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URI http://vocab.nerc.ac.uk/collection/S02/current/S028/
Within Vocab BODC parameter semantic model relationships between what theme and where theme
Alternative Labels
Definition
Date 2006-04-06T16:04:
Identifier SDN:S02::S028
Note accepted
Has Current Version 1
version 1
Broader S01:S0113measurement to matrix relationship entity
Related P01:DWIRRXUDDownwelling vector irradiance as energy of electromagnetic radiation (PAR wavelengths) in the water body by cosine-collector radiometer
P01:MBANBLATSea-floor depth (below Lowest Astronomical Tide datum) {bathymetric depth} in the water body
P01:MBANGBCESea-floor depth (below mean sea level) {bathymetric depth} in the water body by derivation from GEBCO centenary edition 1-minute global grid
P01:MBHTGB08Sea-floor height (above mean sea level) {bathymetric height} in the water body by derivation from GEBCO_08 30 arc-second global grid
P01:MBANGB08Sea-floor depth (below mean sea level) {bathymetric depth} in the water body by derivation from GEBCO_08 30 arc-second global grid
P01:PAB07152Presence or absence of Macoma balthica (ITIS: 567846: WoRMS 141579) [Stage: larvae] in the water body by filtration, DNA extraction and polymerase chain reaction
P01:PAB07155Presence or absence of Cerastoderma edule (ITIS: 80901: WoRMS 138998) [Stage: larvae] in the water body by filtration, DNA extraction and polymerase chain reaction
P01:PAB07153Presence or absence of Mytilus edulis (ITIS: 79454: WoRMS 140480) [Stage: larvae] in the water body by filtration, DNA extraction and polymerase chain reaction
P01:PAB07150Presence or absence of Ensis directus (ITIS: 81022: WoRMS 140732) [Stage: larvae] in the water body by filtration, DNA extraction and polymerase chain reaction
P01:PAB07151Presence or absence of Mya arenaria (ITIS: 81692: WoRMS 140430) [Stage: larvae] in the water body by filtration, DNA extraction and polymerase chain reaction
P01:Z510MPCRPresence or absence of Bivalvia (ITIS: 79118: WoRMS 105) [Stage: larvae] in the water body by filtration, DNA extraction and polymerase chain reaction
P01:PAB07154Presence or absence of Crassostrea gigas (ITIS: 79868: WoRMS 140656) [Stage: larvae] in the water body by filtration, DNA extraction and polymerase chain reaction
P01:MINWDISTDepth (spatial coordinate) minimum relative to water surface in the water body
P01:DXPHPRSTDepth (spatial coordinate) of sampling event start relative to water surface in the water body
P01:AHSFZZ01Height (spatial coordinate) relative to bed surface in the water body
P01:DEPHPRSTDepth (spatial coordinate) of sampling event start relative to water surface in the water body by profiling pressure sensor and conversion to depth using unspecified algorithm
P01:HBINTP01Height (spatial coordinate) of ADCP bin (top of the depth cell) relative to bed surface in the water body
P01:MINCDISTDepth (spatial coordinate) minimum relative to bed surface in the bed
P01:MASSDEP1Mass depth relative to bed surface in the bed
P01:DBINAA01Depth (spatial coordinate) of ADCP bin relative to water surface {bin depth} in the water body
P01:DXPHPRXNDepth (spatial coordinate) of sampling event end relative to water surface in the water body
P01:DEPHPR01Depth (spatial coordinate) relative to water surface in the water body by profiling pressure sensor and conversion to seawater depth using UNESCO algorithm
P01:DEPHPM01Depth (spatial coordinate) relative to water surface in the water body by physical measurement
P01:DEPHCV01Depth (spatial coordinate) relative to water surface in the water body by computation from probe free-fall time using unspecified algorithm
P01:ADEPZZ01Depth (spatial coordinate) relative to water surface in the water body
P01:DEPHWO01Depth (spatial coordinate) relative to water surface in the water body by measurement of winch wire out
P01:MAXWDISTDepth (spatial coordinate) maximum relative to water surface in the water body
P01:HBINAA01Height (spatial coordinate) of ADCP bin relative to bed surface in the water body
P01:DEPHPRENDepth (spatial coordinate) of sampling event end relative to water surface in the water body by profiling pressure sensor and conversion to depth using unspecified algorithm
P01:COREDISTDepth (spatial coordinate) relative to bed surface in the bed
P01:MAXCDISTDepth (spatial coordinate) maximum relative to bed surface in the bed
P01:DEPHTC01Depth (spatial coordinate) relative to water surface in the water body by physical measurement and conversion from height above seabed using bathymetric depth
P01:DBINAW01Depth (spatial coordinate) of ADCP bin relative to water surface {bin depth} in the water body by acoustic doppler wave array
P01:TURBXXXXTurbidity of water in the water body
P01:TURBSP01Turbidity of water in the water body by SeaPoint turbidity meter and laboratory calibration against formazin
P01:TURBPR01Turbidity of water in the water body by in-situ optical backscatter measurement and laboratory calibration against formazin
P01:TURBPR02Turbidity of water in the water body by in-situ optical backscatter measurement (second sensor) and laboratory calibration against formazin
P01:TURBMOXXTurbidity of water in the water body by Moderate Resolution Imaging Spectroradiometer (MODIS)
P01:TURBAQ01Turbidity of water in the water body by Aquatracka nephelometer and laboratory calibration against formazin
P01:TURBSP02Turbidity of water in the water body by SeaPoint turbidity meter (second sensor) and laboratory calibration against formazin
P01:TURBAQ02Turbidity of water in the water body by nephelometry using an infrared light source and laboratory calibration against formazin
P01:TURBMEXXTurbidity of water in the water body by programmable medium-spectral resolution imaging spectrometer (MERIS)
P01:TURBSS01Turbidity of water in the water body by SeaTech light backscatter nephelometer (LBSS) and laboratory calibration against formazin
P01:NEPHIF01Turbidity of water in the water body by in-situ nephelometer
P01:TURBTNTXTurbidity of water in the water body by through-flow nephelometer
P01:TURBSC01Turbidity of water in the water body by SCUFA turbidity meter and laboratory calibration against formazin
P01:VDFCCV01Log10 vertical diffusion coefficient in the water body by turbulence profiler and computation from turbulent kinetic energy and density
P01:VDFCCV02Log10 vertical diffusion coefficient in the water body by turbulence profiler (second sensor) and computation from turbulent kinetic energy and density
P01:MBANZZ01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder
P01:WIND10SPSpeed of wind (at 10 metres) {wind speed} in the atmosphere by model prediction
P01:WINDSSARSpeed of wind {wind speed} in the atmosphere by synthetic aperture radar
P01:SN2OGCX1Saturation of nitrous oxide {N2O CAS 10024-97-2} in the water body [dissolved plus reactive particulate phase] by gas chromatography and computation from concentration
P01:ISMA1501Concentration (at saturation at atmospheric pressure) of nitrogen {N2} in the water body by computation from salinity and temperature
P01:SN2OGCTXSaturation of nitrous oxide {N2O CAS 10024-97-2} in the water body by gas chromatography and computation from concentration
P01:GAST0001Gas tension of water {total dissolved air pressure} in the water body
P01:SCOXGCXXSaturation of carbon monoxide {CO CAS 630-08-0} in the water body [dissolved plus reactive particulate phase] by computation from concentration
P01:SN2OGCTYSaturation standard deviation of nitrous oxide {N2O} in the water body by gas chromatography and computation from concentration
P01:SALINACCAccuracy of salinity in the water body
P01:MBANCM01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder and correction using Matthew's tables
P01:MBANESNDSea-floor depth (below unspecified datum) {bathymetric depth} in the water body by echo sounder
P01:MNTDTP01Mean Thorpe displacement in the water body by turbulence profiler precision CTD
P01:MXLMD02ZMixed layer depth (0.02kg/m^3) in the water body by CTD and computation from CTD density profile
P01:MXLMD01ZMixed layer depth (0.01kg/m^3) in the water body by CTD and computation from CTD density profile
P01:MXLMT01ZMixed layer depth (0.1C) in the water body by CTD and computation from CTD temperature profile
P01:SFHTNPESSea-floor height (above NAP datum) {bathymetric height} in the water body by echo sounder
P01:SFHTMSESSea-floor height (above Rijkswaterstaat Mean Sea Level) {bathymetric height} in the water body by echo sounder
P01:MXLMT05ZMixed layer depth (0.5C) in the water body by CTD and computation from CTD temperature profile
P01:VISHOR02Horizontal visibility in the atmosphere by scattering photometer (second sensor)
P01:HGHTADCPHeight above bed in the water body by downward-looking acoustic doppler current profiler (ADCP) and computation from travel time averaged from all operational beams and unknown sound velocity profile
P01:MBHTGB14Sea-floor height (above mean sea level) {bathymetric height} in the water body by derivation from GEBCO_14 30 arc-second global grid
P01:MXTDTP01Maximum Thorpe displacement in the water body by turbulence profiler precision CTD
P01:SFHTNPMBSea-floor height (above NAP datum) {bathymetric height} in the water body by multi-beam echo sounder
P01:INTDPPWCIntegration depth in the water body
P01:MBHTGB19Sea-floor height (above mean sea level) {bathymetric height} in the water body by derivation from GEBCO_19 15 arc-second global grid
P01:THSCTP01Thorpe Scale in the water body by turbulence profiler precision CTD
P01:MBANCK01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder and correction after Kuwahara
P01:MBANSWCBSea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by multibeam echo sounder central beam
P01:INTDIS4RIntegration depth (sulphate reduction rate) in the sediment
P01:MBANUV01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by underwater vehicle with pressure sensor and altimeter and summation of vehicle depth below water column surface and height above bed
P01:SECCSDNXVisibility in the water body by Secchi disk
P01:MBANXX01Sea-floor depth (below unspecified datum) {bathymetric depth} in the water body
P01:MXLMD05ZMixed layer depth (0.05kg/m^3) in the water body by CTD and computation from CTD density profile
P01:MBANUA01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder (SV=1500m/s)
P01:SFHTMSMBSea-floor height (above Rijkswaterstaat Mean Sea Level) {bathymetric height} in the water body by multi-beam echo sounder
P01:MBANCZ01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder and correction using unknown algorithm
P01:SFHTNPSBSea-floor height (above NAP datum) {bathymetric height} in the water body by single-beam echo sounder
P01:MBANNV01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by low-precision navigational echo sounder
P01:MBANMODLSea-floor depth (below unspecified datum) {bathymetric depth} in the water body by modelling of satellite altimetry and sounding data
P01:CLDBAS01Cloud base altitude in the atmosphere by infra-red laser rangefinder (infra-red LIDAR)
P01:MBANCV01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder and correction based on measured sound velocity profile
P01:MBANAMSLSea-floor depth (below Alicante Mean Sea Level datum) {bathymetric depth} in the water body
P01:MBANGB14Sea-floor depth (below mean sea level) {bathymetric depth} in the water body by derivation from GEBCO_14 30 arc-second global grid
P01:CLDBAS03Cloud base altitude (third sensor) in the atmosphere by infra-red laser rangefinder (infra-red LIDAR)
P01:CLDBAS02Cloud base altitude in the atmosphere by infra-red laser rangefinder (infra-red LIDAR) (second sensor)
P01:MBANCG01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder and correction after Del Grosso
P01:SFHTMSSBSea-floor height (above Rijkswaterstaat Mean Sea Level) {bathymetric height} in the water body by single-beam echo sounder
P01:MBANZZZZSea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body
P01:MBANUF01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder (SV=4800ft/s)
P01:MBANZZ11Sea-floor depth (below datum specified elsewhere) {bathymetric depth} in the water body
P01:MBANGB19Sea-floor depth (below mean sea level) {bathymetric depth} in the water body by derivation from GEBCO_19 15 arc-second global grid
P01:VISHOR01Horizontal visibility in the atmosphere by scattering photometer
P01:MBANCW01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder and correction after Wilson
P01:MBANCT01Sea-floor depth (below instantaneous sea level) {bathymetric depth} in the water body by echo sounder and correction using Carter's tables
P01:CSLRZZ01Downwelling vector irradiance as energy of electromagnetic radiation (solar wavelengths) in the atmosphere by pyranometer
P01:RXSD443EDownwelling vector irradiance as energy of electromagnetic radiation (443nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RXSD412EDownwelling vector irradiance as energy of electromagnetic radiation (412nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RXUU443LUpwelling radiance as energy of electromagnetic radiation (443nm wavelength) in the water body by radiance sensor
P01:RXUU560LUpwelling radiance as energy of electromagnetic radiation (560nm wavelength) in the water body by radiance sensor
P01:RXUU510LUpwelling radiance as energy of electromagnetic radiation (510nm wavelength) in the water body by radiance sensor
P01:RXSD705EDownwelling vector irradiance as energy of electromagnetic radiation (705nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RXSD490EDownwelling vector irradiance as energy of electromagnetic radiation (490nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RXUD490EDownwelling vector irradiance as energy of electromagnetic radiation (490nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD560EDownwelling vector irradiance as energy of electromagnetic radiation (560nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD665EDownwelling vector irradiance as energy of electromagnetic radiation (665nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU490LUpwelling radiance as energy of electromagnetic radiation (490nm wavelength) in the water body by radiance sensor
P01:RXUU665LUpwelling radiance as energy of electromagnetic radiation (665nm wavelength) in the water body by radiance sensor
P01:RXSD665EDownwelling vector irradiance as energy of electromagnetic radiation (665nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RXUU412LUpwelling radiance as energy of electromagnetic radiation (412nm wavelength) in the water body by radiance sensor
P01:RXUD443EDownwelling vector irradiance as energy of electromagnetic radiation (443nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD412EDownwelling vector irradiance as energy of electromagnetic radiation (412nm wavelength) in the water body by cosine-collector radiometer
P01:RXSD560EDownwelling vector irradiance as energy of electromagnetic radiation (560nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RXUU705LUpwelling radiance as energy of electromagnetic radiation (705nm wavelength) in the water body by radiance sensor
P01:RXUD705EDownwelling vector irradiance as energy of electromagnetic radiation (705nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD510EDownwelling vector irradiance as energy of electromagnetic radiation (510nm wavelength) in the water body by cosine-collector radiometer
P01:RXSD510EDownwelling vector irradiance as energy of electromagnetic radiation (510nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RSSD443EDownwelling vector irradiance as energy of electromagnetic radiation (443nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:RSSD670EDownwelling vector irradiance as energy of electromagnetic radiation (670nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:RSSD412EDownwelling vector irradiance as energy of electromagnetic radiation (412nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:670ERSSDDownwelling vector irradiance as energy (670nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:490ERXSDDownwelling vector irradiance as energy (490nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RSSD555EDownwelling vector irradiance as energy of electromagnetic radiation (555nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:683ERXSDDownwelling vector irradiance as energy (683nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RSSD683EDownwelling vector irradiance as energy of electromagnetic radiation (683nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:665ERXSDDownwelling vector irradiance as energy (665nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RXSD683EDownwelling vector irradiance as energy of electromagnetic radiation (683nm wavelength) in the atmosphere by cosine-collector radiometer
P01:IRRDSSXSDownwelling 2-pi scalar irradiance as photons of electromagnetic radiation (PAR wavelengths) in the atmosphere by 2-pi scalar radiometer and taking the maximum value from two or more sensors
P01:RSSD490EDownwelling vector irradiance as energy of electromagnetic radiation (490nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:RXSD437EDownwelling vector irradiance as energy of electromagnetic radiation (437nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RXSD408EDownwelling vector irradiance as energy of electromagnetic radiation (408nm wavelength) in the atmosphere by cosine-collector radiometer
P01:DWIRRXSDDownwelling vector irradiance as energy of electromagnetic radiation (PAR wavelengths) in the atmosphere by cosine-collector radiometer
P01:RSSD665EDownwelling vector irradiance as energy of electromagnetic radiation (665nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:RXSD670EDownwelling vector irradiance as energy of electromagnetic radiation (670nm wavelength) in the atmosphere by cosine-collector radiometer
P01:412ERXSDDownwelling vector irradiance as energy (412nm wavelength) in the atmosphere by cosine-collector radiometer
P01:443ERXSDDownwelling vector irradiance as energy (443nm wavelength) in the atmosphere by cosine-collector radiometer
P01:IRRDSSMSDownwelling 2-pi scalar irradiance as photons of electromagnetic radiation (PAR wavelengths) in the atmosphere by 2-pi scalar radiometer and taking the average value from two or more sensors
P01:IRRDSS01Downwelling 2-pi scalar irradiance as photons of electromagnetic radiation (PAR wavelengths) in the atmosphere by 2-pi scalar radiometer
P01:IRRDSV01Downwelling vector irradiance as photons of electromagnetic radiation (PAR wavelengths) in the atmosphere by cosine-collector radiometer
P01:IRRDSV11Downwelling vector irradiance as photons standard deviation of electromagnetic radiation (PAR wavelengths) in the atmosphere by cosine-collector radiometer
P01:DWIRRPSDDownwelling vector irradiance as energy of electromagnetic radiation (PAR wavelengths) in the atmosphere by port-mounted cosine-collector radiometer
P01:510ERSSDDownwelling vector irradiance as energy (510nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:RXSD727EDownwelling vector irradiance as energy of electromagnetic radiation (727nm wavelength) in the atmosphere by cosine-collector radiometer
P01:RXSD549EDownwelling vector irradiance as energy of electromagnetic radiation (549nm wavelength) in the atmosphere by cosine-collector radiometer
P01:IRRDSVXSDownwelling vector irradiance as photons of electromagnetic radiation (PAR wavelengths) in the atmosphere by cosine-collector radiometer and taking the maximum value from two or more sensors
P01:RSSD700EDownwelling vector irradiance as energy of electromagnetic radiation (700nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:555ERSSDDownwelling vector irradiance as energy (555nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:665ERSSDDownwelling vector irradiance as energy (665nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:VSRAUVBWDownwelling vector irradiance as energy of electromagnetic radiation (ultra-violet B wavelengths) in the atmosphere by cosine-collector radiometer
P01:683ERSSDDownwelling vector irradiance as energy (683nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:RSSD510EDownwelling vector irradiance as energy of electromagnetic radiation (510nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:727ERXSDDownwelling vector irradiance as energy (727nm wavelength) in the atmosphere by cosine-collector radiometer
P01:PARERXSDDownwelling vector irradiance as photons of electromagnetic radiation (PAR wavelengths) in the atmosphere by cosine-collector radiometer (second sensor)
P01:DWIRRXMXDownwelling vector irradiance as energy of electromagnetic radiation (PAR wavelengths) in the atmosphere by cosine-collector radiometer and taking the maximum value from two or more sensors
P01:CSLRCCR1Downwelling vector irradiance as energy of electromagnetic radiation (unspecified single wavelength) in the atmosphere by cosine-collector radiometer
P01:510ERXSDDownwelling vector irradiance as energy (510nm wavelength) in the atmosphere by cosine-collector radiometer
P01:IRRDSS02Downwelling 2-pi scalar irradiance as photons of electromagnetic radiation (PAR wavelengths) in the atmosphere by 2-pi scalar radiometer (second sensor)
P01:408ERXSDDownwelling vector irradiance as energy (408nm wavelength) in the atmosphere by cosine-collector radiometer
P01:549ERXSDDownwelling vector irradiance as energy (549nm wavelength) in the atmosphere by cosine-collector radiometer
P01:443ERSSDDownwelling vector irradiance as energy (443nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:412ERSSDDownwelling vector irradiance as energy (412nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:RXSD700EDownwelling vector irradiance as energy of electromagnetic radiation (700nm wavelength) in the atmosphere by cosine-collector radiometer
P01:555ERXSDDownwelling vector irradiance as energy (555nm wavelength) in the atmosphere by cosine-collector radiometer
P01:IRRDSVMSDownwelling vector irradiance as photons of electromagnetic radiation (PAR wavelengths) in the atmosphere by cosine-collector radiometer and taking the average value from two or more sensors
P01:DWIRSXSDDownwelling 2-pi scalar irradiance as energy of electromagnetic radiation (PAR wavelengths) in the atmosphere by 2-pi scalar radiometer
P01:RXSD555EDownwelling vector irradiance as energy of electromagnetic radiation (555nm wavelength) in the atmosphere by cosine-collector radiometer
P01:490ERSSDDownwelling vector irradiance as energy (490nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:437ERXSDDownwelling vector irradiance as energy (437nm wavelength) in the atmosphere by cosine-collector radiometer
P01:VSRAUVAWDownwelling vector irradiance as energy of electromagnetic radiation (ultra-violet A wavelengths) in the atmosphere by cosine-collector radiometer
P01:670ERXSDDownwelling vector irradiance as energy (670nm wavelength) in the atmosphere by cosine-collector radiometer
P01:DWIRRSSDDownwelling vector irradiance as energy of electromagnetic radiation (PAR wavelengths) in the atmosphere by starboard-mounted cosine-collector radiometer
P01:700ERSSDDownwelling vector irradiance as energy (700nm wavelength) in the atmosphere by cosine-collector radiometer and smoothed
P01:700ERXSDDownwelling vector irradiance as energy (700nm wavelength) in the atmosphere by cosine-collector radiometer
P01:WMOCPWXXPresent weather in the atmosphere by visual estimation and conversion to WMO code using table 4677/4501
P01:OXYSOP01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by in-situ oxygen optode and computation from concentration
P01:LERRAS01Error velocity of water current in the water body by shipborne acoustic doppler current profiler (ADCP)
P01:DEPLVCATDescription of sampling vertical location in the water body
P01:NTFEZZ01Calibration fit error of nitrate {NO3- CAS 14797-55-8} in the water body
P01:XH2OEQWTMole fraction at 100% humidity of water {H2O CAS 7732-18-5} {xH2O} in the atmosphere
P01:XCO2EQWTMole fraction at 100% humidity of carbon dioxide {CO2 CAS 124-38-9} {xCO2} in the atmosphere
P01:INTLMHF1Integration limit (high frequency) of micro-structure shear spectrum in the water body by turbulence profiler shear sensor
P01:INTLMLF1Integration limit (low frequency) of micro-structure shear spectrum in the water body by turbulence profiler shear sensor
P01:LERRAP01Error velocity of water current in the water body by moored acoustic doppler current profiler (ADCP)
P01:ERRVLDCPError velocity of water current in the water body by lowered acoustic doppler current profiler (ADCP)
P01:WIND10DFDirection (from) of wind (at 10 metres) relative to True North {wind direction} in the atmosphere by model prediction
P01:D13CMICXEnrichment of carbon-13 in carbonate {13C in CO3} {delta(13)C} in the water body [dissolved plus reactive particulate phase] by mass spectrometry
P01:ELA17005Enrichment with respect to 56Fe/54Fe in IRMM-14 standard deviation of labile iron-56 {labile_56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [particulate 0.8-51um phase]
P01:NDCHUR02Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) standard error of neodymium-143 {143Nd CAS 14336-83-5} {epsilon Nd value standard error} in the water body [dissolved plus reactive particulate <0.2um phase] by inductively-coupled plasma mass spectrometry
P01:EN30SSLCEnrichment of silicon-30 in silicate {30Si_in_SiO44-} {delta(30)Si} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:CDEFFICPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 of cadmium-114 {114Cd CAS 14041-58-8} {epsilon(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry
P01:D2HWCC01Enrichment with respect to the VSMOW-SLAP scale of deuterium in water molecules {2H in H2O CAS 7782-39-0} {delta D or delta(2)H} in the water body by high temperature reduction in contact with carbon and mass spectrometry
P01:SD15MTP1Enrichment standard deviation of nitrogen-15 in total nitrogen {15N_in_total_N CAS 14390-96-6} {delta(15)N} in the water body [particulate >GF/F phase] by filtration, combustion and mass spectrometry
P01:S13CMITXEnrichment standard error of carbon-13 in inorganic carbon {13C in inorganic_C CAS 14762-74-4} {delta(13)C} in the water body [dissolved plus reactive particulate phase] by acidification and mass spectrometry
P01:DTENRICPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 of cadmium-114 {114Cd CAS 14041-58-8} {delta(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry and using the delta notation
P01:DTENRIDPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 of cadmium-114 {114Cd CAS 14041-58-8} {delta(114)Cd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by using the delta notation
