomer 2
- fucoxanthiol
- heterotrophic bacteria abundance, cytometry
- heterotrophic dinoflagellate, Carbon biomass, 2 to 200 microns
- heterotrophic dinoflagellates abundance, 2 to 200 microns
- heterotrophic micro plankton Carbon biomass with cell sizes gt20 microns
- heterotrophic micro plankton with cell sizes gt20 microns
- heterotrophic nano plankton with cell sizes between 1.5 and 2 microns
- heterotrophic nano plankton with cell sizes between 10 and 20 microns
- heterotrophic nano plankton with cell sizes between 2 and 5 microns
- heterotrophic nano plankton with cell sizes between 5 and 10 microns
- heterotrophic nano plankton, Carbon biomass with cell sizes between 1.5 and 2 microns
- heterotrophic nano plankton, Carbon biomass with cell sizes between 10 and 20 microns
- heterotrophic nano plankton, Carbon biomass with cell sizes between 2 and 5 microns
- heterotrophic nano plankton, Carbon biomass with cell sizes between 5 and 10 microns
- heterotrophic nanoflagellates (excluding dinoflagellates) Carbon biomass, 2 to 200 microns
- heterotrophic nanoflagellates abundance (excluding dinoflagellates), 2 to 200 microns
- iron, dissolved less than 0.2 microns
- lutein
- Mesodinium rubrum abundance, 2 to 200 microns
- Mesodinium rubrum, Carbon biomass, 2 to 200 microns
- Nitrate
- Nitrite
- non-loricate ciliate abundance, 2 to 200 microns
- non-loricate ciliate, Carbon biomass, 2 to 200 microns
- other phytoplankton abundance, 1 to 40 microns
- other phytoplankton Carbon biomass, 1 to 40 microns
- Oxygen, dissolved, reported in units of micromoles/kilogram
- Oxygen, dissolved, reported in units of micromoles/liter
- Oxygen, dissolved, reported in units of milliliters/liter
- particulate organic Carbon
- particulate organic Nitrogen
- Pennate diatom abundance, 1 to 40 microns
- Pennate diatom abundance, 2 to 200 microns
- Pennate diatom Carbon biomass, 1 to 40 microns
- Pennate diatom, Carbon biomass, 2 to 200 microns
- peridinin
- Phaeocystis antarctica colonial cell abundance, 2 to 200 microns
- Phaeocystis antarctica colonial cell, Carbon biomass, 2 to 200 microns
- phaeopigments, fluorometric method
- Phosphate, reactive phosphorus
- plastidic oligotrichs, including dinos (Torodinium-like) abundance, 2 to 200 microns
- plastidic oligotrichs, including dinos (Torodinium-like), Carbon biomass, 2 to 200 microns
- prasinoxanthin
- salinity, from CTD unit when water bottle tripped
- salinity, water bottle sample, PSS-78 scale
- Silicate, silicic acid/reactive silica
- synechococcus abundance
- synechococcus abundance, 1 to 40 microns
- synechococcus, Carbon biomass, 1 to 40 microns
- temperature, from CTD, IPTS-68
- tintinnid abundance, 2 to 200 microns
- tintinnid Carbon biomass, 2 to 200 microns
- total phytoplankton abundance, 1 to 40 microns
- total phytoplankton Carbon biomass, 1 to 40 microns
- ultra eukaryotic phytoplankton, may exceed pico size class
- Urea
- violaxanthin
- zeaxanthin
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