P01:D13CMOP1Enrichment of carbon-13 in organic carbon {13C in organic_C CAS 14762-74-4} {delta(13)C} in the water body [particulate >GF/F phase] by filtration, acidification, combustion and mass spectrometry
P01:D18OGCSDEnrichment standard deviation of oxygen-18 in nitrate {18O in NO3- CAS 14797-71-8} {delta(18)O} in the water body [dissolved plus reactive particulate phase] by denitrification to N2O by cultured bacteria and gas chromatography-mass spectrometry
P01:EN30SBSIEnrichment of silicon-30 in biogenic silica {30Si_in_BSi} {delta(30)Si} in the water body [particulate >0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:D18OCRDSEnrichment of oxygen-18 in water molecules {18O in H2O CAS 14797-71-8} {delta(18)O} in the water body by cavity ring-down spectrometry
P01:E15NWC42Enrichment standard deviation of nitrogen-15 in nitrate {15N in NO3- CAS 14390-96-6} {delta(15)N} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration, denitrification to N2O by cultured bacteria and Continuous-Flow Isotope Ratio Mass-Spectrometry
P01:NDCHUR1ZEnrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [dissolved plus reactive particulate phase] by thermal ionization mass spectrometry
P01:NDSECH1ZEnrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) standard error of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [dissolved plus reactive particulate phase] by thermal ionization mass spectrometry
P01:D13COPXXEnrichment of carbon-13 in organic carbon {13C in organic_C CAS 14762-74-4} {delta(13)C} in the water body [particulate >unknown phase]
P01:EIR87002Enrichment with respect to 56Fe/54Fe in IRMM-14 standard deviation of iron-56 {56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:EIR17003Enrichment with respect to 56Fe/54Fe in IRMM-14 standard deviation of iron-56 {56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [particulate 0.8-51um phase]
P01:CDESEICPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 standard error of cadmium-114 {114Cd CAS 14041-58-8} {epsilon(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:D66ZNL02Enrichment with respect to 66Zn/64Zn in Lyon JMC 3-0749 standard deviation of zinc-66 {66Zn CAS 14378-33-7} {delta(66)Zn} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:EBABA001Enrichment with respect to 138Ba/134Ba in NIST SRM 3104a of barium-138 {138Ba CAS 15010-01-2} {delta(138)Ba} in the water body [dissolved plus reactive particulate <0.4/0.45um phase]
P01:D66ZNL04Enrichment with respect to 66Zn/64Zn in Lyon JMC 3-0749 uncertainty of zinc-66 {66Zn CAS 14378-33-7} {delta(66)Zn} in the water body [dissolved plus reactive particulate <0.4/0.45um phase]
P01:CDESDIDPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 uncertainty of cadmium-114 {114Cd CAS 14041-58-8} {epsilon(114)Cd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase]
P01:D15NMTSTEnrichment of nitrogen-15 in total nitrogen {15N_in_total_N CAS 14390-96-6} {delta(15)N} in the suspended particulate material by sediment trapping, combustion and mass spectrometry
P01:E15NWC22Enrichment standard deviation of nitrogen-15 in nitrate {15N in NO3- CAS 14390-96-6} {delta(15)N} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, denitrification to N2O by cultured bacteria and Continuous-Flow Isotope Ratio Mass-Spectrometry
P01:EFE56P01Enrichment with respect to 56Fe/54Fe in IRMM-14 of iron-56 {56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [particulate >0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:ELA17004Enrichment with respect to 56Fe/54Fe in IRMM-14 of labile iron-56 {labile_56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [particulate 0.8-51um phase]
P01:CD112JMCEnrichment (with respect to 112Cd/110Cd in JMC-Mainz in house standard) of cadmium-112 {112Cd CAS 14336-65-3} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry
P01:ENE87002Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) uncertainty of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [particulate >0.8um phase] by filtration, acid digestion and thermal ionization mass spectrometry
P01:CD110TMSRatio of cadmium-110/cadmium-112 {110Cd/112Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry
P01:D15NMTPCEnrichment of nitrogen-15 in total nitrogen {15N_in_total_N CAS 14390-96-6} {delta(15)N} in the water body [particulate >unknown phase] by centrifugation, combustion and mass spectrometry
P01:NDCHUR04Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) of neodymium-143 {143Nd CAS 14336-83-5} {epsilon Nd value} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry
P01:EZI87004Enrichment with respect to 66Zn/64Zn in IRMM-3702 uncertainty of zinc-66 {66Zn CAS 14378-33-7} {delta(66)Zn} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:N15NO3X1Enrichment standard deviation of nitrogen-15 in nitrate {15N in NO3- CAS 14390-96-6} {delta(15)N} in the water body [dissolved plus reactive particulate
P01:D2HBCRDSEnrichment of deuterium in water molecules {2H in H2O CAS 7782-39-0} {delta D or delta(2)H} in the water body by cavity ring-down spectrometry
P01:D15NGCSDEnrichment standard deviation of nitrogen-15 in nitrate {15N in NO3- CAS 14390-96-6} {delta(15)N} in the water body [dissolved plus reactive particulate phase] by denitrification to N2O by cultured bacteria and gas chromatography-mass spectrometry
P01:NDCHUR05Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) combined uncertainty of neodymium-143 {143Nd CAS 14336-83-5} {epsilon Nd value propagated error} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry
P01:CDENRICQEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 uncertainty of cadmium-114 {114Cd CAS 14041-58-8} {epsilon(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:ND143SECEnrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) standard error of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and thermal ionization mass spectrometry
P01:DTESDIDPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 uncertainty of cadmium-114 {114Cd CAS 14041-58-8} {delta(114)Cd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by using the delta notation
P01:EFE56W01Enrichment with respect to 56Fe/54Fe in IRMM-14 of iron-56 {56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:D18OMXWTEnrichment of oxygen-18 in water molecules {18O in H2O CAS 14797-71-8} {delta(18)O} in the water body by mass spectrometry
P01:HF176CHUEnrichment with respect to 176Hf/177Hf in the CHondritic Uniform Reservoir (CHUR) of hafnium-176 {176Hf CAS 14452-48-3} {epsilon(176/177)Hf} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:ENE87010Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) standard error of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by inductively-coupled plasma mass spectrometry
P01:CD110UMSRatio uncertainty of cadmium-110/cadmium-112 {110Cd/112Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry
P01:EIR87001Enrichment with respect to 56Fe/54Fe in IRMM-14 of iron-56 {56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:S3HEMXDGEnrichment standard error of helium-3 {3He CAS 14762-55-1} in the water body [dissolved plus reactive particulate phase] by mass spectrometry
P01:EIR17002Enrichment with respect to 56Fe/54Fe in IRMM-14 of iron-56 {56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [particulate 0.8-51um phase]
P01:DTA87001Enrichment with respect to 114Cd/110Cd in NIST SRM 3108 standard error of cadmium-114 {114Cd CAS 14041-58-8} {delta(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry and using the delta notation
P01:D15NMTP1Enrichment of nitrogen-15 in total nitrogen {15N_in_total_N CAS 14390-96-6} {delta(15)N} in the water body [particulate >GF/F phase] by filtration, combustion and mass spectrometry
P01:ND143E01Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration
P01:ND143CHUEnrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and thermal ionization mass spectrometry
P01:E15NWC21Enrichment of nitrogen-15 in nitrate {15N in NO3- CAS 14390-96-6} {delta(15)N} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, denitrification to N2O by cultured bacteria and Continuous-Flow Isotope Ratio Mass-Spectrometry
P01:D13CMIAXEnrichment of carbon-13 in carbon dioxide {13C in CO2 CAS 14762-74-4} {delta(13)C} in the water body [dissolved plus reactive particulate phase] by mass spectrometry
P01:D2H18OWCExcess enrichment (with respect to 18O) of deuterium (in water molecules) {2H CAS 7782-39-0} in the water body by calculation from 18O and 2H enrichment
P01:ENE87001Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [particulate >0.8um phase] by filtration, acid digestion and thermal ionization mass spectrometry
P01:D17OMXWTEnrichment of oxygen-17 in water molecules {17O in H2O CAS 13968-48-4} {delta(17)O} in the water body by mass spectrometry
P01:ECA87001Enrichment with respect to 114Cd/110Cd in NIST SRM 3108 standard error of cadmium-114 {114Cd CAS 14041-58-8} {epsilon(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry
P01:EFE56SD1Enrichment with respect to 56Fe/54Fe in IRMM-14 standard deviation of iron-56 {56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:DHE3XX01Enrichment of helium-3 {3He CAS 14762-55-1} in the water body [dissolved plus reactive particulate phase]
P01:D30SIMS2Enrichment of silicon-30 {30Si} {delta(30)Si} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration, acidification, pre-concentration, ion-exchange chromatography and inductively-coupled plasma mass spectrometry
P01:EZI87003Enrichment with respect to 66Zn/64Zn in IRMM-3702 of zinc-66 {66Zn CAS 14378-33-7} {delta(66)Zn} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:D15NOPXXEnrichment of nitrogen-15 in total nitrogen {15N_in_total_N CAS 14390-96-6} {delta(15)N} in the water body [particulate >unknown phase]
P01:CDENRICPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 of cadmium-114 {114Cd CAS 14041-58-8} {epsilon(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:SD13CMTXEnrichment standard deviation of carbon-13 in inorganic carbon {13C in inorganic_C CAS 14762-74-4} {delta(13)C} in the water body [dissolved plus reactive particulate phase] by acidification and mass spectrometry
P01:DTENRICQEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 uncertainty of cadmium-114 {114Cd CAS 14041-58-8} {delta(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry and using the delta notation
P01:DTESDICPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 standard deviation of cadmium-114 {114Cd CAS 14041-58-8} {delta(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry and using the delta notation
P01:N15NO3XXEnrichment of nitrogen-15 in nitrate {15N in NO3- CAS 14390-96-6} {delta(15)N} in the water body [dissolved plus reactive particulate
P01:D66ZNL0UEnrichment with respect to 66Zn/64Zn in Lyon JMC 3-0749 uncertainty of zinc-66 {66Zn CAS 14378-33-7} {delta(66)Zn} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:E15NWC41Enrichment of nitrogen-15 in nitrate {15N in NO3- CAS 14390-96-6} {delta(15)N} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration, denitrification to N2O by cultured bacteria and Continuous-Flow Isotope Ratio Mass-Spectrometry
P01:EIR87003Enrichment with respect to 56Fe/54Fe in IRMM-14 combined uncertainty of iron-56 {56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:VB342GM2Enrichment with respect to 138Ba/134Ba in NIST SRM 3104a of barium-138 {138Ba CAS 15010-01-2} {delta(138)Ba} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, acidification and inductively-coupled plasma mass spectrometry
P01:NDCHUR01Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) of neodymium-143 {143Nd CAS 14336-83-5} {epsilon Nd value} in the water body [dissolved plus reactive particulate <0.2um phase] by inductively-coupled plasma mass spectrometry
P01:CD112SEMEnrichment with respect to 112Cd/110Cd in NIST SRM 3108 standard error of cadmium-112 {112Cd CAS 14336-65-3} {epsilon(112/110)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry
P01:D13CMIHXEnrichment of carbon-13 in bicarbonate {13C in HCO3- CAS 14762-74-4} {delta(13)C} in the water body [dissolved plus reactive particulate phase] by mass spectrometry
P01:CD112SRMEnrichment with respect to 112Cd/110Cd in NIST SRM 3108 of cadmium-112 {112Cd CAS 14336-65-3} {epsilon(112/110)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry
P01:CDESDICPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 standard deviation of cadmium-114 {114Cd CAS 14041-58-8} {epsilon(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:ED30SBSIEnrichment standard deviation of silicon-30 in biogenic silica {30Si_in_BSi} {delta(30)Si} in the water body [particulate >0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:D30SIMS1Enrichment of silicon-30 {30Si} {delta(30)Si} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, acidification, pre-concentration, ion-exchange chromatography and inductively-coupled plasma mass spectrometry
P01:EN53CRSDEnrichment with respect to 53Cr/52Cr in NBS979 standard deviation of chromium-53 {53Cr} {delta(53)Cr} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:EN53CR01Enrichment with respect to 53Cr/52Cr in NBS979 of chromium-53 {53Cr} {delta(53)Cr} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:SDD3HEXXEnrichment standard deviation of helium-3 {3He CAS 14762-55-1} in the water body [dissolved plus reactive particulate phase] by mass spectrometry
P01:D66ZNL01Enrichment with respect to 66Zn/64Zn in Lyon JMC 3-0749 of zinc-66 {66Zn CAS 14378-33-7} {delta(66)Zn} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:D66ZNL03Enrichment with respect to 66Zn/64Zn in Lyon JMC 3-0749 of zinc-66 {66Zn CAS 14378-33-7} {delta(66)Zn} in the water body [dissolved plus reactive particulate <0.4/0.45um phase]
P01:D18OWCXYEnrichment with respect to the VSMOW-SLAP scale standard deviation of oxygen-18 in water molecules {18O in H2O CAS 14797-71-8} {delta(18)O} in the water body by equilibration with and cryogenic trapping of CO2 and mass spectrometry
P01:D13CMIXXEnrichment of carbon-13 in inorganic carbon {13C in inorganic_C CAS 14762-74-4} {delta(13)C} in the water body [dissolved plus reactive particulate phase]
P01:DTEFFICPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 of cadmium-114 {114Cd CAS 14041-58-8} {delta(114)Cd} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and thermal ionization mass spectrometry and using the delta notation
P01:ND143SD1Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) standard deviation of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration
P01:D3HEMXDGEnrichment of helium-3 {3He CAS 14762-55-1} in the water body [dissolved plus reactive particulate phase] by mass spectrometry
P01:D18OMXDGEnrichment of oxygen-18 in dissolved oxygen {18O in O2 CAS 14797-71-8} {delta(18)O} in the water body by mass spectrometry
P01:D18OGCTXEnrichment of oxygen-18 in nitrate {18O in NO3- CAS 14797-71-8} {delta(18)O} in the water body [dissolved plus reactive particulate phase] by denitrification to N2O by cultured bacteria and gas chromatography-mass spectrometry
P01:D18OSDWTEnrichment standard deviation of oxygen-18 in water molecules {18O in H2O CAS 14797-71-8} {delta(18)O} in the water body by mass spectrometry
P01:NDCHUR03Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) combined uncertainty of neodymium-143 {143Nd CAS 14336-83-5} {epsilon Nd value propagated error} in the water body [dissolved plus reactive particulate <0.2um phase] by inductively-coupled plasma mass spectrometry
P01:D13CMITXEnrichment of carbon-13 in inorganic carbon {13C in inorganic_C CAS 14762-74-4} {delta(13)C} in the water body [dissolved plus reactive particulate phase] by acidification and mass spectrometry
P01:CDENRIDPEnrichment with respect to 114Cd/110Cd in NIST SRM 3108 of cadmium-114 {114Cd CAS 14041-58-8} {epsilon(114)Cd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase]
P01:ED30SSLCEnrichment standard deviation of silicon-30 in silicate {30Si_in_SiO44-} {delta(30)Si} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:VB343GM3Enrichment with respect to 138Ba/134Ba in NIST SRM 3104a standard deviation of barium-138 {138Ba CAS 15010-01-2} {delta(138)Ba} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, acidification and inductively-coupled plasma mass spectrometry
P01:EFE56SD2Enrichment with respect to 56Fe/54Fe in IRMM-14 standard deviation of iron-56 {56Fe CAS 14093-02-8} {delta(56)Fe} in the water body [particulate >0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:D15NGCTXEnrichment of nitrogen-15 in nitrate {15N in NO3- CAS 14390-96-6} {delta(15)N} in the water body [dissolved plus reactive particulate phase] by denitrification to N2O by cultured bacteria and gas chromatography-mass spectrometry
P01:D13CMOPCEnrichment of carbon-13 in organic carbon {13C in organic_C CAS 14762-74-4} {delta(13)C} in the water body [particulate >unknown phase] by centrifugation, acidification, combustion and mass spectrometry
P01:DHE3XXEREnrichment combined uncertainty of helium-3 {3He CAS 14762-55-1} in the water body [dissolved plus reactive particulate phase]
P01:ENI87001Enrichment with respect to 60Ni/58Ni in NIST SRM 986 of nickel-60 {60Ni CAS 13981-80-1} {delta(60/58)Ni} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:ENE87009Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) of neodymium-143 {143Nd CAS 14336-83-5} {epsilon(143)Nd} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by inductively-coupled plasma mass spectrometry
P01:D18OWCXXEnrichment with respect to the VSMOW-SLAP scale of oxygen-18 in water molecules {18O in H2O CAS 14797-71-8} {delta(18)O} in the water body by equilibration with and cryogenic trapping of CO2 and mass spectrometry
P01:HF176SECEnrichment with respect to 176Hf/177Hf in the CHondritic Uniform Reservoir (CHUR) standard error of hafnium-176 {176Hf CAS 14452-48-3} {epsilon(176/177)Hf} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:ENI87002Enrichment with respect to 60Ni/58Ni in NIST SRM 986 standard deviation of nickel-60 {60Ni CAS 13981-80-1} {delta(60/58)Ni} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:D2HWCIXXEnrichment with respect to the VSMOW-SLAP scale of deuterium in water molecules {2H in H2O CAS 7782-39-0} {delta D or delta(2)H} in the water body by high temperature reduction in contact with zinc and mass spectrometry
P01:EBABA002Enrichment with respect to 138Ba/134Ba in NIST SRM 3104a standard error of barium-138 {138Ba CAS 15010-01-2} {delta(138)Ba} in the water body [dissolved plus reactive particulate <0.4/0.45um phase]
P01:STRVIO01One-way travel time of sound in the water body by echo sounder
P01:TRTM2WAYTwo-way travel time of sound in the water body by echo sounder
P01:SVELXXXXSound velocity in the water body
P01:SVELMV01Sound velocity in the water body by moving vessel profiler (MVP) and computation from temperature and salinity by unspecified algorithm
P01:SVELCV01Sound velocity in the water body by computation from temperature and salinity by unspecified algorithm
P01:SVELCT01Sound velocity in the water body by CTD and computation from temperature and salinity by unspecified algorithm
P01:SVELCA01Sound velocity in the water body by computation from salinity and temperature using UNESCO algorithm
P01:SVELVP01Sound velocity in the water body by sound velocity profiler
P01:TRTM2WPRTwo-way travel time of sound in the water body by echo sounder and standardised to a reference pressure level using concurrent CTD profile data
P01:SVELSG01Sound velocity in the water body by thermosalinograph and computation from temperature and salinity by unspecified algorithm
P01:PCCL4XXXPartial pressure of tetrachloromethane {CCl4 carbon tetrachloride CAS 56-23-5} in the water body
P01:DSPARDP5Assimilation rate by bacteria constant of dimethylsulphoniopropionate {DMSP dimethylsulfoniopropionate CAS 7314-30-9} in the water body [particulate >0.2um phase] by tracer doping, incubation in the dark and counting filtrate
P01:PRPCL066Proportion by volume of particles (88-105um) in the sediment
P01:PRSCSSTYProportion by dry weight of particles (8-15um) in the sediment by sieving and settling tube method
P01:PRPCL242Proportion by volume of particles (353.6-500um) in the sediment
P01:PRPCL128Proportion by volume of particles (0.5-1um) in the sediment
P01:PRPCL170Proportion by volume of particles (205-238um) in the sediment
P01:PRSC0195Proportion by dry weight of particles (<40um) in the sediment by sieving and settling tube method
P01:PRPCL560Proportion by weight or volume of particles (0.5-1um) in the sediment
P01:PRPCL011Proportion by weight or volume of particles (1000-1400um) in the sediment
P01:PRSC0221Proportion by dry weight of particles (250-360um) in the sediment by sieving and settling tube method
P01:PRSCSSSPProportion by dry weight of particles (250-500um) in the sediment by sieving and settling tube method
P01:PRPCL268Proportion by weight or volume of particles (150-177um) in the sediment
P01:PRSCPSSQProportion of particles (>500um) in the sediment by particle sizer
P01:PRPCL339Proportion by dry weight of particles (0.1-63um) in the sediment
P01:PRPCL658Proportion by weight or volume of particles (0-7um) in the sediment
P01:PRSCPSTIProportion of particles (300-355um) in the sediment by particle sizer
P01:PRSCSSSSProportion by dry weight of particles (2-4um) in the sediment by sieving and settling tube method
P01:PRPCL154Proportion by volume of particles (88.9-103.6um) in the sediment
P01:PRPCL512Proportion by weight or volume of particles (0.1-4um) in the sediment
P01:PRPCL453Proportion by dry weight of particles (1000-1410um) in the sediment
P01:PRPCL372Proportion by dry weight of particles (29-41um) in the sediment
P01:PRSC0074Proportion by dry weight of particles (210-250um) in the sediment by sieving and settling tube method
P01:PRSC0140Proportion by dry weight of particles (177-250um) in the sediment by sieving and settling tube method
P01:PRPCL377Proportion by dry weight of particles (40-50um) in the sediment
P01:PRSC0231Proportion by dry weight of particles (4250-6000um) in the sediment by sieving and settling tube method
P01:PRSC0145Proportion by dry weight of particles (20000-200000um) in the sediment by sieving and settling tube method
P01:PRPCL254Proportion by dry weight of particles (25-35um) in the sediment
P01:PRPCL403Proportion by dry weight of particles (105-150um) in the sediment
P01:PRSCSSUDProportion by dry weight of particles (500-1000um) in the sediment by sieving and settling tube method
P01:PRSC0077Proportion by dry weight of particles (250-315um) in the sediment by sieving and settling tube method
P01:PRPCL270Proportion by weight or volume of particles (210-250um) in the sediment
P01:PRSC0002Proportion by dry weight of particles (>50um) in the sediment by sieving and settling tube method
P01:PRSCPSTSProportion of particles (1680-2000um) in the sediment by particle sizer
P01:PRSC0183Proportion by dry weight of particles (850-1000um) in the sediment by sieving and settling tube method
P01:PRSC0053Proportion by dry weight of particles (31.5-63um) in the sediment by sieving and settling tube method
P01:SPRPWSZDProportion by dry weight of particles (500-1000um) in the sediment by wet sieving, drying and gravimetry
P01:PRSCPSTXProportion of particles (2-5um) in the sediment by particle sizer
P01:PRPCL230Proportion by volume of particles (5.5-7.8um) in the sediment
P01:PRPCL251Proportion by dry weight of particles (4-8um) in the sediment
P01:PRPCL075Proportion by volume of particles (420-500um) in the sediment
P01:PRPCL192Proportion by volume of particles (500-1000um) in the sediment
P01:PRPCL256Proportion by dry weight of particles (35-2000um) in the sediment
P01:PRPCL197Proportion by volume of particles (647.4-754.2um) in the sediment
P01:PRPCL750Proportion by volume of particles (0-3.9um) in the sediment
P01:PRPCL025Proportion by volume of particles (300-355um) in the sediment
P01:PRPCL142Proportion by volume of particles (35.6-41.4um) in the sediment
P01:PRSC0079Proportion by dry weight of particles (200-400um) in the sediment by sieving and settling tube method
P01:PRPCL054Proportion by volume of particles (1-2um) in the sediment
P01:PRSC0248Proportion by dry weight of particles (50000-120000um) in the sediment by sieving and settling tube method
P01:PRPCL441Proportion by dry weight of particles (500-710um) in the sediment
P01:PRPCL503Proportion by dry weight of particles (8000-16000um) in the sediment
P01:PRSCPSSEProportion of particles (<15um) in the sediment by particle sizer
P01:PRSCPSTUProportion of particles (<2um) in the sediment by particle sizer
P01:PRPCL491Proportion by dry weight of particles (2-63um) in the sediment
P01:PRPCL118Proportion by volume of particles (0-4um) in the sediment
P01:PRPCL467Proportion by dry weight of particles (2000-4000um) in the sediment
P01:PRPCL285Proportion by weight or volume of particles (4-8um) in the sediment
P01:PRPCL496Proportion by dry weight of particles (150-212um) in the sediment
P01:PRPCL035Proportion by volume of particles (2800-4000um) in the sediment
P01:PRSC0188Proportion by dry weight of particles (1000-10000um) in the sediment by sieving and settling tube method
P01:PRSC0065Proportion by dry weight of particles (100-160um) in the sediment by sieving and settling tube method
P01:PRSC0245Proportion by dry weight of particles (>20000um) in the sediment [biogenic carbonate phase]
P01:PRSCPSSGProportion of particles (125-250um) in the sediment by particle sizer
P01:PRPCL500Proportion by dry weight of particles (2800-4000um) in the sediment
P01:PRSC0091Proportion by dry weight of particles (250-1000um) in the sediment by sieving and settling tube method
P01:PRPCL505Proportion by dry weight of particles (31500-63000um) in the sediment
P01:PRSC0016Proportion by dry weight of particles (>8000um) in the sediment by sieving and settling tube method
P01:PRSC0062Proportion by dry weight of particles (74-125um) in the sediment by sieving and settling tube method
P01:PRPCL791Proportion by weight or volume of particles (63-2000um) in the sediment
P01:PRSC0067Proportion by dry weight of particles (40-200um) in the sediment by sieving and settling tube method
P01:PRSC0159Proportion by dry weight of particles (100-140um) in the sediment by sieving and settling tube method
P01:PRPCL336Proportion by dry weight of particles (0-105um) in the sediment
P01:PRPCL101Proportion by volume of particles (210-354um) in the sediment
P01:PRPCL596Proportion by weight or volume of particles (2000-2380um) in the sediment
P01:PRPCL417Proportion by dry weight of particles (210-255um) in the sediment
P01:PRSCPSSSProportion of particles (2-4um) in the sediment by particle sizer
P01:PRSC0127Proportion by dry weight of particles (12500-20000um) in the sediment by sieving and settling tube method
P01:PRSCPSSVProportion of particles (16-25um) in the sediment by particle sizer
P01:PRPCL320Proportion by weight or volume of particles (4000-8000um) in the sediment
P01:PRPCL127Proportion by volume of particles (0.2-0.5um) in the sediment
P01:PRPCL156Proportion by volume of particles (103.6-120.7um) in the sediment
P01:PRSCSNTWProportion of particles (2-63um) in the sediment [non-carbonate phase] by acidification and particle sizer
P01:PRPCL244Proportion by volume of particles (707.1-1000um) in the sediment
P01:PRPCL172Proportion by volume of particles (222.3-259um) in the sediment
P01:PRPCL458Proportion by dry weight of particles (1200-1700um) in the sediment
P01:PRPCL013Proportion by weight or volume of particles (2000-63000um) in the sediment
P01:PRPCL018Proportion by volume of particles (90-106um) in the sediment
P01:PRSCSSUAProportion by dry weight of particles (<4um) in the sediment by sieving and settling tube method
P01:PRSC0124Proportion by dry weight of particles (5000-20000um) in the sediment by sieving and settling tube method
P01:PRSCPSTKProportion of particles (420-500um) in the sediment by particle sizer
P01:PRPCL598Proportion by weight or volume of particles (2830-3500um) in the sediment
P01:PRPCL049Proportion by dry weight of particles (707-850um) in the sediment
P01:PRSC0223Proportion by dry weight of particles (300-500um) in the sediment by sieving and settling tube method
P01:PRSC0228Proportion by dry weight of particles (400-4000um) in the sediment by sieving and settling tube method
P01:PRPCL421Proportion by dry weight of particles (250-355um) in the sediment
P01:PRSC0004Proportion by dry weight of particles (>100um) in the sediment by sieving and settling tube method
P01:PRSC0050Proportion by dry weight of particles (31.5-50um) in the sediment by sieving and settling tube method
P01:PRPCL455Proportion by dry weight of particles (1000-2000um) in the sediment
P01:PRPCL484Proportion by dry weight of particles (20000-45000um) in the sediment
P01:PRPCL519Proportion by weight or volume of particles (16-32um) in the sediment
P01:PRPCL379Proportion by dry weight of particles (41-60um) in the sediment
P01:PRSC0233Proportion by dry weight of particles (4500-6300um) in the sediment by sieving and settling tube method
P01:PRSC0147Proportion by dry weight of particles (>4250um) in the sediment by sieving and settling tube method
P01:PRPCL015Proportion by volume of particles (5-63um) in the sediment
P01:PRPCL405Proportion by dry weight of particles (125-150um) in the sediment
P01:PRPCL080Proportion by volume of particles (1000-1190um) in the sediment
P01:PPVSXX14Proportion of particles (<315um) in the sediment by particle sizer
P01:PRPCL481Proportion by dry weight of particles (11200-23000um) in the sediment
P01:PRSC0230Proportion by dry weight of particles (4-16um) in the sediment by sieving and settling tube method
P01:PRSC0131Proportion by dry weight of particles (>40um) in the sediment by sieving and settling tube method
P01:PRPCL781Proportion by dry weight of particles (16000-22400um) in the sediment
P01:PRPCL232Proportion by volume of particles (11-15.6um) in the sediment
P01:PRPCL363Proportion by dry weight of particles (16-75um) in the sediment
P01:PRPCL001Proportion by weight or volume of particles (0-16um) in the sediment
P01:PRSC0055Proportion by dry weight of particles (50-80um) in the sediment by sieving and settling tube method
P01:PRPCL521Proportion by weight or volume of particles (32-63um) in the sediment
P01:PPVSXX11Proportion of particles (<2000um) in the sediment by particle sizer
P01:PRPSZ021Proportion of particles (52.6-62.5um) in the sediment by particle sizer
P01:PRSC0112Proportion by dry weight of particles (3150-5000um) in the sediment by sieving and settling tube method
P01:PRPCL194Proportion by volume of particles (577-668um) in the sediment
P01:PRPCL402Proportion by dry weight of particles (105-125um) in the sediment
P01:PRPCL287Proportion by weight or volume of particles (16-25um) in the sediment
P01:PRPCL220Proportion by volume of particles (4000-8000um) in the sediment
P01:PRPCL082Proportion by volume of particles (1410-1680um) in the sediment
P01:PRPCL027Proportion by volume of particles (425-500um) in the sediment
P01:SPRPWSXBProportion by dry weight of particles (63-125um) in the sediment by wet sieving, drying and gravimetry
P01:PRPCL702Proportion by weight or volume of particles (130-167.2um) in the sediment
P01:PRSC0240Proportion by dry weight of particles (63-90um) in the sediment by sieving and settling tube method
P01:PRPCL053Proportion by volume of particles (0.1-2um) in the sediment
P01:PRPCL443Proportion by dry weight of particles (500-2000um) in the sediment
P01:PRPCL693Proportion by weight or volume of particles (80-105um) in the sediment
P01:PRPCL144Proportion by volume of particles (48.3-56.2um) in the sediment
P01:PRPCL472Proportion by dry weight of particles (2400-63000um) in the sediment
P01:PRPCL493Proportion by dry weight of particles (20-50um) in the sediment
P01:PRPCL003Proportion by weight or volume of particles (45-63um) in the sediment
P01:PRPCL498Proportion by dry weight of particles (300-425um) in the sediment
P01:PRSC0211Proportion by dry weight of particles (1-2um) in the sediment by sieving and settling tube method
P01:PRPCL037Proportion by volume of particles (5600-8000um) in the sediment
P01:PRSC0216Proportion by dry weight of particles (180-250um) in the sediment by sieving and settling tube method
P01:PRPCL141Proportion by volume of particles (32-63um) in the sediment
P01:PRSC0247Proportion by dry weight of particles (>200um) in the sediment by sieving and settling tube method
P01:PRPCL419Proportion by dry weight of particles (250-300um) in the sediment
P01:PRSC0174Proportion by dry weight of particles (210-250um) in the sediment by sieving and settling tube method
P01:PRSC0043Proportion by dry weight of particles (10-20um) in the sediment by sieving and settling tube method
P01:PRPCL448Proportion by dry weight of particles (710-1000um) in the sediment
P01:PRPCL507Proportion by weight or volume of particles (0-0.1um) in the sediment
P01:PRPCL624Proportion by dry weight of particles (77-125um) in the sediment
P01:PRPCL182Proportion by volume of particles (320-370um) in the sediment
P01:PRSC0093Proportion by dry weight of particles (600-1000um) in the sediment by sieving and settling tube method
P01:PRSC0098Proportion by dry weight of particles (800-1250um) in the sediment by sieving and settling tube method
P01:PRPCL177Proportion by volume of particles (259-301.7um) in the sediment
P01:PRSC0069Proportion by dry weight of particles (100-200um) in the sediment by sieving and settling tube method
P01:PRPCL249Proportion by dry weight of particles (0-2um) in the sediment
P01:PRSC0031Proportion by dry weight of particles (<125um) in the sediment by sieving and settling tube method
P01:PRPCL429Proportion by dry weight of particles (300-420um) in the sediment
P01:PRPCL044Proportion by volume of particles (25-35um) in the sediment
P01:PRPCL132Proportion by volume of particles (10.5-12.2um) in the sediment
P01:PRPCL031Proportion by volume of particles (850-1000um) in the sediment
P01:PRSC0040Proportion by dry weight of particles (5-10um) in the sediment by sieving and settling tube method
P01:PRSC0126Proportion by dry weight of particles (10000-20000um) in the sediment by sieving and settling tube method
P01:PRSCPSSUProportion of particles (8-16um) in the sediment by particle sizer
P01:PRSC0129Proportion by dry weight of particles (>64000um) in the sediment by sieving and settling tube method
P01:PRSCPSSXProportion of particles (35-50um) in the sediment by particle sizer
P01:PRPCL322Proportion by weight or volume of particles (8000-63000um) in the sediment
P01:PRPCL351Proportion by dry weight of particles (6-14um) in the sediment
P01:PRPCL158Proportion by volume of particles (114-132um) in the sediment
P01:PRPCL275Proportion by weight or volume of particles (500-600um) in the sediment
P01:PRPCL327Proportion by dry weight of particles (0-0.1um) in the sediment
P01:PRSC0100Proportion by dry weight of particles (63-2000um) in the sediment by sieving and settling tube method
P01:PRPCL246Proportion by volume of particles (1414.2-2000um) in the sediment
P01:PRPCL174Proportion by volume of particles (250-298um) in the sediment
P01:PRSC0204Proportion by dry weight of particles (100-180um) in the sediment by sieving and settling tube method
P01:PPVSXX04Proportion of particles (<1000um) in the sediment by particle sizer
P01:PRPCL431Proportion by dry weight of particles (354-420um) in the sediment
P01:PRPCL041Proportion by volume of particles (4-8um) in the sediment
P01:PRSC0235Proportion by dry weight of particles (500-630um) in the sediment by sieving and settling tube method
P01:PRSC0238Proportion by dry weight of particles (6300-9000um) in the sediment by sieving and settling tube method
P01:PRPCL740Proportion by weight or volume of particles (1700-2000um) in the sediment
P01:PRPCL745Proportion by weight or volume of particles (4760-5600um) in the sediment
P01:PRSC0225Proportion by dry weight of particles (3150-4500um) in the sediment by sieving and settling tube method
P01:PRSCPSSZProportion of particles (63-75um) in the sediment by particle sizer
P01:PRSC0052Proportion by dry weight of particles (2-63um) in the sediment by sieving and settling tube method
P01:PRPCL436Proportion by dry weight of particles (420-600um) in the sediment
P01:PRPCL272Proportion by weight or volume of particles (300-354um) in the sediment
P01:PRPCL423Proportion by dry weight of particles (250-500um) in the sediment
P01:PRPCL426Proportion by dry weight of particles (255-420um) in the sediment
P01:PRSC0081Proportion by dry weight of particles (100-500um) in the sediment by sieving and settling tube method
P01:PRPCL486Proportion by dry weight of particles (23000-63000um) in the sediment
P01:PRSCSNTVProportion of particles (>10um) in the sediment [non-carbonate phase] by acidification and particle sizer
P01:PRPSZ011Proportion of particles (9.3-11um) in the sediment by particle sizer
P01:PRPCL457Proportion by dry weight of particles (1200-1400um) in the sediment
P01:PRSC0201Proportion by dry weight of particles (>50000um) in the sediment by sieving and settling tube method
P01:PRPCL017Proportion by volume of particles (75-90um) in the sediment
P01:PPVSXX16Proportion of particles (<40um) in the sediment by particle sizer
P01:PRSC0117Proportion by dry weight of particles (5000-10000um) in the sediment by sieving and settling tube method
P01:PRPCL433Proportion by dry weight of particles (355-500um) in the sediment
P01:PRPCL407Proportion by dry weight of particles (125-180um) in the sediment
P01:PRSC0133Proportion by dry weight of particles (>4000um) in the sediment by sieving and settling tube method
P01:PRPCL234Proportion by volume of particles (22.1-31.3um) in the sediment
P01:PRPCL365Proportion by dry weight of particles (20-25um) in the sediment
P01:PRSC0086Proportion by dry weight of particles (400-600um) in the sediment by sieving and settling tube method
P01:PRPCL162Proportion by volume of particles (132-153um) in the sediment
P01:PRSC0057Proportion by dry weight of particles (74-80um) in the sediment by sieving and settling tube method
P01:PPVSXX13Proportion of particles (<2500um) in the sediment by particle sizer
P01:PRPCL289Proportion by weight or volume of particles (35-50um) in the sediment
P01:PRSC0213Proportion by dry weight of particles (1-50um) in the sediment by sieving and settling tube method
P01:PRPCL222Proportion by volume of particles (16000-31500um) in the sediment
P01:PPVSXX18Proportion of particles (<630um) in the sediment by particle sizer
P01:PRSC0114Proportion by dry weight of particles (5000-8000um) in the sediment by sieving and settling tube method
P01:PRPCL704Proportion by weight or volume of particles (150-210um) in the sediment
P01:PRSC0242Proportion by dry weight of particles (8500-12000um) in the sediment by sieving and settling tube method
P01:PRPCL227Proportion by volume of particles (2-2.8um) in the sediment
P01:PRPCL146Proportion by volume of particles (63-73um) in the sediment
P01:PRPCL084Proportion by volume of particles (2000-6300um) in the sediment
P01:PRPCL087Proportion by volume of particles (0-35um) in the sediment
P01:PRPCL414Proportion by dry weight of particles (180-250um) in the sediment
P01:PRPCL474Proportion by dry weight of particles (4000-8000um) in the sediment
P01:PRPCL315Proportion by weight or volume of particles (180-250um) in the sediment
P01:PRPCL666Proportion by weight or volume of particles (2-8um) in the sediment
P01:PRPCL445Proportion by dry weight of particles (600-850um) in the sediment
P01:PRPCL005Proportion by weight or volume of particles (90-125um) in the sediment
P01:PRPCL239Proportion by volume of particles (125-176.8um) in the sediment
P01:PRPCL039Proportion by volume of particles (0-2um) in the sediment
P01:PRPCL557Proportion by weight or volume of particles (0-1um) in the sediment
P01:PRPCL224Proportion by volume of particles (0.7-1um) in the sediment
P01:PRPCL008Proportion by weight or volume of particles (355-500um) in the sediment
P01:PRSC0218Proportion by dry weight of particles (20000-50000um) in the sediment by sieving and settling tube method
P01:NEWCXX05Proportion by dry weight of particles (0.24-0.5um) in the sediment by sieving and settling tube method
P01:PRSC0121Proportion by dry weight of particles (6.3-20000um) in the sediment by sieving and settling tube method
P01:PRPCL411Proportion by dry weight of particles (150-250um) in the sediment
P01:PRPCL148Proportion by volume of particles (65.5-76.3um) in the sediment
P01:PRPCL089Proportion by volume of particles (2-16um) in the sediment
P01:PRSC0171Proportion by dry weight of particles (125-150um) in the sediment by sieving and settling tube method
P01:PRSC0045Proportion by dry weight of particles (20-31.5um) in the sediment by sieving and settling tube method
P01:PPVSXX01Proportion by volume of particles (500-900um) in the sediment
P01:PRSC0176Proportion by dry weight of particles (250-10000um) in the sediment by sieving and settling tube method
P01:PRSC0095Proportion by dry weight of particles (315-1250um) in the sediment by sieving and settling tube method
P01:PRSC0030Proportion by dry weight of particles (<100um) in the sediment by sieving and settling tube method
P01:PRSC0102Proportion by dry weight of particles (200-2000um) in the sediment by sieving and settling tube method
P01:PRPCL189Proportion by volume of particles (477-555.7um) in the sediment
P01:PRSC0105Proportion by dry weight of particles (1250-2000um) in the sediment by sieving and settling tube method
P01:PRSC0033Proportion by dry weight of particles (<250um) in the sediment by sieving and settling tube method
P01:PRPCL683Proportion by weight or volume of particles (60-74um) in the sediment
P01:PRPCL134Proportion by volume of particles (14.2-16.6um) in the sediment
P01:PRSC0173Proportion by dry weight of particles (180-210um) in the sediment by sieving and settling tube method
P01:PRSCSSSGProportion by dry weight of particles (125-250um) in the sediment by sieving and settling tube method
P01:PRPCL353Proportion by dry weight of particles (8-15um) in the sediment
P01:PRSCSV03Proportion by dry weight of particles (<4000um) in the sediment by sieving and settling tube method
P01:PRPCL324Proportion by weight or volume of particles (16000-22400um) in the sediment
P01:PRPCL329Proportion by dry weight of particles (0-3um) in the sediment
P01:PRPCL248Proportion by dry weight of particles (2828.4-4000um) in the sediment
P01:PRSC0019Proportion by dry weight of particles (>16000um) in the sediment by sieving and settling tube method
P01:PRPCL277Proportion by weight or volume of particles (707-850um) in the sediment
P01:PRPCL212Proportion by volume of particles (1389.3-1618.6um) in the sediment
P01:PRSC0206Proportion by dry weight of particles (12.5-20um) in the sediment by sieving and settling tube method
P01:PPVSXX06Proportion of particles (<1250um) in the sediment by particle sizer
P01:PRPSZ016Proportion of particles (22.1-26.3um) in the sediment by particle sizer
P01:PRSC0107Proportion by dry weight of particles (2000-3150um) in the sediment by sieving and settling tube method
P01:PRSCSSSIProportion by dry weight of particles (>98um) in the sediment by sieving and settling tube method
P01:PRSC0035Proportion by dry weight of particles (<2000um) in the sediment by sieving and settling tube method
P01:PRPCL136Proportion by volume of particles (16.6-19.3um) in the sediment
P01:PRPCL680Proportion by weight or volume of particles (48.3-61.5um) in the sediment
P01:PRPCL742Proportion by weight or volume of particles (2800-4000um) in the sediment
P01:PRPCL350Proportion by dry weight of particles (6-13um) in the sediment
P01:PRPCL139Proportion by volume of particles (26.2-30.5um) in the sediment
P01:PRPCL747Proportion by weight or volume of particles (5600-11200um) in the sediment
P01:PRPCL438Proportion by dry weight of particles (420-2000um) in the sediment
P01:PRSC0083Proportion by dry weight of particles (315-500um) in the sediment by sieving and settling tube method
P01:PRPCL488Proportion by dry weight of particles (46000-63000um) in the sediment
P01:PRPSZ013Proportion of particles (13.1-15.6um) in the sediment by particle sizer
P01:PRSC0203Proportion by dry weight of particles (10000-12500um) in the sediment by sieving and settling tube method
P01:PRPCL669Proportion by weight or volume of particles (7-75um) in the sediment
P01:PRSC0021Proportion by dry weight of particles (>25000um) in the sediment by sieving and settling tube method
P01:PRSC0119Proportion by dry weight of particles (8000-12500um) in the sediment by sieving and settling tube method
P01:PRSC0161Proportion by dry weight of particles (1-5um) in the sediment by sieving and settling tube method
P01:PRPCL312Proportion by weight or volume of particles (0-63um) in the sediment
P01:PRPCL393Proportion by dry weight of particles (75-88um) in the sediment
P01:PRPCL409Proportion by dry weight of particles (150-177um) in the sediment
P01:PRPCL396Proportion by dry weight of particles (75-150um) in the sediment
P01:PRPCL435Proportion by dry weight of particles (420-500um) in the sediment
P01:PRSC0135Proportion by dry weight of particles (1000-1410um) in the sediment by sieving and settling tube method
P01:PRSC0164Proportion by dry weight of particles (4000-8000um) in the sediment by sieving and settling tube method
P01:PRSC0085Proportion by dry weight of particles (315-600um) in the sediment by sieving and settling tube method
P01:PRPCL236Proportion by volume of particles (44.2-62.5um) in the sediment
P01:PRPCL367Proportion by dry weight of particles (20-30um) in the sediment
P01:PRPCL785Proportion by dry weight of particles (16-45um) in the sediment
P01:PRSC0059Proportion by dry weight of particles (63-100um) in the sediment by sieving and settling tube method
P01:PRSC0088Proportion by dry weight of particles (250-700um) in the sediment by sieving and settling tube method
P01:PRSC0023Proportion by dry weight of particles (<20um) in the sediment by sieving and settling tube method
P01:PRPCL281Proportion by weight or volume of particles (1410-1680um) in the sediment
P01:PRPCL730Proportion by weight or volume of particles (850-1400um) in the sediment
P01:PRPCL229Proportion by volume of particles (3.9-5.5um) in the sediment
P01:SPRPWSXFProportion by dry weight of particles (<63um) in the sediment by wet sieving, drying and gravimetry
P01:PRPCL476Proportion by dry weight of particles (5500-13000um) in the sediment
P01:PRPCL314Proportion by weight or volume of particles (125-250um) in the sediment
P01:PRPCL317Proportion by weight or volume of particles (500-1000um) in the sediment
P01:PRPSZ001Proportion of particles (1.6-2um) in the sediment by particle sizer
P01:PRSC0007Proportion by dry weight of particles (>500um) in the sediment by sieving and settling tube method
P01:PRPCL070Proportion by volume of particles (177-210um) in the sediment
P01:PRPCL708Proportion by weight or volume of particles (210-300um) in the sediment
P01:PRPCL732Proportion by weight or volume of particles (872-1879.9um) in the sediment
P01:PRPCL673Proportion by weight or volume of particles (19.4-24.1um) in the sediment
P01:PRPCL559Proportion by weight or volume of particles (0.2-0.5um) in the sediment
P01:PRPCL384Proportion by dry weight of particles (60-80um) in the sediment
P01:PRPCL226Proportion by volume of particles (1.4-2um) in the sediment
P01:PRSC0123Proportion by dry weight of particles (2000-20000um) in the sediment by sieving and settling tube method
P01:PRSC0152Proportion by dry weight of particles (>1090um) in the sediment by sieving and settling tube method
P01:PRPCL413Proportion by dry weight of particles (177-250um) in the sediment
P01:PRPCL478Proportion by dry weight of particles (8000-11200um) in the sediment
P01:PRSCSSMOProportion (dry weight) of particles (mode size class) in the sediment by sieving and settling tube method
P01:PRPCL699Proportion by weight or volume of particles (110-150um) in the sediment
P01:PRSC0047Proportion by dry weight of particles (2-50um) in the sediment by sieving and settling tube method
P01:PRSCSSSBProportion by dry weight of particles (63-125um) in the sediment by sieving and settling tube method
P01:PRSC0178Proportion by dry weight of particles (355-425um) in the sediment by sieving and settling tube method
P01:PRSCSVXXProportion by dry weight of particles (<1000um) in the sediment
P01:PRSCPS04Proportion of particles (<8um) in the sediment by particle sizer
P01:PRSC0104Proportion by dry weight of particles (800-2000um) in the sediment by sieving and settling tube method
P01:PRSC0190Proportion by dry weight of particles (1250-10000um) in the sediment by sieving and settling tube method
P01:PRPCL685Proportion by weight or volume of particles (60-105um) in the sediment
P01:PRPCL355Proportion by dry weight of particles (9-13um) in the sediment
P01:PRSC0049Proportion by dry weight of particles (25-50um) in the sediment by sieving and settling tube method
P01:PRSCPSTBProportion of particles (88-105um) in the sediment by particle sizer
P01:PRSCSV05Proportion by dry weight of particles (<500um) in the sediment by sieving and settling tube method
P01:PRSC0011Proportion by dry weight of particles (>1000um) in the sediment by sieving and settling tube method
P01:PRPCL606Proportion by dry weight of particles (2-50um) in the sediment
P01:PRPCL120Proportion by volume of particles (0-16um) in the sediment
P01:PRPCL214Proportion by volume of particles (1618.6-1885.6um) in the sediment
P01:PRPCL279Proportion by weight or volume of particles (1000-1190um) in the sediment
P01:PRPCL723Proportion by weight or volume of particles (600-1000um) in the sediment
P01:PRSC0138Proportion by dry weight of particles (350-500um) in the sediment by sieving and settling tube method
P01:PRPCL217Proportion by volume of particles (2000-2380um) in the sediment
P01:PRPCL263Proportion by weight or volume of particles (63-75um) in the sediment
P01:PRPSZ015Proportion of particles (18.6-22.1um) in the sediment by particle sizer
P01:PPVSXX08Proportion of particles (<1600um) in the sediment by particle sizer
P01:PRPSZ018Proportion of particles (44.2-52.6um) in the sediment by particle sizer
P01:PRSC0109Proportion by dry weight of particles (1250-5000um) in the sediment by sieving and settling tube method
P01:PRSC0192Proportion by dry weight of particles (1400-10000um) in the sediment by sieving and settling tube method
P01:PRSC0037Proportion by dry weight of particles (2-3.15um) in the sediment by sieving and settling tube method
P01:PRPCL260Proportion by weight or volume of particles (0-2um) in the sediment
P01:PRSCPSSIProportion of particles (>98um) in the sediment by particle sizer
P01:PRPCL331Proportion by dry weight of particles (0-35um) in the sediment
P01:PRSC0208Proportion by dry weight of particles (12500-18000um) in the sediment by sieving and settling tube method
P01:PRPCL138Proportion by volume of particles (22.5-26.2um) in the sediment
P01:PRPCL401Proportion by dry weight of particles (100-125um) in the sediment
P01:PRSCSSSKProportion by dry weight of particles (16-63um) in the sediment by sieving and settling tube method
P01:PRPCL749Proportion by volume of particles (900-1000um) in the sediment
P01:PRPCL357Proportion by dry weight of particles (14-20um) in the sediment
P01:PRPCL398Proportion by dry weight of particles (88-105um) in the sediment
P01:PRSCSV02Proportion by dry weight of particles (<8000um) in the sediment by sieving and settling tube method
P01:PRSC0137Proportion by dry weight of particles (500-710um) in the sediment by sieving and settling tube method
P01:PRPCL122Proportion by volume of particles (0.1-0.2um) in the sediment
P01:PRPCL544Proportion by weight or volume of particles (600-710um) in the sediment
P01:PRSCPSTDProportion of particles (125-150um) in the sediment by particle sizer
P01:PRPCL219Proportion by volume of particles (2380-2830um) in the sediment
P01:PRSC0028Proportion by dry weight of particles (<74um) in the sediment by sieving and settling tube method
P01:PRPCL343Proportion by dry weight of particles (2-16um) in the sediment
P01:PRSC0166Proportion by dry weight of particles (16000-32000um) in the sediment by sieving and settling tube method
P01:PRPCL369Proportion by dry weight of particles (25-32um) in the sediment
P01:PRPSZ006Proportion of particles (3.9-4.7um) in the sediment by particle sizer
P01:PRSC0025Proportion by dry weight of particles (<43um) in the sediment by sieving and settling tube method
P01:PRPCL205Proportion by volume of particles (898-1042um) in the sediment
P01:PRSC0071Proportion by dry weight of particles (160-200um) in the sediment by sieving and settling tube method
P01:PRSC0142Proportion by dry weight of particles (88-125um) in the sediment by sieving and settling tube method
P01:PRPCL345Proportion by dry weight of particles (3-6um) in the sediment
P01:PRPCL319Proportion by weight or volume of particles (2000-4000um) in the sediment
P01:PRSCPSTMProportion of particles (600-710um) in the sediment by particle sizer
P01:PRSC0168Proportion by dry weight of particles (76-93um) in the sediment by sieving and settling tube method
P01:PRSCPSTPProportion of particles (1000-1190um) in the sediment by particle sizer
P01:PRPCL348Proportion by dry weight of particles (6-8um) in the sediment
P01:PRSC0009Proportion by dry weight of particles (>700um) in the sediment by sieving and settling tube method
P01:PRPCL202Proportion by volume of particles (775-898um) in the sediment
P01:PRSCPSSBProportion of particles (63-125um) in the sediment by particle sizer
P01:PRPSZ003Proportion of particles (2.3-2.8um) in the sediment by particle sizer
P01:PRPSZ008Proportion of particles (5.5-6.6um) in the sediment by particle sizer
P01:PRSCPS01Proportion of particles (<50um) in the sediment by particle sizer
P01:PRPCL207Proportion by volume of particles (1000-2000um) in the sediment
P01:PRSC0180Proportion by dry weight of particles (425-500um) in the sediment by sieving and settling tube method
P01:PRPCL077Proportion by volume of particles (600-707um) in the sediment
P01:PRPCL675Proportion by weight or volume of particles (24.1-30.2um) in the sediment
P01:PRPCL462Proportion by dry weight of particles (1410-2000um) in the sediment
P01:PRPCL386Proportion by dry weight of particles (63-74um) in the sediment
P01:PRSC0154Proportion by dry weight of particles (>2180um) in the sediment by sieving and settling tube method
P01:PRPCL022Proportion by volume of particles (180-212um) in the sediment
P01:PRSCSSSDProportion by dry weight of particles (15-30um) in the sediment by sieving and settling tube method
P01:PRPCL165Proportion by volume of particles (153-177um) in the sediment
P01:PRPCL464Proportion by dry weight of particles (1700-2000um) in the sediment
P01:PRPCL383Proportion by dry weight of particles (60-74um) in the sediment
P01:PRPCL032Proportion by volume of particles (1000-1400um) in the sediment
P01:PRSC0151Proportion by dry weight of particles (>750um) in the sediment by sieving and settling tube method
P01:PRSC0156Proportion by dry weight of particles (>500000um) in the sediment by sieving and settling tube method
P01:PRPCL388Proportion by dry weight of particles (63-90um) in the sediment
P01:PRPCL265Proportion by weight or volume of particles (88-105um) in the sediment
P01:PRSCPSSNProportion of particles (3-38um) in the sediment by particle sizer
P01:PRSC0013Proportion by dry weight of particles (>2500um) in the sediment by sieving and settling tube method
P01:PRPCL450Proportion by dry weight of particles (850-1200um) in the sediment
P01:PRPCL333Proportion by dry weight of particles (0-60um) in the sediment
P01:PRPCL262Proportion by weight or volume of particles (16-63um) in the sediment
P01:PRSC0194Proportion by dry weight of particles (1600-10000um) in the sediment by sieving and settling tube method
P01:PRSC0197Proportion by dry weight of particles (>120000um) in the sediment by sieving and settling tube method
P01:PRPCL374Proportion by dry weight of particles (30-42um) in the sediment
P01:PRSCSSSMProportion by dry weight of particles (<5um) in the sediment by sieving and settling tube method
P01:PRSCPSSKProportion of particles (16-63um) in the sediment by particle sizer
P01:PRPCL390Proportion by dry weight of particles (63-125um) in the sediment
P01:PRPCL065Proportion by volume of particles (75-88um) in the sediment
P01:PRPCL452Proportion by dry weight of particles (1000-1400um) in the sediment
P01:PRPCL371Proportion by dry weight of particles (25-50um) in the sediment
P01:PRSCPSTFProportion of particles (177-210um) in the sediment by particle sizer
P01:PRPCL010Proportion by weight or volume of particles (710-1000um) in the sediment
P01:PRPCL727Proportion by weight or volume of particles (710-2000um) in the sediment
P01:PRSC0076Proportion by dry weight of particles (200-315um) in the sediment by sieving and settling tube method
P01:PRSC0220Proportion by dry weight of particles (2180-3150um) in the sediment by sieving and settling tube method
P01:PRSC0199Proportion by dry weight of particles (>18000um) in the sediment by sieving and settling tube method
P01:PRPCL046Proportion by volume of particles (50-63um) in the sediment
P01:PRPCL657Proportion by weight or volume of particles (0-6um) in the sediment
P01:PRSCPSTHProportion of particles (250-300um) in the sediment by particle sizer
P01:PRSC0001Proportion by dry weight of particles (>2um) in the sediment by sieving and settling tube method
P01:PRPCL511Proportion by weight or volume of particles (0.1-1um) in the sediment
P01:PRSC0185Proportion by dry weight of particles (850-1600um) in the sediment by sieving and settling tube method
P01:PRSC0027Proportion by dry weight of particles (<63um) in the sediment by sieving and settling tube method
P01:PRSC0073Proportion by dry weight of particles (200-250um) in the sediment by sieving and settling tube method
P01:PRSC0144Proportion by dry weight of particles (>2000um) in the sediment [biogenic carbonate phase]
P01:PRPCL253Proportion by dry weight of particles (16-25um) in the sediment
P01:PRSCPSTRProportion of particles (1410-1680um) in the sediment by particle sizer
P01:PRPCL661Proportion by weight or volume of particles (0-75um) in the sediment
P01:PRPCL534Proportion by weight or volume of particles (250-298um) in the sediment
P01:PRSCPSSDProportion of particles (15-30um) in the sediment by particle sizer
P01:SPRPWSZCProportion by dry weight of particles (1000-2000um) in the sediment by wet sieving, drying and gravimetry
P01:PRSCPSTWProportion of particles (5-15um) in the sediment by particle sizer
P01:PRPCL250Proportion by dry weight of particles (2-4um) in the sediment
P01:PRPCL209Proportion by volume of particles (1042-1880um) in the sediment
P01:PRPCL074Proportion by volume of particles (354-420um) in the sediment
P01:PRPCL204Proportion by volume of particles (878.7-1023.7um) in the sediment
P01:PRSC0182Proportion by dry weight of particles (710-850um) in the sediment by sieving and settling tube method
P01:PRPCL167Proportion by volume of particles (177-205um) in the sediment
P01:PRSC0187Proportion by dry weight of particles (1000-1250um) in the sediment by sieving and settling tube method
P01:PRPCL255Proportion by dry weight of particles (35-50um) in the sediment
P01:PRPCL645Proportion by dry weight of particles (850-1190um) in the sediment
P01:PRPCL677Proportion by weight or volume of particles (30.2-38um) in the sediment
P01:PRPCL469Proportion by dry weight of particles (2000-5000um) in the sediment
P01:PRPCL034Proportion by volume of particles (2000-2800um) in the sediment
P01:PRSCPSSFProportion of particles (>250um) in the sediment by particle sizer
P01:PRPCL024Proportion by volume of particles (250-300um) in the sediment
P01:PRPCL029Proportion by volume of particles (600-710um) in the sediment
P01:PRSCSNSOProportion of particles (<63um) in the sediment [non-carbonate phase] by acidification and particle sizer
P01:PRPCL050Proportion by volume of particles (0-1um) in the sediment
P01:PRPCL440Proportion by dry weight of particles (500-707um) in the sediment
P01:PRPCL502Proportion by dry weight of particles (5600-8000um) in the sediment
P01:PRPCL490Proportion by dry weight of particles (2-20um) in the sediment
P01:PRSC0061Proportion by dry weight of particles (43-104um) in the sediment by sieving and settling tube method
P01:PRPCL466Proportion by dry weight of particles (2000-2800um) in the sediment
P01:PRSC0064Proportion by dry weight of particles (100-125um) in the sediment by sieving and settling tube method
P01:PRPCL241Proportion by volume of particles (250-353.6um) in the sediment
P01:PRPCL495Proportion by dry weight of particles (30-63um) in the sediment
P01:PRSC0244Proportion by dry weight of particles (90-128um) in the sediment by sieving and settling tube method
P01:PPVSXX20Proportion of particles (<800um) in the sediment by particle sizer
P01:PRSC0158Proportion by dry weight of particles (140-250um) in the sediment by sieving and settling tube method
P01:PRPCL267Proportion by weight or volume of particles (125-150um) in the sediment
P01:PRSCPSSPProportion of particles (250-500um) in the sediment by particle sizer
P01:PRPCL338Proportion by dry weight of particles (0-2000um) in the sediment
P01:PRPCL416Proportion by dry weight of particles (210-250um) in the sediment
P01:PRPCL504Proportion by dry weight of particles (16000-31500um) in the sediment
P01:PRSC0015Proportion by dry weight of particles (>5000um) in the sediment by sieving and settling tube method
P01:PRSC0090Proportion by dry weight of particles (600-800um) in the sediment by sieving and settling tube method
P01:PRPCL243Proportion by volume of particles (500-707.1um) in the sediment
P01:PRPCL335Proportion by dry weight of particles (0-74um) in the sediment
P01:PRPCL012Proportion by weight or volume of particles (1400-2000um) in the sediment
P01:PRSC0066Proportion by dry weight of particles (125-160um) in the sediment by sieving and settling tube method
P01:PRSCSSUCProportion by dry weight of particles (1000-2000um) in the sediment by sieving and settling tube method
P01:PRSCPSSMProportion of particles (<5um) in the sediment by particle sizer
P01:PRPCL269Proportion by weight or volume of particles (177-210um) in the sediment
P01:PRSCPSSRProportion of particles (0.1-2um) in the sediment by particle sizer
P01:PRPCL711Proportion by weight or volume of particles (281-376um) in the sediment
P01:PRPCL064Proportion by volume of particles (63-2000um) in the sediment
P01:PRPCL126Proportion by volume of particles (0.1-63um) in the sediment
P01:PRPCL067Proportion by volume of particles (105-125um) in the sediment
P01:PRPCL155Proportion by volume of particles (98-114um) in the sediment
P01:PRPCL454Proportion by dry weight of particles (1000-1680um) in the sediment
P01:PRPCL516Proportion by weight or volume of particles (4-63um) in the sediment
P01:PRPCL483Proportion by dry weight of particles (19000-63000um) in the sediment
P01:PRPCL729Proportion by weight or volume of particles (850-1200um) in the sediment
P01:PRSC0232Proportion by dry weight of particles (42-63um) in the sediment by sieving and settling tube method
P01:PRPCL378Proportion by dry weight of particles (40-60um) in the sediment
P01:PRSC0222Proportion by dry weight of particles (300-400um) in the sediment by sieving and settling tube method
P01:PRPCL659Proportion by weight or volume of particles (0-19.4um) in the sediment
P01:PRSC0149Proportion by dry weight of particles (>180um) in the sediment by sieving and settling tube method
P01:PRPCL420Proportion by dry weight of particles (250-354um) in the sediment
P01:PRPCL597Proportion by weight or volume of particles (2380-2830um) in the sediment
P01:PRPCL271Proportion by weight or volume of particles (250-300um) in the sediment
P01:PRSC0227Proportion by dry weight of particles (360-510um) in the sediment by sieving and settling tube method
P01:PRSC0078Proportion by dry weight of particles (315-400um) in the sediment by sieving and settling tube method
P01:PRPCL048Proportion by dry weight of particles (63-2000um) in the sediment
P01:PRSCPSTJProportion of particles (354-420um) in the sediment by particle sizer
P01:PRSCSSUEProportion by dry weight of particles (500-2000um) in the sediment by sieving and settling tube method
P01:PRPCL152Proportion by volume of particles (85-98um) in the sediment
P01:PRSC0003Proportion by dry weight of particles (>63um) in the sediment by sieving and settling tube method
P01:PRSC0130Proportion by dry weight of particles (2000-64000um) in the sediment by sieving and settling tube method
P01:PRSCPSTTProportion of particles (>63um) in the sediment by particle sizer
P01:PRSC0054Proportion by dry weight of particles (50-63um) in the sediment by sieving and settling tube method
P01:PRPCL459Proportion by dry weight of particles (1400-1700um) in the sediment
P01:PPVSXX10Proportion of particles (<200um) in the sediment by particle sizer
P01:PRSC0146Proportion by dry weight of particles (>200000um) in the sediment by sieving and settling tube method
P01:PRPCL193Proportion by volume of particles (555.7-647.4um) in the sediment
P01:PRPCL404Proportion by dry weight of particles (110-150um) in the sediment
P01:PRPCL663Proportion by weight or volume of particles (0.1-2um) in the sediment
P01:PRPCL692Proportion by weight or volume of particles (78.8-101.1um) in the sediment
P01:PRPCL143Proportion by volume of particles (41.4-48.3um) in the sediment
P01:SPRPWSZBProportion by dry weight of particles (>2000um) in the sediment by wet sieving, drying and gravimetry
P01:PRSCPSTVProportion of particles (>10um) in the sediment by particle sizer
P01:PRPCL231Proportion by volume of particles (7.8-11um) in the sediment
P01:PRPCL362Proportion by dry weight of particles (16-63um) in the sediment
P01:PRSC0184Proportion by dry weight of particles (850-1400um) in the sediment by sieving and settling tube method
P01:PRPCL169Proportion by volume of particles (190.8-222.3um) in the sediment
P01:PRPCL286Proportion by weight or volume of particles (8-16um) in the sediment
P01:PRSC0210Proportion by dry weight of particles (128-180um) in the sediment by sieving and settling tube method
P01:PRPSZ020Proportion of particles (37.2-44.2um) in the sediment by particle sizer
P01:PRSC0189Proportion by dry weight of particles (1250-1400um) in the sediment by sieving and settling tube method
P01:PRSC0111Proportion by dry weight of particles (2500-5000um) in the sediment by sieving and settling tube method
P01:PRPCL257Proportion by dry weight of particles (50-63um) in the sediment
P01:PRPCL198Proportion by volume of particles (668-775um) in the sediment
P01:PRPCL140Proportion by volume of particles (30.5-35.6um) in the sediment
P01:PRPCL036Proportion by volume of particles (4000-5600um) in the sediment
P01:PRSCPSSHProportion of particles (<30um) in the sediment by particle sizer
P01:PRSC0215Proportion by dry weight of particles (160-315um) in the sediment by sieving and settling tube method
P01:PRPCL081Proportion by volume of particles (1190-1410um) in the sediment
P01:PRPCL026Proportion by volume of particles (355-425um) in the sediment
P01:PRPCL701Proportion by weight or volume of particles (125-210um) in the sediment
P01:PRSC0249Proportion by dry weight of particles (>1um) in the sediment by sieving and settling tube method
P01:PRSC0246Proportion by dry weight of particles (<16000um) in the sediment by sieving and settling tube method
P01:PRPCL052Proportion by volume of particles (0.1-1um) in the sediment
P01:PRPCL751Proportion by volume of particles (>8000um) in the sediment
P01:PRPCL501Proportion by dry weight of particles (4000-5600um) in the sediment
P01:PRPCL442Proportion by dry weight of particles (500-1000um) in the sediment
P01:PRPCL492Proportion by dry weight of particles (16-20um) in the sediment
P01:PRPCL119Proportion by volume of particles (0-7.7um) in the sediment
P01:PRPCL179Proportion by volume of particles (298-354um) in the sediment
P01:PRPCL506Proportion by dry weight of particles (63000-99999um) in the sediment
P01:PRPCL447Proportion by dry weight of particles (707-1000um) in the sediment
P01:PRSC0063Proportion by dry weight of particles (80-125um) in the sediment by sieving and settling tube method
P01:PRPCL002Proportion by weight or volume of particles (16-45um) in the sediment
P01:PRSC0092Proportion by dry weight of particles (400-1000um) in the sediment by sieving and settling tube method
P01:PRPCL497Proportion by dry weight of particles (212-300um) in the sediment
P01:PRPCL468Proportion by dry weight of particles (2000-4800um) in the sediment
P01:PRPCL028Proportion by volume of particles (500-600um) in the sediment
P01:PRPCL418Proportion by dry weight of particles (210-300um) in the sediment
P01:PRSC0128Proportion by dry weight of particles (20000-25000um) in the sediment by sieving and settling tube method
P01:PRSCPSSWProportion of particles (25-35um) in the sediment by particle sizer
P01:PRPCL713Proportion by weight or volume of particles (300-420um) in the sediment
P01:PRPCL321Proportion by weight or volume of particles (8000-11200um) in the sediment
P01:PRPCL240Proportion by volume of particles (176.8-250um) in the sediment
P01:PRSC0042Proportion by dry weight of particles (2-20um) in the sediment by sieving and settling tube method
P01:PRPCL069Proportion by volume of particles (150-177um) in the sediment
P01:PRPCL181Proportion by volume of particles (301.7-351.5um) in the sediment
P01:PRPCL245Proportion by volume of particles (1000-1414.2um) in the sediment
P01:PRPCL186Proportion by volume of particles (409.5-477um) in the sediment
P01:PRSC0097Proportion by dry weight of particles (600-1250um) in the sediment by sieving and settling tube method
P01:PRPCL173Proportion by volume of particles (238-275um) in the sediment
P01:PRPCL290Proportion by weight or volume of particles (50-63um) in the sediment
P01:PRPCL176Proportion by volume of particles (250-500um) in the sediment
P01:PRPCL014Proportion by volume of particles (0-5um) in the sediment
P01:PRPCL131Proportion by volume of particles (9-10.5um) in the sediment
P01:PRSC0068Proportion by dry weight of particles (80-200um) in the sediment by sieving and settling tube method
P01:PRPCL430Proportion by dry weight of particles (300-600um) in the sediment
P01:PRPCL710Proportion by dry weight of particles (11200-16000um) in the sediment
P01:PRPCL428Proportion by dry weight of particles (300-354um) in the sediment
P01:PRPCL040Proportion by volume of particles (2-4um) in the sediment
P01:PRSC0237Proportion by dry weight of particles (6000-8500um) in the sediment by sieving and settling tube method
P01:PRPCL043Proportion by volume of particles (16-25um) in the sediment
P01:PRPCL030Proportion by volume of particles (710-850um) in the sediment
P01:PRSC0224Proportion by dry weight of particles (3150-4250um) in the sediment by sieving and settling tube method
P01:PRSC0125Proportion by dry weight of particles (8000-20000um) in the sediment by sieving and settling tube method
P01:PRSCPSSTProportion of particles (4-8um) in the sediment by particle sizer
P01:PRPCL480Proportion by dry weight of particles (9600-19000um) in the sediment
P01:PRPCL715Proportion by weight or volume of particles (376-534.5um) in the sediment
P01:PRPCL425Proportion by dry weight of particles (250-1000um) in the sediment
P01:PRPCL456Proportion by dry weight of particles (1190-1410um) in the sediment
P01:PRPCL274Proportion by weight or volume of particles (420-500um) in the sediment
P01:PRPCL485Proportion by dry weight of particles (23000-32000um) in the sediment
P01:PRPCL326Proportion by weight or volume of particles (31500-63000um) in the sediment
P01:PRPCL183Proportion by volume of particles (351.5-409.5um) in the sediment
P01:PRPCL016Proportion by volume of particles (63-75um) in the sediment
P01:PRSCSSUBProportion by dry weight of particles (>2000um) in the sediment by sieving and settling tube method
P01:PRSC0148Proportion by dry weight of particles (>90um) in the sediment by sieving and settling tube method
P01:PRPCL744Proportion by weight or volume of particles (4000-5600um) in the sediment
P01:PRPCL019Proportion by volume of particles (106-125um) in the sediment
P01:PRSC0229Proportion by dry weight of particles (400-800um) in the sediment by sieving and settling tube method
P01:PRPCL482Proportion by dry weight of particles (13000-20000um) in the sediment
P01:PRSCSNTUProportion of particles (<2um) in the sediment [non-carbonate phase] by acidification and particle sizer
P01:PRSC0132Proportion by dry weight of particles (>80um) in the sediment by sieving and settling tube method
P01:PRSC0051Proportion by dry weight of particles (40-50um) in the sediment by sieving and settling tube method
P01:PRPCL422Proportion by dry weight of particles (250-420um) in the sediment
P01:PRSC0080Proportion by dry weight of particles (250-400um) in the sediment by sieving and settling tube method
P01:PRSC0056Proportion by dry weight of particles (63-80um) in the sediment by sieving and settling tube method
P01:PPVSXX12Proportion of particles (<250um) in the sediment by particle sizer
P01:PRPCL406Proportion by dry weight of particles (125-177um) in the sediment
P01:PPVSXX15Proportion of particles (<3150um) in the sediment by particle sizer
P01:PRSC0116Proportion by dry weight of particles (4000-10000um) in the sediment by sieving and settling tube method
P01:PRSC0241Proportion by dry weight of particles (750-1090um) in the sediment by sieving and settling tube method
P01:PRPCL116Proportion by volume of particles (0-0.1um) in the sediment
P01:PRPCL694Proportion by weight or volume of particles (80-110um) in the sediment
P01:PRPCL145Proportion by volume of particles (56.2-65.5um) in the sediment
P01:PRPCL881Proportion by dry weight of particles (45-63um) in the sediment
P01:PRPCL665Proportion by weight or volume of particles (2-6um) in the sediment
P01:PRPCL233Proportion by volume of particles (15.6-22.1um) in the sediment
P01:PRPCL161Proportion by volume of particles (125-250um) in the sediment
P01:PRPCL364Proportion by dry weight of particles (16-2000um) in the sediment
P01:PRPCL623Proportion by dry weight of particles (77-105um) in the sediment
P01:PRPCL610Proportion by dry weight of particles (16-35um) in the sediment
P01:PRPCL238Proportion by volume of particles (88.4-125um) in the sediment
P01:PRSC0113Proportion by dry weight of particles (2000-8000um) in the sediment by sieving and settling tube method
P01:PRPCL259Proportion by dry weight of particles (2000-63000um) in the sediment
P01:PRSC0212Proportion by dry weight of particles (1480-2180um) in the sediment by sieving and settling tube method
P01:PRPCL615Proportion by dry weight of particles (36-50um) in the sediment
P01:PRPCL288Proportion by weight or volume of particles (25-35um) in the sediment
P01:PRPCL038Proportion by volume of particles (8000-16000um) in the sediment
P01:PRPCL007Proportion by weight or volume of particles (250-355um) in the sediment
P01:PRSC0217Proportion by dry weight of particles (180-300um) in the sediment by sieving and settling tube method
P01:PRPCL410Proportion by dry weight of particles (150-210um) in the sediment
P01:PPVSXX17Proportion of particles (<500um) in the sediment by particle sizer
P01:SPRPWSXCProportion by dry weight of particles (63-1000um) in the sediment by wet sieving, drying and sieving and settling tube method
P01:PRPCL691Proportion by weight or volume of particles (75-105um) in the sediment
P01:PRPCL361Proportion by dry weight of particles (16-50um) in the sediment
P01:PRPCL083Proportion by volume of particles (1680-2000um) in the sediment
P01:PRPCL444Proportion by dry weight of particles (600-707um) in the sediment
P01:PRSC0170Proportion by dry weight of particles (105-125um) in the sediment by sieving and settling tube method
P01:PRPCL473Proportion by dry weight of particles (2800-5600um) in the sediment
P01:PRPCL508Proportion by weight or volume of particles (0-4um) in the sediment
P01:PRPCL449Proportion by dry weight of particles (850-1000um) in the sediment
P01:PRPCL004Proportion by weight or volume of particles (63-90um) in the sediment
P01:PRSC0094Proportion by dry weight of particles (800-1000um) in the sediment by sieving and settling tube method
P01:PRPCL499Proportion by dry weight of particles (425-600um) in the sediment
P01:PPVSXX03Proportion of particles (<100um) in the sediment by particle sizer
P01:PRSC0214Proportion by dry weight of particles (16000-22000um) in the sediment by sieving and settling tube method
P01:PRPCL804Proportion by dry weight of particles (22400-31500um) in the sediment
P01:PRSC0032Proportion by dry weight of particles (<160um) in the sediment by sieving and settling tube method
P01:PRPCL178Proportion by volume of particles (275-320um) in the sediment
P01:PRPCL470Proportion by dry weight of particles (2000-5600um) in the sediment
P01:PRSC0120Proportion by dry weight of particles (5000-16000um) in the sediment by sieving and settling tube method
P01:PRSC0041Proportion by dry weight of particles (6.3-12.5um) in the sediment by sieving and settling tube method
P01:PRPCL323Proportion by weight or volume of particles (11200-16000um) in the sediment
P01:PRSCPSSYProportion of particles (50-63um) in the sediment by particle sizer
P01:PRPCL045Proportion by volume of particles (35-50um) in the sediment
P01:PRPCL537Proportion by weight or volume of particles (298-354um) in the sediment
P01:PRPCL352Proportion by dry weight of particles (8-14um) in the sediment
P01:PRPCL446Proportion by dry weight of particles (600-1000um) in the sediment
P01:PRSC0044Proportion by dry weight of particles (12.5-25um) in the sediment by sieving and settling tube method
P01:PRPSZ010Proportion of particles (7.8-9.3um) in the sediment by particle sizer
P01:PRSC0175Proportion by dry weight of particles (250-300um) in the sediment by sieving and settling tube method
P01:PRSC0101Proportion by dry weight of particles (104-2000um) in the sediment by sieving and settling tube method
P01:PRPCL247Proportion by dry weight of particles (2000-2828.4um) in the sediment
P01:PRPCL188Proportion by volume of particles (430-498um) in the sediment
P01:PRSC0099Proportion by dry weight of particles (50-2000um) in the sediment by sieving and settling tube method
P01:PRPCL276Proportion by weight or volume of particles (600-707um) in the sediment
P01:PRSC0200Proportion by dry weight of particles (>22000um) in the sediment by sieving and settling tube method
P01:PPVSXX05Proportion of particles (<125um) in the sediment by particle sizer
P01:PRPCL432Proportion by dry weight of particles (354-500um) in the sediment
P01:PRPCL042Proportion by volume of particles (8-16um) in the sediment
P01:PRPCL741Proportion by weight or volume of particles (2000-2800um) in the sediment
P01:PRSC0239Proportion by dry weight of particles (630-800um) in the sediment by sieving and settling tube method
P01:PRPCL682Proportion by weight or volume of particles (50-75um) in the sediment
P01:PRPCL133Proportion by volume of particles (12.2-14.2um) in the sediment
P01:PRPCL717Proportion by weight or volume of particles (420-600um) in the sediment
P01:PRSCSSSFProportion by dry weight of particles (>250um) in the sediment by sieving and settling tube method
P01:PRPCL273Proportion by weight or volume of particles (354-420um) in the sediment
P01:PRPCL159Proportion by volume of particles (120.7-140.6um) in the sediment
P01:PRPCL427Proportion by dry weight of particles (300-320um) in the sediment
P01:PRPCL487Proportion by dry weight of particles (32000-46000um) in the sediment
P01:PRPSZ012Proportion of particles (11-13.1um) in the sediment by particle sizer
P01:PRPCL185Proportion by volume of particles (370-430um) in the sediment
P01:PRPCL211Proportion by volume of particles (1192.6-1389.3um) in the sediment
P01:PRSC0018Proportion by dry weight of particles (>12500um) in the sediment by sieving and settling tube method
P01:PRPCL575Proportion by weight or volume of particles (105-150um) in the sediment
P01:PRSC0202Proportion by dry weight of particles (0.01-63um) in the sediment by sieving and settling tube method
P01:PRSC0205Proportion by dry weight of particles (1090-1480um) in the sediment by sieving and settling tube method
P01:PRPCL130Proportion by volume of particles (7.7-9um) in the sediment
P01:PRPCL719Proportion by weight or volume of particles (534.5-872um) in the sediment
P01:PRSC0236Proportion by dry weight of particles (510-750um) in the sediment by sieving and settling tube method
P01:PRPCL135Proportion by volume of particles (16-32um) in the sediment
P01:PRPCL746Proportion by weight or volume of particles (5600-8000um) in the sediment
P01:PRPCL408Proportion by dry weight of particles (125-250um) in the sediment
P01:PRPCL395Proportion by dry weight of particles (75-110um) in the sediment
P01:PRPCL434Proportion by dry weight of particles (400-2000um) in the sediment
P01:PRSC0134Proportion by dry weight of particles (1410-2000um) in the sediment by sieving and settling tube method
P01:PRPCL437Proportion by dry weight of particles (420-850um) in the sediment
P01:PRPCL424Proportion by dry weight of particles (250-600um) in the sediment
P01:PRSC0163Proportion by dry weight of particles (4-63um) in the sediment by sieving and settling tube method
P01:PRSC0082Proportion by dry weight of particles (200-500um) in the sediment by sieving and settling tube method
P01:PRSC0087Proportion by dry weight of particles (500-600um) in the sediment by sieving and settling tube method
P01:PRSCPSMOProportion of particles (mode size class) in the sediment by particle sizer
P01:PRSC0058Proportion by dry weight of particles (50-100um) in the sediment by sieving and settling tube method
P01:PRSC0020Proportion by dry weight of particles (>20000um) in the sediment by sieving and settling tube method
P01:PRPCL668Proportion by weight or volume of particles (6-20um) in the sediment
P01:PRPCL280Proportion by weight or volume of particles (1190-1410um) in the sediment
P01:PRPCL223Proportion by volume of particles (0-0.7um) in the sediment
P01:PRSC0115Proportion by dry weight of particles (2000-10000um) in the sediment by sieving and settling tube method
P01:PRSC0118Proportion by dry weight of particles (5000-12500um) in the sediment by sieving and settling tube method
P01:PRPCL392Proportion by dry weight of particles (74-105um) in the sediment
P01:PRSC0160Proportion by dry weight of particles (10-50um) in the sediment by sieving and settling tube method
P01:PRSC0243Proportion by dry weight of particles (9000-12500um) in the sediment by sieving and settling tube method
P01:PRPCL340Proportion by dry weight of particles (2-3um) in the sediment
P01:PRPCL696Proportion by weight or volume of particles (101.1-130um) in the sediment
P01:PRPCL147Proportion by volume of particles (63-125um) in the sediment
P01:PRPCL088Proportion by volume of particles (0-63um) in the sediment
P01:PRPCL316Proportion by weight or volume of particles (250-500um) in the sediment
P01:PRSC0084Proportion by dry weight of particles (400-500um) in the sediment by sieving and settling tube method
P01:PRPCL235Proportion by volume of particles (31.3-44.2um) in the sediment
P01:PRPCL163Proportion by volume of particles (140.6-163.8um) in the sediment
P01:PRSC0006Proportion by dry weight of particles (>400um) in the sediment by sieving and settling tube method
P01:PRPCL366Proportion by dry weight of particles (20-29um) in the sediment
P01:PRSC0022Proportion by dry weight of particles (<6.3um) in the sediment by sieving and settling tube method
P01:PRPCL734Proportion by weight or volume of particles (1000-1410um) in the sediment
P01:PRPCL225Proportion by volume of particles (1-1.4um) in the sediment
P01:PRPCL558Proportion by weight or volume of particles (0.1-0.2um) in the sediment
P01:PRPCL009Proportion by weight or volume of particles (500-710um) in the sediment
P01:PPVSXX19Proportion of particles (<80um) in the sediment by particle sizer
P01:PRPCL705Proportion by weight or volume of particles (167.2-215.5um) in the sediment
P01:PRPCL149Proportion by volume of particles (73-85um) in the sediment
P01:PRPCL228Proportion by volume of particles (2.8-3.9um) in the sediment
P01:PRPCL412Proportion by dry weight of particles (177-210um) in the sediment
P01:PRPCL085Proportion by volume of particles (2000-63000um) in the sediment
P01:PRSCSSSAProportion by dry weight of particles (>125um) in the sediment by sieving and settling tube method
P01:PRSC0172Proportion by dry weight of particles (150-180um) in the sediment by sieving and settling tube method
P01:PRPCL475Proportion by dry weight of particles (4800-9600um) in the sediment
P01:PRPCL313Proportion by weight or volume of particles (63-125um) in the sediment
P01:PRPCL237Proportion by volume of particles (62.5-88.4um) in the sediment
P01:NEWCXX04Proportion by dry weight of particles (0.5-1um) in the sediment by sieving and settling tube method
P01:PRPCL006Proportion by weight or volume of particles (125-180um) in the sediment
P01:PRSC0096Proportion by dry weight of particles (500-1250um) in the sediment by sieving and settling tube method
P01:PRSCPS03Proportion of particles (<20um) in the sediment by particle sizer
P01:PRPCL731Proportion by weight or volume of particles (850-2000um) in the sediment
P01:PRPCL555Proportion by weight or volume of particles (8000-16000um) in the sediment
P01:PRSC0106Proportion by dry weight of particles (1250-2500um) in the sediment by sieving and settling tube method
P01:PRPCL380Proportion by dry weight of particles (42-63um) in the sediment
P01:PRSC0034Proportion by dry weight of particles (<315um) in the sediment by sieving and settling tube method
P01:NEWCXX06Proportion by dry weight of particles (<0.24um) in the sediment by sieving and settling tube method
P01:PRSC0122Proportion by dry weight of particles (50-20000um) in the sediment by sieving and settling tube method
P01:PRSC0039Proportion by dry weight of particles (3.15-5um) in the sediment by sieving and settling tube method
P01:PRPCL477Proportion by dry weight of particles (5600-11200um) in the sediment
P01:PRPCL151Proportion by volume of particles (76.3-88.9um) in the sediment
P01:PRSC0046Proportion by dry weight of particles (20-40um) in the sediment by sieving and settling tube method
P01:PRPCL325Proportion by weight or volume of particles (22400-31500um) in the sediment
P01:PPVSXX02Proportion of particles (<10um) in the sediment by particle sizer
P01:PRSC0177Proportion by dry weight of particles (300-355um) in the sediment by sieving and settling tube method
P01:PRSC0010Proportion by dry weight of particles (>800um) in the sediment by sieving and settling tube method
P01:PRPCL709Proportion by weight or volume of particles (215.5-281um) in the sediment
P01:PRPCL278Proportion by weight or volume of particles (850-1000um) in the sediment
P01:PRPSZ017Proportion of particles (31.3-37.2um) in the sediment by particle sizer
P01:PRSC0103Proportion by dry weight of particles (400-2000um) in the sediment by sieving and settling tube method
P01:PPVSXX07Proportion of particles (<160um) in the sediment by particle sizer
P01:PRSC0108Proportion by dry weight of particles (2000-4000um) in the sediment by sieving and settling tube method
P01:PRSC0036Proportion by dry weight of particles (<20000um) in the sediment by sieving and settling tube method
P01:PRPCL216Proportion by volume of particles (1885.6-2000um) in the sediment
P01:PRPCL743Proportion by weight or volume of particles (2800-4760um) in the sediment
P01:PRPCL684Proportion by weight or volume of particles (60-80um) in the sediment
P01:PRSCSSSJProportion by dry weight of particles (63-98um) in the sediment by sieving and settling tube method
P01:PRPCL748Proportion by volume of particles (3.9-63um) in the sediment
P01:PRSCSSSHProportion by dry weight of particles (<30um) in the sediment by sieving and settling tube method
P01:PRPCL689Proportion by weight or volume of particles (74-105um) in the sediment
P01:PRPCL489Proportion by dry weight of particles (0-20um) in the sediment
P01:PRSCSV01Proportion by dry weight of particles (<10000um) in the sediment by sieving and settling tube method
P01:PRSC0048Proportion by dry weight of particles (20-50um) in the sediment by sieving and settling tube method
P01:PRSCSV04Proportion by dry weight of particles (<1000um) in the sediment by sieving and settling tube method
P01:PRSCPSTAProportion of particles (75-88um) in the sediment by particle sizer
P01:PRPCL359Proportion by dry weight of particles (15-30um) in the sediment
P01:PRPCL722Proportion by weight or volume of particles (600-850um) in the sediment
P01:PRPCL605Proportion by dry weight of particles (2-35um) in the sediment
P01:PRPCL546Proportion by weight or volume of particles (710-850um) in the sediment
P01:PRSC0207Proportion by dry weight of particles (12000-16000um) in the sediment by sieving and settling tube method
P01:PRPSZ014Proportion of particles (15.6-18.6um) in the sediment by particle sizer
P01:PRSCSSTUProportion by dry weight of particles (<2um) in the sediment by sieving and settling tube method
P01:PRSC0191Proportion by dry weight of particles (1400-1600um) in the sediment by sieving and settling tube method
P01:PRSC0110Proportion by dry weight of particles (2000-5000um) in the sediment by sieving and settling tube method
P01:PRPCL400Proportion by dry weight of particles (90-125um) in the sediment
P01:PRPCL686Proportion by weight or volume of particles (61.5-78.8um) in the sediment
P01:PRPCL137Proportion by volume of particles (19.3-22.5um) in the sediment
P01:PRSC0136Proportion by dry weight of particles (710-1000um) in the sediment by sieving and settling tube method
P01:PRPCL439Proportion by dry weight of particles (500-600um) in the sediment
P01:PRPCL397Proportion by dry weight of particles (80-100um) in the sediment
P01:PRSC0165Proportion by dry weight of particles (8000-16000um) in the sediment by sieving and settling tube method
P01:PRSCPSTCProportion of particles (105-125um) in the sediment by particle sizer
P01:SDGSIXAGGrain-size arithmetic standard deviation of aggregates in the water body by image analysis
P01:PRSC0089Proportion by dry weight of particles (500-800um) in the sediment by sieving and settling tube method
P01:PRPCL282Proportion by weight or volume of particles (1680-2000um) in the sediment
P01:PRPCL672Proportion by weight or volume of particles (16-50um) in the sediment
P01:PRSCSSTZProportion by dry weight of particles (4-8um) in the sediment by sieving and settling tube method
P01:PRSC0209Proportion by dry weight of particles (1250-1600um) in the sediment by sieving and settling tube method
P01:PRPCL394Proportion by dry weight of particles (75-105um) in the sediment
P01:PRSC0162Proportion by dry weight of particles (<1um) in the sediment by sieving and settling tube method
P01:PRPCL342Proportion by dry weight of particles (2-6um) in the sediment
P01:SPRPWSXGProportion by dry weight of particles (125-250um) in the sediment by wet sieving, drying and gravimetry
P01:PRPCL318Proportion by weight or volume of particles (1000-2000um) in the sediment
P01:PRSCPSTOProportion of particles (850-1000um) in the sediment by particle sizer
P01:PRPCL201Proportion by volume of particles (754.2-878.7um) in the sediment
P01:PRSC0008Proportion by dry weight of particles (>600um) in the sediment by sieving and settling tube method
P01:PRPCL368Proportion by dry weight of particles (25-30um) in the sediment
P01:PRPCL071Proportion by volume of particles (210-250um) in the sediment
P01:PRPSZ002Proportion of particles (2-2.3um) in the sediment by particle sizer
P01:PRPSZ005Proportion of particles (3.3-3.9um) in the sediment by particle sizer
P01:PRSC0024Proportion by dry weight of particles (<31.5um) in the sediment by sieving and settling tube method
P01:PRPCL619Proportion by dry weight of particles (63-77um) in the sediment
P01:PRPCL674Proportion by weight or volume of particles (20-60um) in the sediment
P01:PRPCL461Proportion by dry weight of particles (1410-1680um) in the sediment
P01:PRPCL736Proportion by weight or volume of particles (1200-1700um) in the sediment
P01:PRPCL344Proportion by dry weight of particles (3-4um) in the sediment
P01:PRPCL385Proportion by dry weight of particles (60-105um) in the sediment
P01:PRSCPSSAProportion of particles (>125um) in the sediment by particle sizer
P01:PRSCPSTLProportion of particles (500-600um) in the sediment by particle sizer
P01:PRSC0005Proportion by dry weight of particles (>315um) in the sediment by sieving and settling tube method
P01:PRSCSSSCProportion by dry weight of particles (30-63um) in the sediment by sieving and settling tube method
P01:PRPSZ007Proportion of particles (4.7-5.5um) in the sediment by particle sizer
P01:PRSCPS05Proportion of particles (<4um) in the sediment by particle sizer
P01:PRPCL382Proportion by dry weight of particles (50-75um) in the sediment
P01:PRSC0150Proportion by dry weight of particles (>360um) in the sediment by sieving and settling tube method
P01:PRPCL330Proportion by dry weight of particles (0-16um) in the sediment
P01:PRPCL021Proportion by volume of particles (150-180um) in the sediment
P01:PRSC0153Proportion by dry weight of particles (>1480um) in the sediment by sieving and settling tube method
P01:PRPCL479Proportion by dry weight of particles (8000-63000um) in the sediment
P01:PRPCL356Proportion by dry weight of particles (13-20um) in the sediment
P01:PRSC0179Proportion by dry weight of particles (355-10000um) in the sediment by sieving and settling tube method
P01:PRSC0012Proportion by dry weight of particles (>1250um) in the sediment by sieving and settling tube method
P01:PRSCPS02Proportion of particles (<25um) in the sediment by particle sizer
P01:PRPCL724Proportion by weight or volume of particles (600-2000um) in the sediment
P01:PRPSZ019Proportion of particles (26.3-31.3um) in the sediment by particle sizer
P01:PRSC0038Proportion by dry weight of particles (2-5um) in the sediment by sieving and settling tube method
P01:SPRPWSXPProportion by dry weight of particles (250-500um) in the sediment by wet sieving, drying and gravimetry
P01:PRSC0139Proportion by dry weight of particles (250-350um) in the sediment by sieving and settling tube method
P01:PRSCPSSJProportion of particles (63-98um) in the sediment by particle sizer
P01:PRPCL332Proportion by dry weight of particles (0-50um) in the sediment
P01:PRPCL218Proportion by volume of particles (2000-4000um) in the sediment
P01:PRSC0196Proportion by dry weight of particles (<42um) in the sediment by sieving and settling tube method
P01:PRSCSSSLProportion by dry weight of particles (5-16um) in the sediment by sieving and settling tube method
P01:PRSC0155Proportion by dry weight of particles (>3000um) in the sediment by sieving and settling tube method
P01:PRPCL264Proportion by weight or volume of particles (75-88um) in the sediment
P01:PRPCL358Proportion by dry weight of particles (15-20um) in the sediment
P01:PRSCPSTEProportion of particles (150-177um) in the sediment by particle sizer
P01:PRPCL373Proportion by dry weight of particles (30-40um) in the sediment
P01:PRPCL261Proportion by weight or volume of particles (2-16um) in the sediment
P01:PRSC0193Proportion by dry weight of particles (1600-2000um) in the sediment by sieving and settling tube method
P01:PRSC0070Proportion by dry weight of particles (125-200um) in the sediment by sieving and settling tube method
P01:PRSC0141Proportion by dry weight of particles (125-177um) in the sediment by sieving and settling tube method
P01:PRPCL688Proportion by weight or volume of particles (63-80um) in the sediment
P01:PRSCPSTGProportion of particles (210-250um) in the sediment by particle sizer
P01:PRPCL399Proportion by dry weight of particles (90-100um) in the sediment
P01:PRSC0167Proportion by dry weight of particles (32000-64000um) in the sediment by sieving and settling tube method
P01:PRPCL510Proportion by weight or volume of particles (0-125um) in the sediment
P01:PRPCL451Proportion by dry weight of particles (1000-1190um) in the sediment
P01:PRPCL513Proportion by weight or volume of particles (1-2um) in the sediment
P01:PRPCL284Proportion by weight or volume of particles (2-4um) in the sediment
P01:PRSC0075Proportion by dry weight of particles (100-315um) in the sediment by sieving and settling tube method
P01:PRSC0072Proportion by dry weight of particles (160-210um) in the sediment by sieving and settling tube method
P01:PRSC0143Proportion by dry weight of particles (63-88um) in the sediment by sieving and settling tube method
P01:PRSC0029Proportion by dry weight of particles (<80um) in the sediment by sieving and settling tube method
P01:PRSC0169Proportion by dry weight of particles (93-106um) in the sediment by sieving and settling tube method
P01:PRSCPSTQProportion of particles (1190-1410um) in the sediment by particle sizer
P01:PRPCL349Proportion by dry weight of particles (6-9um) in the sediment
P01:PRPSZ004Proportion of particles (2.8-3.3um) in the sediment by particle sizer
P01:PRPCL190Proportion by volume of particles (498-577um) in the sediment
P01:PRSC0026Proportion by dry weight of particles (<50um) in the sediment by sieving and settling tube method
P01:PRPCL073Proportion by volume of particles (300-354um) in the sediment
P01:PRSC0181Proportion by dry weight of particles (600-710um) in the sediment by sieving and settling tube method
P01:PRPCL252Proportion by dry weight of particles (8-16um) in the sediment
P01:PRPCL463Proportion by dry weight of particles (1680-2000um) in the sediment
P01:PRPCL346Proportion by dry weight of particles (4-6um) in the sediment
P01:PRPCL738Proportion by weight or volume of particles (1410-2000um) in the sediment
P01:PRPCL679Proportion by weight or volume of particles (38-48.3um) in the sediment
P01:PRPCL387Proportion by dry weight of particles (63-75um) in the sediment
P01:PRPCL023Proportion by volume of particles (212-250um) in the sediment
P01:PRSCPSTNProportion of particles (710-850um) in the sediment by particle sizer
P01:PRPCL660Proportion by weight or volume of particles (0-60um) in the sediment
P01:PRSCSSSEProportion by dry weight of particles (<15um) in the sediment by sieving and settling tube method
P01:PRSCPSSCProportion of particles (30-63um) in the sediment by particle sizer
P01:PRPSZ009Proportion of particles (6.6-7.8um) in the sediment by particle sizer
P01:PRPCL166Proportion by volume of particles (163.8-190.8um) in the sediment
P01:PRPCL208Proportion by volume of particles (1023.7-1192.6um) in the sediment
P01:PRPCL078Proportion by volume of particles (707-850um) in the sediment
P01:PRPCL460Proportion by dry weight of particles (1400-2000um) in the sediment
P01:PRPCL465Proportion by dry weight of particles (2000-2400um) in the sediment
P01:PRSC0017Proportion by dry weight of particles (>10000um) in the sediment by sieving and settling tube method
P01:PRPCL033Proportion by volume of particles (1400-2000um) in the sediment
P01:PRPCL020Proportion by volume of particles (125-150um) in the sediment
P01:PRSC0186Proportion by dry weight of particles (850-10000um) in the sediment by sieving and settling tube method
P01:PRPCL389Proportion by dry weight of particles (63-105um) in the sediment
P01:PRPCL059Proportion by volume of particles (16-50um) in the sediment
P01:PRSC0014Proportion by dry weight of particles (>3150um) in the sediment by sieving and settling tube method
P01:PRPCL494Proportion by dry weight of particles (20-63um) in the sediment
P01:PRSC0060Proportion by dry weight of particles (80-100um) in the sediment by sieving and settling tube method
P01:PRPCL334Proportion by dry weight of particles (0-63um) in the sediment
P01:PRPCL337Proportion by dry weight of particles (0-125um) in the sediment
P01:PRSCPSSLProportion of particles (5-16um) in the sediment by particle sizer
P01:PRSC0157Proportion by dry weight of particles (>100000um) in the sediment by sieving and settling tube method
P01:PRSCPSSOProportion of particles (<63um) in the sediment by particle sizer
P01:PRPCL266Proportion by weight or volume of particles (105-125um) in the sediment
P01:PRSC0198Proportion by dry weight of particles (>16um) in the sediment by sieving and settling tube method
P01:PRPCL415Proportion by dry weight of particles (200-63000um) in the sediment
P01:PRPCL391Proportion by dry weight of particles (63-250um) in the sediment
P01:PRPCL125Proportion by volume of particles (0.1-4um) in the sediment
P01:OXYSWE01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by in-situ pulsed electrode and computation from concentration using Weiss algorithm
P01:WMOCCCLMCloud cover (low and middle clouds) in the atmosphere by visual estimation and conversion to WMO code
P01:WMOCCBLWCloud base altitude in the atmosphere by visual estimation and conversion to WMO code
P01:WMOCCCACCloud cover (all clouds) in the atmosphere by visual estimation and conversion to WMO code
P01:OXYSSC01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by Sea-Bird SBE 43 sensor and calibration against sample data and computation from concentration using Benson and Krause algorithm
P01:ARSDWCALSaturation state standard deviation of aragonite in the water body by computation
P01:CLCTWCALSaturation state of calcite in the water body by computation
P01:ARGTWCALSaturation state of aragonite in the water body by computation
P01:CLSDWCALSaturation state standard deviation of calcite in the water body by computation
P01:EPSPSC01Shear in the water body by turbulence profiler shear sensor
P01:EPSPSC02Shear in the water body by turbulence profiler shear sensor (second sensor)
P01:RPTWBHE1Redox potential in the water body by redox electrode and correction for the potential of the reference electrode with respect to the Hydrogen Electrode
P01:RPTWBZZ1Redox potential in the water body by redox electrode and NO reference electrode correction
P01:WIND10DTDirection (towards) of wind (at 10 metres) relative to True North in the atmosphere by model prediction
P01:EWSKSS01Speed of wind {wind speed} in the atmosphere by in-situ anemometer
P01:OXYSSU01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by Sea-Bird SBE 43 sensor and computation from concentration using Benson and Krause algorithm
P01:SWLA361CAbsorbance of electromagnetic radiation (361nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA582CAbsorbance of electromagnetic radiation (582nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA470CAbsorbance of electromagnetic radiation (470nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA474CAbsorbance of electromagnetic radiation (474nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA632CAbsorbance of electromagnetic radiation (632nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA363CAbsorbance of electromagnetic radiation (363nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA532CAbsorbance of electromagnetic radiation (532nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA407CAbsorbance of electromagnetic radiation (407nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA584CAbsorbance of electromagnetic radiation (584nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA558CAbsorbance of electromagnetic radiation (558nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA513CAbsorbance of electromagnetic radiation (513nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA369CAbsorbance of electromagnetic radiation (369nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA638CAbsorbance of electromagnetic radiation (638nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA507CAbsorbance of electromagnetic radiation (507nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA351CAbsorbance of electromagnetic radiation (351nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA420CAbsorbance of electromagnetic radiation (420nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA647CAbsorbance of electromagnetic radiation (647nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA654CAbsorbance of electromagnetic radiation (654nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA662CAbsorbance of electromagnetic radiation (662nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA508CAbsorbance of electromagnetic radiation (508nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA357CAbsorbance of electromagnetic radiation (357nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA425CAbsorbance of electromagnetic radiation (425nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA485CAbsorbance of electromagnetic radiation (485nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA573CAbsorbance of electromagnetic radiation (573nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA534CAbsorbance of electromagnetic radiation (534nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA621CAbsorbance of electromagnetic radiation (621nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA359CAbsorbance of electromagnetic radiation (359nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA628CAbsorbance of electromagnetic radiation (628nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA373CAbsorbance of electromagnetic radiation (373nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA618CAbsorbance of electromagnetic radiation (618nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA467CAbsorbance of electromagnetic radiation (467nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA661CAbsorbance of electromagnetic radiation (661nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA637CAbsorbance of electromagnetic radiation (637nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA431CAbsorbance of electromagnetic radiation (431nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA489CAbsorbance of electromagnetic radiation (489nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA683CAbsorbance of electromagnetic radiation (683nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA629CAbsorbance of electromagnetic radiation (629nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA447CAbsorbance of electromagnetic radiation (447nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA631CAbsorbance of electromagnetic radiation (631nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA393CAbsorbance of electromagnetic radiation (393nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA599CAbsorbance of electromagnetic radiation (599nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA606CAbsorbance of electromagnetic radiation (606nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA681CAbsorbance of electromagnetic radiation (681nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA433CAbsorbance of electromagnetic radiation (433nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA408CAbsorbance of electromagnetic radiation (408nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA586CAbsorbance of electromagnetic radiation (586nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA636CAbsorbance of electromagnetic radiation (636nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA604CAbsorbance of electromagnetic radiation (604nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA608CAbsorbance of electromagnetic radiation (608nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA495CAbsorbance of electromagnetic radiation (495nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA457CAbsorbance of electromagnetic radiation (457nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA659CAbsorbance of electromagnetic radiation (659nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA613CAbsorbance of electromagnetic radiation (613nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA490CAbsorbance of electromagnetic radiation (490nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA421CAbsorbance of electromagnetic radiation (421nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA437CAbsorbance of electromagnetic radiation (437nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA497CAbsorbance of electromagnetic radiation (497nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA652CAbsorbance of electromagnetic radiation (652nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA422CAbsorbance of electromagnetic radiation (422nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA529CAbsorbance of electromagnetic radiation (529nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA576CAbsorbance of electromagnetic radiation (576nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA456CAbsorbance of electromagnetic radiation (456nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA658CAbsorbance of electromagnetic radiation (658nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA684CAbsorbance of electromagnetic radiation (684nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA545CAbsorbance of electromagnetic radiation (545nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA700CAbsorbance of electromagnetic radiation (700nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA691CAbsorbance of electromagnetic radiation (691nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA443CAbsorbance of electromagnetic radiation (443nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA646CAbsorbance of electromagnetic radiation (646nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA448CAbsorbance of electromagnetic radiation (448nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA396CAbsorbance of electromagnetic radiation (396nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA519CAbsorbance of electromagnetic radiation (519nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA598CAbsorbance of electromagnetic radiation (598nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA644CAbsorbance of electromagnetic radiation (644nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA648CAbsorbance of electromagnetic radiation (648nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA389CAbsorbance of electromagnetic radiation (389nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA666CAbsorbance of electromagnetic radiation (666nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA674CAbsorbance of electromagnetic radiation (674nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA418CAbsorbance of electromagnetic radiation (418nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA397CAbsorbance of electromagnetic radiation (397nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA563CAbsorbance of electromagnetic radiation (563nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA459CAbsorbance of electromagnetic radiation (459nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA569CAbsorbance of electromagnetic radiation (569nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:PPABC1XXLight absorbance (PAR wavelengths by phytoplankton) in the water body by estimation from phytoplankton spectral absorbtion coefficients after Dubinsky (1980)
P01:SWLA499CAbsorbance of electromagnetic radiation (499nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA673CAbsorbance of electromagnetic radiation (673nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA502CAbsorbance of electromagnetic radiation (502nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA696CAbsorbance of electromagnetic radiation (696nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA585CAbsorbance of electromagnetic radiation (585nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA441CAbsorbance of electromagnetic radiation (441nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA543CAbsorbance of electromagnetic radiation (543nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA364CAbsorbance of electromagnetic radiation (364nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA612CAbsorbance of electromagnetic radiation (612nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA559CAbsorbance of electromagnetic radiation (559nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA549CAbsorbance of electromagnetic radiation (549nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA649CAbsorbance of electromagnetic radiation (649nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA592CAbsorbance of electromagnetic radiation (592nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA423CAbsorbance of electromagnetic radiation (423nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA695CAbsorbance of electromagnetic radiation (695nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA455CAbsorbance of electromagnetic radiation (455nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA368CAbsorbance of electromagnetic radiation (368nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA562CAbsorbance of electromagnetic radiation (562nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA450CAbsorbance of electromagnetic radiation (450nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA575CAbsorbance of electromagnetic radiation (575nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA530CAbsorbance of electromagnetic radiation (530nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA386CAbsorbance of electromagnetic radiation (386nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA560CAbsorbance of electromagnetic radiation (560nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA535CAbsorbance of electromagnetic radiation (535nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA400CAbsorbance of electromagnetic radiation (400nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA539CAbsorbance of electromagnetic radiation (539nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA685CAbsorbance of electromagnetic radiation (685nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA640CAbsorbance of electromagnetic radiation (640nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA374CAbsorbance of electromagnetic radiation (374nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA690CAbsorbance of electromagnetic radiation (690nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA442CAbsorbance of electromagnetic radiation (442nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA434CAbsorbance of electromagnetic radiation (434nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA694CAbsorbance of electromagnetic radiation (694nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA406CAbsorbance of electromagnetic radiation (406nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA583CAbsorbance of electromagnetic radiation (583nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA686CAbsorbance of electromagnetic radiation (686nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA617CAbsorbance of electromagnetic radiation (617nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA376CAbsorbance of electromagnetic radiation (376nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA506CAbsorbance of electromagnetic radiation (506nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA589CAbsorbance of electromagnetic radiation (589nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA609CAbsorbance of electromagnetic radiation (609nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA521CAbsorbance of electromagnetic radiation (521nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA460CAbsorbance of electromagnetic radiation (460nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA424CAbsorbance of electromagnetic radiation (424nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA526CAbsorbance of electromagnetic radiation (526nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA570CAbsorbance of electromagnetic radiation (570nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA411CAbsorbance of electromagnetic radiation (411nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA365CAbsorbance of electromagnetic radiation (365nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA520CAbsorbance of electromagnetic radiation (520nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA653CAbsorbance of electromagnetic radiation (653nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA579CAbsorbance of electromagnetic radiation (579nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA678CAbsorbance of electromagnetic radiation (678nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA547CAbsorbance of electromagnetic radiation (547nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA593CAbsorbance of electromagnetic radiation (593nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA687CAbsorbance of electromagnetic radiation (687nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA439CAbsorbance of electromagnetic radiation (439nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA471CAbsorbance of electromagnetic radiation (471nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA446CAbsorbance of electromagnetic radiation (446nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA475CAbsorbance of electromagnetic radiation (475nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA548CAbsorbance of electromagnetic radiation (548nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA635CAbsorbance of electromagnetic radiation (635nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA591CAbsorbance of electromagnetic radiation (591nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA595CAbsorbance of electromagnetic radiation (595nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA550CAbsorbance of electromagnetic radiation (550nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA657CAbsorbance of electromagnetic radiation (657nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA413CAbsorbance of electromagnetic radiation (413nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA473CAbsorbance of electromagnetic radiation (473nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA501CAbsorbance of electromagnetic radiation (501nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA510CAbsorbance of electromagnetic radiation (510nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA561CAbsorbance of electromagnetic radiation (561nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA378CAbsorbance of electromagnetic radiation (378nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA668CAbsorbance of electromagnetic radiation (668nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA536CAbsorbance of electromagnetic radiation (536nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA623CAbsorbance of electromagnetic radiation (623nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA552CAbsorbance of electromagnetic radiation (552nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA677CAbsorbance of electromagnetic radiation (677nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA429CAbsorbance of electromagnetic radiation (429nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA503CAbsorbance of electromagnetic radiation (503nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA566CAbsorbance of electromagnetic radiation (566nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA461CAbsorbance of electromagnetic radiation (461nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA663CAbsorbance of electromagnetic radiation (663nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA538CAbsorbance of electromagnetic radiation (538nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA625CAbsorbance of electromagnetic radiation (625nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA398CAbsorbance of electromagnetic radiation (398nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA671CAbsorbance of electromagnetic radiation (671nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA622CAbsorbance of electromagnetic radiation (622nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA676CAbsorbance of electromagnetic radiation (676nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA428CAbsorbance of electromagnetic radiation (428nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA603CAbsorbance of electromagnetic radiation (603nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA574CAbsorbance of electromagnetic radiation (574nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA699CAbsorbance of electromagnetic radiation (699nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA476CAbsorbance of electromagnetic radiation (476nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA624CAbsorbance of electromagnetic radiation (624nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA380CAbsorbance of electromagnetic radiation (380nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA405CAbsorbance of electromagnetic radiation (405nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA588CAbsorbance of electromagnetic radiation (588nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA483CAbsorbance of electromagnetic radiation (483nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA511CAbsorbance of electromagnetic radiation (511nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA590CAbsorbance of electromagnetic radiation (590nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA601CAbsorbance of electromagnetic radiation (601nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA492CAbsorbance of electromagnetic radiation (492nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA444CAbsorbance of electromagnetic radiation (444nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA381CAbsorbance of electromagnetic radiation (381nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA698CAbsorbance of electromagnetic radiation (698nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA410CAbsorbance of electromagnetic radiation (410nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA517CAbsorbance of electromagnetic radiation (517nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA564CAbsorbance of electromagnetic radiation (564nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA458CAbsorbance of electromagnetic radiation (458nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA466CAbsorbance of electromagnetic radiation (466nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA491CAbsorbance of electromagnetic radiation (491nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA578CAbsorbance of electromagnetic radiation (578nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA355CAbsorbance of electromagnetic radiation (355nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA672CAbsorbance of electromagnetic radiation (672nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA533CAbsorbance of electromagnetic radiation (533nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA565CAbsorbance of electromagnetic radiation (565nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA438CAbsorbance of electromagnetic radiation (438nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA627CAbsorbance of electromagnetic radiation (627nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA371CAbsorbance of electromagnetic radiation (371nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA440CAbsorbance of electromagnetic radiation (440nm wavelength) {gelbstoff light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA634CAbsorbance of electromagnetic radiation (634nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA391CAbsorbance of electromagnetic radiation (391nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA436CAbsorbance of electromagnetic radiation (436nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA688CAbsorbance of electromagnetic radiation (688nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA643CAbsorbance of electromagnetic radiation (643nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA465CAbsorbance of electromagnetic radiation (465nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA611CAbsorbance of electromagnetic radiation (611nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA553CAbsorbance of electromagnetic radiation (553nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA445CAbsorbance of electromagnetic radiation (445nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA540CAbsorbance of electromagnetic radiation (540nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA500CAbsorbance of electromagnetic radiation (500nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA488CAbsorbance of electromagnetic radiation (488nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA504CAbsorbance of electromagnetic radiation (504nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA481CAbsorbance of electromagnetic radiation (481nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA377CAbsorbance of electromagnetic radiation (377nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA551CAbsorbance of electromagnetic radiation (551nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA610CAbsorbance of electromagnetic radiation (610nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA384CAbsorbance of electromagnetic radiation (384nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA557CAbsorbance of electromagnetic radiation (557nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA487CAbsorbance of electromagnetic radiation (487nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA515CAbsorbance of electromagnetic radiation (515nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA496CAbsorbance of electromagnetic radiation (496nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA350CAbsorbance of electromagnetic radiation (350nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA354CAbsorbance of electromagnetic radiation (354nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA670CAbsorbance of electromagnetic radiation (670nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA367CAbsorbance of electromagnetic radiation (367nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA531CAbsorbance of electromagnetic radiation (531nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA404CAbsorbance of electromagnetic radiation (404nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA639CAbsorbance of electromagnetic radiation (639nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA352CAbsorbance of electromagnetic radiation (352nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA689CAbsorbance of electromagnetic radiation (689nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA600CAbsorbance of electromagnetic radiation (600nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA477CAbsorbance of electromagnetic radiation (477nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA537CAbsorbance of electromagnetic radiation (537nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA580CAbsorbance of electromagnetic radiation (580nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA482CAbsorbance of electromagnetic radiation (482nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA486CAbsorbance of electromagnetic radiation (486nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA375CAbsorbance of electromagnetic radiation (375nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA692CAbsorbance of electromagnetic radiation (692nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA596CAbsorbance of electromagnetic radiation (596nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA452CAbsorbance of electromagnetic radiation (452nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA525CAbsorbance of electromagnetic radiation (525nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA615CAbsorbance of electromagnetic radiation (615nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA555CAbsorbance of electromagnetic radiation (555nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA680CAbsorbance of electromagnetic radiation (680nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA432CAbsorbance of electromagnetic radiation (432nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA523CAbsorbance of electromagnetic radiation (523nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA527CAbsorbance of electromagnetic radiation (527nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA541CAbsorbance of electromagnetic radiation (541nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA362CAbsorbance of electromagnetic radiation (362nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA430CAbsorbance of electromagnetic radiation (430nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA451CAbsorbance of electromagnetic radiation (451nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA682CAbsorbance of electromagnetic radiation (682nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA571CAbsorbance of electromagnetic radiation (571nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA409CAbsorbance of electromagnetic radiation (409nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA478CAbsorbance of electromagnetic radiation (478nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA546CAbsorbance of electromagnetic radiation (546nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA633CAbsorbance of electromagnetic radiation (633nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA605CAbsorbance of electromagnetic radiation (605nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA385CAbsorbance of electromagnetic radiation (385nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA577CAbsorbance of electromagnetic radiation (577nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA479CAbsorbance of electromagnetic radiation (479nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA512CAbsorbance of electromagnetic radiation (512nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA516CAbsorbance of electromagnetic radiation (516nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA494CAbsorbance of electromagnetic radiation (494nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA370CAbsorbance of electromagnetic radiation (370nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA383CAbsorbance of electromagnetic radiation (383nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA387CAbsorbance of electromagnetic radiation (387nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA412CAbsorbance of electromagnetic radiation (412nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA514CAbsorbance of electromagnetic radiation (514nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA693CAbsorbance of electromagnetic radiation (693nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA655CAbsorbance of electromagnetic radiation (655nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA353CAbsorbance of electromagnetic radiation (353nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA641CAbsorbance of electromagnetic radiation (641nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA493CAbsorbance of electromagnetic radiation (493nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA616CAbsorbance of electromagnetic radiation (616nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA567CAbsorbance of electromagnetic radiation (567nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA469CAbsorbance of electromagnetic radiation (469nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA581CAbsorbance of electromagnetic radiation (581nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA509CAbsorbance of electromagnetic radiation (509nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA358CAbsorbance of electromagnetic radiation (358nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA427CAbsorbance of electromagnetic radiation (427nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA360CAbsorbance of electromagnetic radiation (360nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA463CAbsorbance of electromagnetic radiation (463nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA449CAbsorbance of electromagnetic radiation (449nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA664CAbsorbance of electromagnetic radiation (664nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA645CAbsorbance of electromagnetic radiation (645nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA379CAbsorbance of electromagnetic radiation (379nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA468CAbsorbance of electromagnetic radiation (468nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA415CAbsorbance of electromagnetic radiation (415nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA630CAbsorbance of electromagnetic radiation (630nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA556CAbsorbance of electromagnetic radiation (556nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA366CAbsorbance of electromagnetic radiation (366nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA524CAbsorbance of electromagnetic radiation (524nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA665CAbsorbance of electromagnetic radiation (665nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA417CAbsorbance of electromagnetic radiation (417nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA505CAbsorbance of electromagnetic radiation (505nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA382CAbsorbance of electromagnetic radiation (382nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA607CAbsorbance of electromagnetic radiation (607nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA651CAbsorbance of electromagnetic radiation (651nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA414CAbsorbance of electromagnetic radiation (414nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA660CAbsorbance of electromagnetic radiation (660nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA498CAbsorbance of electromagnetic radiation (498nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA656CAbsorbance of electromagnetic radiation (656nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA620CAbsorbance of electromagnetic radiation (620nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA356CAbsorbance of electromagnetic radiation (356nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA416CAbsorbance of electromagnetic radiation (416nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA464CAbsorbance of electromagnetic radiation (464nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA626CAbsorbance of electromagnetic radiation (626nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA480CAbsorbance of electromagnetic radiation (480nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA642CAbsorbance of electromagnetic radiation (642nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA522CAbsorbance of electromagnetic radiation (522nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA395CAbsorbance of electromagnetic radiation (395nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA399CAbsorbance of electromagnetic radiation (399nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA597CAbsorbance of electromagnetic radiation (597nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA454CAbsorbance of electromagnetic radiation (454nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SDLA440CAbsorbance standard deviation of electromagnetic radiation (440nm wavelength) {gelbstoff light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA602CAbsorbance of electromagnetic radiation (602nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA619CAbsorbance of electromagnetic radiation (619nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA667CAbsorbance of electromagnetic radiation (667nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA419CAbsorbance of electromagnetic radiation (419nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA426CAbsorbance of electromagnetic radiation (426nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA528CAbsorbance of electromagnetic radiation (528nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA435CAbsorbance of electromagnetic radiation (435nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA669CAbsorbance of electromagnetic radiation (669nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA403CAbsorbance of electromagnetic radiation (403nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA544CAbsorbance of electromagnetic radiation (544nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA453CAbsorbance of electromagnetic radiation (453nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA462CAbsorbance of electromagnetic radiation (462nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA587CAbsorbance of electromagnetic radiation (587nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA542CAbsorbance of electromagnetic radiation (542nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA572CAbsorbance of electromagnetic radiation (572nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA402CAbsorbance of electromagnetic radiation (402nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA675CAbsorbance of electromagnetic radiation (675nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA518CAbsorbance of electromagnetic radiation (518nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA697CAbsorbance of electromagnetic radiation (697nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA372CAbsorbance of electromagnetic radiation (372nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA390CAbsorbance of electromagnetic radiation (390nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA394CAbsorbance of electromagnetic radiation (394nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA484CAbsorbance of electromagnetic radiation (484nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA650CAbsorbance of electromagnetic radiation (650nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA614CAbsorbance of electromagnetic radiation (614nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA388CAbsorbance of electromagnetic radiation (388nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA679CAbsorbance of electromagnetic radiation (679nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA392CAbsorbance of electromagnetic radiation (392nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA594CAbsorbance of electromagnetic radiation (594nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA568CAbsorbance of electromagnetic radiation (568nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA472CAbsorbance of electromagnetic radiation (472nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA554CAbsorbance of electromagnetic radiation (554nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:SWLA401CAbsorbance of electromagnetic radiation (401nm wavelength) {light absorbance} in the water body [dissolved plus reactive particulate <0.1um phase] by filtration and spectrophotometry
P01:WINDXMODVelocity along x-axis of wind (at 10 metres) in the atmosphere by model prediction
P01:AMBNSP20Sound pressure level of ambient noise (80Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP37Sound pressure level of ambient noise (4000Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP35Sound pressure level of ambient noise (2500Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSPL1Sound pressure level of ambient noise in the water body
P01:AMBNSP26Sound pressure level of ambient noise (315Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP29Sound pressure level of ambient noise (630Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP25Sound pressure level of ambient noise (250Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP23Sound pressure level of ambient noise (160Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:NOYSSTK3Noise (background) in the water body by SonTek current meter beam 3
P01:AMBNSP24Sound pressure level of ambient noise (200Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP14Sound pressure level of ambient noise (20Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP15Sound pressure level of ambient noise (25Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP18Sound pressure level of ambient noise (50Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP19Sound pressure level of ambient noise (63Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP13Sound pressure level of ambient noise (63Hz-centred one-third-octave frequency band, 20s interval) relative to 1 micropascal in the water body
P01:NOYSRB01Noise (RMS background) in the water body by inverted echo sounder
P01:AMBNSP12Sound pressure level of ambient noise (125Hz-centred one-third-octave frequency band, 20s interval) relative to 1 micropascal in the water body
P01:AMBNSP36Sound pressure level of ambient noise (3150Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP40Sound pressure level of ambient noise (8000Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP33Sound pressure level of ambient noise (1600Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP38Sound pressure level of ambient noise (5000Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP21Sound pressure level of ambient noise (100Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP22Sound pressure level of ambient noise (125Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:NOYSSTK2Noise (background) in the water body by SonTek current meter beam 2
P01:AMBNSP10Sound pressure level of ambient noise (20s interval) relative to 1 micropascal in the water body
P01:AMBNSP11Sound pressure level of ambient noise (2000Hz-centred one-third-octave frequency band, 20s interval) relative to 1 micropascal in the water body
P01:AMBNSP32Sound pressure level of ambient noise (1250Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP39Sound pressure level of ambient noise (6300Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP41Sound pressure level of ambient noise (10000Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP27Sound pressure level of ambient noise (400Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP28Sound pressure level of ambient noise (500Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP30Sound pressure level of ambient noise (800Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP34Sound pressure level of ambient noise (2000Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:NOYSSTK1Noise (background) in the water body by SonTek current meter beam 1
P01:AMBNSP16Sound pressure level of ambient noise (31.5Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP17Sound pressure level of ambient noise (40Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:AMBNSP31Sound pressure level of ambient noise (1000Hz-centred one-third-octave frequency band, time interval specified elsewhere) relative to 1 micropascal in the water body
P01:IRRDPP01Downwelling 2-pi scalar irradiance as photons of electromagnetic radiation (PAR wavelengths) in the water body by 2-pi scalar radiometer
P01:IRRUPP01Upwelling 2-pi scalar irradiance as photons of electromagnetic radiation (PAR wavelengths) in the water body by 2-pi scalar radiometer
P01:SKEWFA01Skewness of waves in the water body by waverider
P01:COSSGCXXSaturation of carbonyl sulphide {COS CAS 463-58-1} in the water body [dissolved plus reactive particulate phase] by gas chromatography and computation from concentration
P01:PCO2SS01Partial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the water body by spectrophotometric absorbance at two different wavelengths of CO2-equilibrated fixed alkalinity dye solution
P01:PCO2GC01Partial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the water body by gas chromatography
P01:PCO2IERRPartial pressure error of carbon dioxide {pCO2 CAS 124-38-9} in the water body by equilibration with air, drying and constant temperature non-dispersive infra-red gas analysis and standards calibration, correction to 1 bar at 100% humidity and Takahashi correction to in-situ temperature
P01:PCO2TU01Partial pressure of carbon dioxide {pCO2 CAS 124-38-9} in the water body by shower-head equilibration with air, drying and gas chromatography and Turner correction to in-situ temperature
P01:PCO2TK02Partial pressure of carbon dioxide {pCO2 CAS 124-38-9} in the water body by equilibration with air, drying and constant temperature non-dispersive infra-red gas analysis and standards calibration, correction to 1 bar at 100% humidity and Takahashi correction to in-situ temperature
P01:PCO2EG01Partial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the water body by equilibration with air, drying and infra-red gas analysis
P01:PCO2XXXXPartial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the water body
P01:PCO2TK01Partial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the water body by shower-head equilibration with air, drying and gas chromatography and Takahashi correction to in-situ temperature
P01:PCO2IG02Partial pressure of carbon dioxide {pCO2 CAS 124-38-9} in the water body by equilibration with air, drying and constant temperature non-dispersive infra-red gas analysis and standards calibration and correction to 1 bar at 100% humidity
P01:ALPHAF01Photosynthesis maximum light utilisation coefficient in the water body by single turnover fast repetition rate (FRR) fluorometry and PvI curve analysis
P01:NPSIIF01Density (relative to chlorophyll-a) of functional PSII centres {n(PSII)} in the water body by single turnover fast repetition rate (FRR) fluorometry
P01:EKPRXX02Photosynthesis light saturation index in the water body by multiple turnover pulse-amplitude modulation (PAM) fluorometry and PvI curve analysis
P01:ETRMXF01Maximum photosynthetic electron transport rate (normalised to chlorophyll-a) {ETRmax(chl)} in the water body by single turnover fast repetition rate (FRR) fluorometry
P01:EKPRXX01Photosynthesis light saturation index in the water body by single turnover fast repetition rate (FRR) fluorometry and PvI curve analysis
P01:EOPTXX02Photosynthesis optimum irradiance (PAR wavelengths) in the water body by multiple turnover pulse-amplitude modulation (PAM) fluorometry and PvI curve analysis
P01:ETRRXF01Relative photosynthetic electron transport rate {rETR} in the water body by single turnover fast repetition rate (FRR) fluorometry
P01:ALPHAF02Photosynthesis maximum light utilisation coefficient in the water body by multiple turnover pulse-amplitude modulation (PAM) fluorometry and PvI curve analysis
P01:ISMA1502Atomic ratio of organic carbon/nitrogen {Corg/N} in the suspended particulate material
P01:LCIFECL2Log ligand binding strength 95 per cent confidence interval of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L2)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:ARURXX03Activity ratio of uranium-238/uranium-236 {238U/236U} in the water body [dissolved plus reactive particulate
P01:SDFLCVD5Log ligand binding strength standard deviation of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:LOGCUCS5Log ligand binding strength of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:ATOFMORGNumber (in sample) of particles (organic-rich) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:NF01FR01Photochemical quantum efficiency {Fv/Fm} in the water body by single turnover fast repetition rate (FRR) fluorometry
P01:FVFMFR02Photochemical quantum efficiency {Fv/Fm or Phi} in the water body by in-situ fast repetition rate fluorometer (FRRF) and calculation from Fm and Fo fluorescence yields from the light chamber
P01:ARNDAP11Atomic ratio standard deviation of neodymium-143/neodymium-144 {143Nd/144Nd} in the atmosphere [aerosol phase]
P01:ARTHTTSDActivity ratio standard error of thorium-232/thorium-230 {232Th/230Th} in the water body [dissolved plus reactive particulate phase] by acidification and inductively-coupled plasma mass spectrometry
P01:NDG10SS1Neutral drag coefficient (starboard-mounted sensor) in the atmosphere by in-situ sonic anemometer and corrected to a height of 10m and calculated through the inertial dissipation method
P01:JB353114Relative abundance of amplifiable DNA sequences of Bacteroidetes [Subgroup: p1-7] in the water body by polymerase chain reaction with p1-7 primer; serial dilution and relative UV fluorescence product assay and most probable number analysis
P01:ATOFMECLNumber (in sample) of particles (long molecule elemental carbon containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:LTM01414Log ligand binding strength lower uncertainty of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.2 and cathodic stripping voltammetry
P01:ARTH02MSActivity ratio of thorium-232/thorium-230 {232Th/230Th} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, acidification and inductively-coupled plasma mass spectrometry
P01:LOGFECL2Log ligand binding strength of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L2)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:CLCTECALSaturation state of calcite in the experiment water sample by computation
P01:WMOCHVXXHorizontal visibility (WMO code) in the atmosphere by visual estimation and conversion to WMO code using table 4300
P01:LOG4SDL1Log ligand binding strength standard deviation of iron-complexing organic ligands (of the stronger dissolved iron-binding ligand (L1)) in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and cathodic stripping voltammetry
P01:RA226228Activity ratio of radium-228/radium-226 {228Ra/226Ra} in the water body [dissolved plus reactive particulate phase]
P01:ATOFMSV2Number (in sample) of particles (vanadium-containing population 2) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:SDLO4EL2Log ligand binding strength standard deviation of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L2)) in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and cathodic stripping voltammetry
P01:ARPBXX03Atomic ratio of lead-206/lead-204 {206Pb/204Pb} in the water body [dissolved plus reactive particulate phase]
P01:LTM00990Log ligand binding strength lower uncertainty of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.6 and cathodic stripping voltammetry
P01:ARSDECALSaturation state standard deviation of aragonite in the experiment water sample by computation
P01:ARTH02SDActivity ratio standard error of thorium-232/thorium-230 {232Th/230Th} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, acidification and inductively-coupled plasma mass spectrometry
P01:LOGFECL1Log ligand binding strength of iron-complexing organic ligands (of the stronger dissolved iron-binding ligand (L1)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:WMOCCTMCCloud type (middle clouds) in the atmosphere by visual estimation and conversion to WMO code
P01:LTM01919Log ligand binding strength lower uncertainty of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 8.05 and cathodic stripping voltammetry
P01:Z69B8110Relative abundance of amplifiable DNA sequences (95 percent confidence interval) of Bacteroidetes [Subgroup: p1-7] in the water body by polymerase chain reaction with p1-7 primer; serial dilution and relative UV fluorescence product assay and most probable number analysis
P01:Y2227937Relative abundance of amplifiable DNA sequences of Bacteroidetes [Subgroup: True Agg58] in the water body by polymerase chain reaction with True Agg58 primer; serial dilution and relative UV fluorescence product assay and most probable number analysis
P01:THRTAPXTActivity ratio of thorium-230/thorium-232 {230Th/232Th} in the sediment by digestion, purification, plating and alpha spectroscopy
P01:ATOINCINNumber (in sample) of particles (incinerator-derived) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:ATOFMTOBNumber (in sample) of particles (tobacco-derived) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:O5899697Relative abundance of amplifiable DNA sequences (95 percent confidence interval) of Bacteroidetes [Subgroup: p3-42] in the water body by polymerase chain reaction with p3-42 primer; serial dilution and relative UV fluorescence product assay and most probable number analysis
P01:H764B7A0Relative abundance of amplifiable DNA sequences of Bacteroidetes [Subgroup: p3-42] in the water body by polymerase chain reaction with p3-42 primer; serial dilution and relative UV fluorescence product assay and most probable number analysis
P01:ATOFMNICNumber (in sample) of particles (nicotine-containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:LOGCUCL1Log ligand binding strength of copper-complexing organic ligands (of the stronger dissolved copper-binding ligand (L1)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:SDLO4EL3Log ligand binding strength standard deviation of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L3)) in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and cathodic stripping voltammetry
P01:ARPBAP17Atomic ratio standard deviation of lead-207/lead-204 {207Pb/204Pb} in the atmosphere [aerosol phase]
P01:CLSDECALSaturation state standard deviation of calcite in the experiment water sample by computation
P01:FVFMFR03Photochemical quantum efficiency {Fv/Fm} in the water body by in-situ fast repetition rate fluorometer (FRRF) and calculation from blank-corrected Fm and Fo fluorescence yields from the light chamber
P01:APO77005Activity ratio of polonium-210/lead-210 {210Po/210Pb} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration, acidification and alpha spectroscopy
P01:ATOFMSV1Number (in sample) of particles (vanadium-containing population 1) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:R520PP01Reflectance (520nm wavelength) in the water body by 2-pi scalar radiometer and division of upwelling irradiance by downwelling irradiance
P01:ARPBXX02Atomic ratio uncertainty of lead-206/lead-207 {206Pb/207Pb} in the water body [dissolved plus reactive particulate phase]
P01:ISMJUN01Atomic ratio of organic carbon/nitrogen {Corg/N} in the sediment
P01:LOGFLEL2Log ligand binding strength lower uncertainty of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L2)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:SDFLCVDNLog ligand binding strength standard deviation of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <10**6 Dalton phase] by filtration and cathodic stripping voltammetry
P01:FVFMFR01Photochemical quantum efficiency {Fv/Fm or Phi} in the water body by in-situ fast repetition rate fluorometer (FRRF) and calculation from Fm and Fo fluorescence yields from the dark chamber
P01:SEIRAMDPAtomic ratio standard error of iodine-129/iodine-127 {129I/127I} in the water body [dissolved plus reactive particulate phase] by AgI precipitation and accelerator mass spectrometry
P01:R490PP01Reflectance (490nm wavelength) in the water body by 2-pi scalar radiometer and division of upwelling irradiance by downwelling irradiance
P01:LCIFECL1Log ligand binding strength 95 per cent confidence interval of iron-complexing organic ligands (of the stronger dissolved iron-binding ligand (L1)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:ATOFDBIONumber (in sample) of particles (biogenic dust) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:PB67MSD2Atomic ratio of lead-206/lead-207 {206Pb/207Pb} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:ZNLSCVZZLog ligand binding strength of zinc-complexing organic ligands {Zn_org_ligands} in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:ARPBAP05Atomic ratio of lead-208/lead-207 {208Pb/207Pb} in the atmosphere [aerosol phase]
P01:FELSCVE6Log ligand binding strength standard error of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:ARPBX205Atomic ratio of lead-208/lead-207 {208Pb/207Pb} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:COXNFT01Log10 Cox Number in the water body by turbulence profiler fast temperature sensor
P01:FVFMFIR1Photochemical quantum efficiency {Fv/Fm} in the water body by fluorescence induction and relaxation (FIRe) fluorometer and calculation from Fm and Fo fluorescence yields from the dark chamber
P01:ARPBXX09Atomic ratio of lead-208/lead-204 {208Pb/204Pb} in the water body [dissolved plus reactive particulate phase]
P01:MLITCNTSCount of micro-litter particles in the sediment by categorisation using EMODnet chemistry reporting protocol
P01:NDG10SP1Neutral drag coefficient (port-mounted sensor) in the atmosphere by in-situ sonic anemometer and corrected to a height of 10m and calculated through the inertial dissipation method
P01:FVFMMIBLPhotochemical quantum efficiency {Fv/Fm} in the water body by bench fast repetition rate fluorometer (FRRF) and calculation from blank-corrected Fm and Fo fluorescence yields from the dark chamber
P01:WMOCCTACCloud type (all clouds) in the atmosphere by visual estimation and conversion to WMO code
P01:SETRAPXTActivity ratio standard error of thorium-230/thorium-232 {230Th/232Th} in the sediment by digestion, purification, plating and alpha spectroscopy
P01:ARPBXX05Atomic ratio of lead-208/lead-207 {208Pb/207Pb} in the water body [dissolved plus reactive particulate phase]
P01:ARPBAP01Atomic ratio of lead-206/lead-207 {206Pb/207Pb} in the atmosphere [aerosol phase]
P01:ARPBXX08Atomic ratio uncertainty of lead-207/lead-204 {207Pb/204Pb} in the water body [dissolved plus reactive particulate phase]
P01:SDLFCUE6Log ligand binding strength upper uncertainty of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:PSTSXX01Relative expression in Prochlorococcus + Synechococcus (ITIS 601) of PSTS {phosphate binding protein} in the water body by antibody doping and Western dot blot
P01:ATOFMSD2Number (in sample) of particles (dust population 2) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:ARPBXX14Atomic ratio standard deviation of lead-208/lead-207 {208Pb/207Pb} in the water body [dissolved plus reactive particulate phase]
P01:LOGFECL3Log ligand binding strength of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L3)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:ARPBAP13Atomic ratio standard deviation of lead-206/lead-204 {206Pb/204Pb} in the atmosphere [aerosol phase]
P01:URATAPXTActivity ratio of uranium-234/uranium-238 {234U/238U} in the sediment by digestion, purification, plating and alpha spectroscopy
P01:LTM01010Log ligand binding strength upper uncertainty of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.6 and cathodic stripping voltammetry
P01:SEURAPXTActivity ratio standard error of uranium-234/uranium-238 {234U/238U} in the sediment by digestion, purification, plating and alpha spectroscopy
P01:O643A757Mean number of eggs per egg sac of Oithona similis (ITIS: 88805: WoRMS 106656) in the water body by optical microscopy
P01:ARPBXX13Atomic ratio standard deviation of lead-206/lead-207 {206Pb/207Pb} in the water body [dissolved plus reactive particulate phase]
P01:COLGCVZZLog ligand binding strength of cobalt-complexing organic ligands {Co_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:ARPBXX12Atomic ratio uncertainty of lead-208/lead-206 {208Pb/206Pb} in the water body [dissolved plus reactive particulate phase]
P01:FELSCVULLog ligand binding strength of iron-complexing organic ligands (iron-complexing, upper limit calculated from unfiltered iron concentration) in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:LOGFSDL1Log ligand binding strength standard deviation of iron-complexing organic ligands (of the stronger dissolved iron-binding ligand (L1)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:LTM02525Log ligand binding strength upper uncertainty of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.6 and cathodic stripping voltammetry
P01:ARPBAP11Atomic ratio standard deviation of lead-206/lead-207 {206Pb/207Pb} in the atmosphere [aerosol phase]
P01:LLBSEDL2Log ligand binding strength lower uncertainty of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L2)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:GSALLWATCount of Halichoerus grypus (ITIS: 180653: WoRMS 137080) in the water body
P01:SDFLCVZZLog ligand binding strength standard deviation of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:ARPBXX11Atomic ratio of lead-208/lead-206 {208Pb/206Pb} in the water body [dissolved plus reactive particulate phase]
P01:PB67MSP2Atomic ratio of lead-206/lead-207 {206Pb/207Pb} in the water body [particulate >0.4/0.45um phase] by filtration and inductively-coupled plasma mass spectrometry
P01:R632PP01Reflectance (632nm wavelength) in the water body by 2-pi scalar radiometer and division of upwelling irradiance by downwelling irradiance
P01:WMOCCTLCCloud type (low clouds) in the atmosphere by visual estimation and conversion to WMO code
P01:NF01FR02Photochemical quantum efficiency standard deviation {Fv/Fm} in the water body by single turnover fast repetition rate (FRR) fluorometry
P01:WMOCDWXXDirection (from) of wind relative to True North {wind direction} in the atmosphere by visual estimation and conversion to WMO code using table 0885/0877
P01:SDFLCVULLog ligand binding strength standard deviation of iron-complexing organic ligands (iron-complexing, upper limit calculated from unfiltered iron concentration) in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:SDZLCVZZLog ligand binding strength standard deviation of zinc-complexing organic ligands {Zn_org_ligands} in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:ARGTECALSaturation state of aragonite in the experiment water sample by computation
P01:LOG4ECL3Log ligand binding strength of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L3)) in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and cathodic stripping voltammetry
P01:FVFMFIRXPhotochemical quantum efficiency {Fv/Fm} in the water body by fluorescence induction and relaxation (FIRe) fluorometer and calculation from blank-corrected Fm and Fo fluorescence yields from the dark chamber
P01:ARPBX203Atomic ratio of lead-206/lead-204 {206Pb/204Pb} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:FELSCVZZLog ligand binding strength of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:LLBSERL1Log ligand binding strength upper uncertainty of iron-complexing organic ligands (of the stronger dissolved iron-binding ligand (L1)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:LTM00330Log ligand binding strength of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 8.05 and cathodic stripping voltammetry
P01:ARPBXX01Atomic ratio of lead-206/lead-207 {206Pb/207Pb} in the water body [dissolved plus reactive particulate phase]
P01:LLBSEDL1Log ligand binding strength lower uncertainty of iron-complexing organic ligands (of the stronger dissolved iron-binding ligand (L1)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:ARPBXX07Atomic ratio of lead-207/lead-204 {207Pb/204Pb} in the water body [dissolved plus reactive particulate phase]
P01:OPCA013UNumber (in sample) of particles in the atmosphere [aerosol 0.1-3um phase] by particle sizer
P01:ATOFMNAKNumber (in sample) of particles (sodium- and potassium-containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:O36B7282Relative abundance of amplifiable DNA sequences of Bacteria (ITIS: 202421: WoRMS 6) in the water body by polymerase chain reaction with universal primer; serial dilution and relative UV fluorescence product assay and most probable number analysis
P01:LTM02424Log ligand binding strength lower uncertainty of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.6 and cathodic stripping voltammetry
P01:ARNDAP01Atomic ratio of neodymium-143/neodymium-144 {143Nd/144Nd} in the atmosphere [aerosol phase]
P01:ARPBXX06Atomic ratio uncertainty of lead-208/lead-207 {208Pb/207Pb} in the water body [dissolved plus reactive particulate phase]
P01:LTM02929Log ligand binding strength lower uncertainty of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.2 and cathodic stripping voltammetry
P01:R550PP01Reflectance (550nm wavelength) in the water body by 2-pi scalar radiometer and division of upwelling irradiance by downwelling irradiance
P01:LLBSERL2Log ligand binding strength upper uncertainty of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L2)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:ATOFMSXKNumber (in sample) of particles (potassium-containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:R450PP01Reflectance (450nm wavelength) in the water body by 2-pi scalar radiometer and division of upwelling irradiance by downwelling irradiance
P01:SDLFCLE6Log ligand binding strength lower uncertainty of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:LTM03030Log ligand binding strength upper uncertainty of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.2 and cathodic stripping voltammetry
P01:FELSCVLLLog ligand binding strength of iron-complexing organic ligands (iron-complexing, lower limit calculated from filtered (<0.2um) Fe) in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:ATOFMSSSNumber (in sample) of particles (sea salt) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:SDLOFEL2Log ligand binding strength standard deviation of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L2)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:LCIFECL3Log ligand binding strength 95 per cent confidence interval of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L3)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:WMOCWFBFSpeed of wind {wind speed} in the atmosphere by visual estimation and conversion to Beaufort scale
P01:SDFLCVLLLog ligand binding strength standard deviation of iron-complexing organic ligands (iron-complexing, lower limit calculated from filtered (<0.2um) Fe) in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:IORTAMDPAtomic ratio of iodine-129/iodine-127 {129I/127I} in the water body [dissolved plus reactive particulate phase] by AgI precipitation and accelerator mass spectrometry
P01:FELSCVDNLog ligand binding strength of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <10**6 Dalton phase] by filtration and cathodic stripping voltammetry
P01:ARPBAP07Atomic ratio of lead-207/lead-204 {207Pb/204Pb} in the atmosphere [aerosol phase]
P01:ATECOCSONumber (in sample) of particles (elemental carbon-, organic carbon- and sulphur oxide-containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:ARPBAP09Atomic ratio of lead-208/lead-204 {208Pb/204Pb} in the atmosphere [aerosol phase]
P01:FELSCVD5Log ligand binding strength of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:SDCOCVZZLog ligand binding strength standard deviation of cobalt-complexing organic ligands {Co_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:MLITCNTWCount of micro-litter particles in the water body by categorisation using EMODnet chemistry reporting protocol
P01:LOGFUEL2Log ligand binding strength upper uncertainty of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L2)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:LTM01818Log ligand binding strength of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 8.05 and cathodic stripping voltammetry
P01:ATOKECSONumber (in sample) of particles (potassium-, elemental carbon- and sulphur oxide-containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:ATOFMSECNumber (in sample) of particles (elemental carbon containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:SDLOFEL3Log ligand binding strength standard deviation of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L3)) in the water body [dissolved plus reactive particulate <0.2um phase] by filtration and cathodic stripping voltammetry
P01:LTM00880Log ligand binding strength of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.6 and cathodic stripping voltammetry
P01:ATOFMSCUNumber (in sample) of particles (copper-containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:LTM02828Log ligand binding strength of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.2 and cathodic stripping voltammetry
P01:MLITVOVOCount of micro-litter particles in the water body by filtration, ultrasonication extraction and microfluidic flow capillary raman spectroscopy and holography and categorisation using EMODnet chemistry reporting protocol
P01:ATOFMGNONumber (in sample) of particles (magnesium- and nitrogen oxide-containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:LOG4ECL1Log ligand binding strength of iron-complexing organic ligands (of the stronger dissolved iron-binding ligand (L1)) in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and cathodic stripping voltammetry
P01:ATOFMSD1Number (in sample) of particles (dust population 1) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:WMOCCTHCCloud type (high clouds) in the atmosphere by visual estimation and conversion to WMO code
P01:ATOFECSONumber (in sample) of particles (elemental carbon- and sulphur oxide-containing) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:ARPBX201Atomic ratio of lead-206/lead-207 {206Pb/207Pb} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:ARPBAP03Atomic ratio of lead-206/lead-204 {206Pb/204Pb} in the atmosphere [aerosol phase]
P01:FVFESD01Photochemical quantum efficiency standard deviation {Fv/Fm} in the experiment water sample by bench fast repetition rate fluorometer (FRRF) and calculation from Fm and Fo fluorescence yields from the dark chamber
P01:LTM01313Log ligand binding strength of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.2 and cathodic stripping voltammetry
P01:SDLOGCU7Log ligand binding strength standard deviation of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate phase] by cathodic stripping voltammetry
P01:ARTHTTMSActivity ratio of thorium-232/thorium-230 {232Th/230Th} in the water body [dissolved plus reactive particulate phase] by acidification and inductively-coupled plasma mass spectrometry
P01:ARPBAP15Atomic ratio standard deviation of lead-208/lead-207 {208Pb/207Pb} in the atmosphere [aerosol phase]
P01:LTM02323Log ligand binding strength of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.6 and cathodic stripping voltammetry
P01:R410PP01Reflectance (410nm wavelength) in the water body by 2-pi scalar radiometer and division of upwelling irradiance by downwelling irradiance
P01:LTM01515Log ligand binding strength upper uncertainty of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 7.2 and cathodic stripping voltammetry
P01:LOG4ECL2Log ligand binding strength of iron-complexing organic ligands (of the weaker dissolved iron-binding ligand (L2)) in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration and cathodic stripping voltammetry
P01:ARPBAP19Atomic ratio standard deviation of lead-208/lead-204 {208Pb/204Pb} in the atmosphere [aerosol phase]
P01:LTM00550Log ligand binding strength upper uncertainty of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 8.05 and cathodic stripping voltammetry
P01:ATOFMXSSNumber (in sample) of particles (mixed sea salt) in the atmosphere [aerosol 0.1-3um phase] by mass spectrometry and cluster analysis
P01:ARURXX04Activity ratio standard deviation of uranium-238/uranium-236 {238U/236U} in the water body [dissolved plus reactive particulate
P01:FVFEXI01Photochemical quantum efficiency {Fv/Fm} in the experiment water sample by bench fast repetition rate fluorometer (FRRF) and calculation from Fm and Fo fluorescence yields from the dark chamber
P01:ARPBXX10Atomic ratio uncertainty of lead-208/lead-204 {208Pb/204Pb} in the water body [dissolved plus reactive particulate phase]
P01:APO77006Activity ratio standard deviation of polonium-210/lead-210 {210Po/210Pb} in the water body [dissolved plus reactive particulate <0.4/0.45um phase] by filtration, acidification and alpha spectroscopy
P01:ARPBXX04Atomic ratio uncertainty of lead-206/lead-204 {206Pb/204Pb} in the water body [dissolved plus reactive particulate phase]
P01:N63B7962Relative abundance of amplifiable DNA sequences (95 percent confidence interval) of Bacteroidetes [Subgroup: True Agg58] in the water body by polymerase chain reaction with True Agg58 primer; serial dilution and relative UV fluorescence product assay and most probable number analysis
P01:LTM02020Log ligand binding strength upper uncertainty of copper-complexing organic ligands {Cu_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 8.05 and cathodic stripping voltammetry
P01:FVFMFR04Photochemical quantum efficiency {Fv/Fm} in the water body by in-situ fast repetition rate fluorometer (FRRF) and calculation from blank-corrected Fm and Fo fluorescence yields from the dark chamber
P01:R226228EActivity ratio standard error of radium-228/radium-226 {228Ra/226Ra} in the water body [dissolved plus reactive particulate phase]
P01:LTM00440Log ligand binding strength lower uncertainty of iron-complexing organic ligands {Fe_org_ligands} in the water body [dissolved plus reactive particulate <0.2um phase] by filtration, pH adjusted to 8.05 and cathodic stripping voltammetry
P01:FVFMMI01Photochemical quantum efficiency {Fv/Fm} in the water body by bench fast repetition rate fluorometer (FRRF) and calculation from Fm and Fo fluorescence yields from the dark chamber
P01:B75A49A5Relative abundance of amplifiable DNA sequences (95 percent confidence interval) of Bacteria (ITIS: 202421: WoRMS 6) in the water body by polymerase chain reaction with universal primer; serial dilution and relative UV fluorescence product assay and most probable number analysis
P01:ICIR02HXEnrichment with respect to VSMOW of deuterium {2H CAS 7782-39-0} {delta D or delta(2)H} in the surface ice by melting of core section and mass spectrometry
P01:ICXS02HXExcess enrichment (with respect to 18O) of deuterium {2H CAS 7782-39-0} in the surface ice by melting of core section and calculation from 18O and 2H enrichment
P01:ICIR18OXEnrichment with respect to VSMOW of oxygen-18 {18O CAS 14797-71-8} {delta(18)O} in the surface ice by melting of core section and mass spectrometry
P01:BEDXMXLDMixed layer depth in the bed
P01:OXYSZZ01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase]
P01:OXYSMETXSaturation of oxygen {O2 CAS 7782-44-7} in the sediment pore water [dissolved plus reactive particulate phase] by in-situ microelectrode and computation from concentration
P01:GREFIEBCGrowth efficiency of bacteria (ITIS: 202421: WoRMS 6) in the water body [particulate <0.8um phase] by filtration, incubation
P01:IRRDUV01Downwelling vector irradiance as photons of electromagnetic radiation (PAR wavelengths) in the water body by cosine-collector radiometer
P01:443ERXUDDownwelling vector irradiance as energy (443nm wavelength) in the water body by cosine-collector radiometer
P01:510ERXUDDownwelling vector irradiance as energy (510nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE582Downwelling vector irradiance as photons of electromagnetic radiation (582nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE651Downwelling vector irradiance as photons of electromagnetic radiation (651nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE603Downwelling vector irradiance as photons of electromagnetic radiation (603nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE503Downwelling vector irradiance as photons of electromagnetic radiation (503nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE384Downwelling vector irradiance as photons of electromagnetic radiation (384nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE710Downwelling vector irradiance as photons of electromagnetic radiation (710nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE443Downwelling vector irradiance as photons of electromagnetic radiation (443nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE578Downwelling vector irradiance as photons of electromagnetic radiation (578nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD625EDownwelling vector irradiance as energy of electromagnetic radiation (625nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE405Downwelling vector irradiance as photons of electromagnetic radiation (405nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE674Downwelling vector irradiance as photons of electromagnetic radiation (674nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE606Downwelling vector irradiance as photons of electromagnetic radiation (606nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE509Downwelling vector irradiance as photons of electromagnetic radiation (509nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE733Downwelling vector irradiance as photons of electromagnetic radiation (733nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE506Downwelling vector irradiance as photons of electromagnetic radiation (506nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE558Downwelling vector irradiance as photons of electromagnetic radiation (558nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE522Downwelling vector irradiance as photons of electromagnetic radiation (522nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE408Downwelling vector irradiance as photons of electromagnetic radiation (408nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE536Downwelling vector irradiance as photons of electromagnetic radiation (536nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE476Downwelling vector irradiance as photons of electromagnetic radiation (476nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE581Downwelling vector irradiance as photons of electromagnetic radiation (581nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE739Downwelling vector irradiance as photons of electromagnetic radiation (739nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE602Downwelling vector irradiance as photons of electromagnetic radiation (602nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE502Downwelling vector irradiance as photons of electromagnetic radiation (502nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE383Downwelling vector irradiance as photons of electromagnetic radiation (383nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE442Downwelling vector irradiance as photons of electromagnetic radiation (442nm wavelength) in the water body by cosine-collector radiometer
P01:IRRUUVSDUpwelling vector irradiance as photons standard deviation of electromagnetic radiation (PAR wavelengths) in the water body by cosine-collector radiometer
P01:IRRDE404Downwelling vector irradiance as photons of electromagnetic radiation (404nm wavelength) in the water body by cosine-collector radiometer
P01:IRRUPPSDUpwelling 2-pi scalar irradiance as photons standard deviation of electromagnetic radiation (PAR wavelengths) in the water body by 2-pi scalar radiometer
P01:IRRDE705Downwelling vector irradiance as photons of electromagnetic radiation (705nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE379Downwelling vector irradiance as photons of electromagnetic radiation (379nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE376Downwelling vector irradiance as photons of electromagnetic radiation (376nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE425Downwelling vector irradiance as photons of electromagnetic radiation (425nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE732Downwelling vector irradiance as photons of electromagnetic radiation (732nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE573Downwelling vector irradiance as photons of electromagnetic radiation (573nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE521Downwelling vector irradiance as photons of electromagnetic radiation (521nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE696Downwelling vector irradiance as photons of electromagnetic radiation (696nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE551Downwelling vector irradiance as photons of electromagnetic radiation (551nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE528Downwelling vector irradiance as photons of electromagnetic radiation (528nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE431Downwelling vector irradiance as photons of electromagnetic radiation (431nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE448Downwelling vector irradiance as photons of electromagnetic radiation (448nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE566Downwelling vector irradiance as photons of electromagnetic radiation (566nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE662Downwelling vector irradiance as photons of electromagnetic radiation (662nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE485Downwelling vector irradiance as photons of electromagnetic radiation (485nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE510Downwelling vector irradiance as photons of electromagnetic radiation (510nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE524Downwelling vector irradiance as photons of electromagnetic radiation (524nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE540Downwelling vector irradiance as photons of electromagnetic radiation (540nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE464Downwelling vector irradiance as photons of electromagnetic radiation (464nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE599Downwelling vector irradiance as photons of electromagnetic radiation (599nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE451Downwelling vector irradiance as photons of electromagnetic radiation (451nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE695Downwelling vector irradiance as photons of electromagnetic radiation (695nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE353Downwelling vector irradiance as photons of electromagnetic radiation (353nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU683LUpwelling radiance as energy of electromagnetic radiation (683nm wavelength) in the water body by radiance sensor
P01:IRRDE398Downwelling vector irradiance as photons of electromagnetic radiation (398nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE625Downwelling vector irradiance as photons of electromagnetic radiation (625nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE371Downwelling vector irradiance as photons of electromagnetic radiation (371nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD550EDownwelling vector irradiance as energy of electromagnetic radiation (550nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE527Downwelling vector irradiance as photons of electromagnetic radiation (527nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE565Downwelling vector irradiance as photons of electromagnetic radiation (565nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE678Downwelling vector irradiance as photons of electromagnetic radiation (678nm wavelength) in the water body by cosine-collector radiometer
P01:589LRXUUUpwelling radiance as energy (589nm wavelength) in the water body by radiance sensor
P01:IRRDE413Downwelling vector irradiance as photons of electromagnetic radiation (413nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE720Downwelling vector irradiance as photons of electromagnetic radiation (720nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE628Downwelling vector irradiance as photons of electromagnetic radiation (628nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE427Downwelling vector irradiance as photons of electromagnetic radiation (427nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE561Downwelling vector irradiance as photons of electromagnetic radiation (561nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD380EDownwelling vector irradiance as energy of electromagnetic radiation (380nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE390Downwelling vector irradiance as photons of electromagnetic radiation (390nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE644Downwelling vector irradiance as photons of electromagnetic radiation (644nm wavelength) in the water body by cosine-collector radiometer
P01:710ERXUDDownwelling vector irradiance as energy (710nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU683EUpwelling vector irradiance as energy of electromagnetic radiation (683nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE490Downwelling vector irradiance as photons of electromagnetic radiation (490nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE614Downwelling vector irradiance as photons of electromagnetic radiation (614nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE516Downwelling vector irradiance as photons of electromagnetic radiation (516nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE436Downwelling vector irradiance as photons of electromagnetic radiation (436nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE370Downwelling vector irradiance as photons of electromagnetic radiation (370nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD670EDownwelling vector irradiance as energy of electromagnetic radiation (670nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE591Downwelling vector irradiance as photons of electromagnetic radiation (591nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE473Downwelling vector irradiance as photons of electromagnetic radiation (473nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD555EDownwelling vector irradiance as energy of electromagnetic radiation (555nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE416Downwelling vector irradiance as photons of electromagnetic radiation (416nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE366Downwelling vector irradiance as photons of electromagnetic radiation (366nm wavelength) in the water body by cosine-collector radiometer
P01:683LRXUUUpwelling radiance as energy (683nm wavelength) in the water body by radiance sensor
P01:IRRDE512Downwelling vector irradiance as photons of electromagnetic radiation (512nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE647Downwelling vector irradiance as photons of electromagnetic radiation (647nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE549Downwelling vector irradiance as photons of electromagnetic radiation (549nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE469Downwelling vector irradiance as photons of electromagnetic radiation (469nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE587Downwelling vector irradiance as photons of electromagnetic radiation (587nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE496Downwelling vector irradiance as photons of electromagnetic radiation (496nm wavelength) in the water body by cosine-collector radiometer
P01:683ERXUDDownwelling vector irradiance as energy (683nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE354Downwelling vector irradiance as photons of electromagnetic radiation (354nm wavelength) in the water body by cosine-collector radiometer
P01:490LRXUUUpwelling radiance as energy (490nm wavelength) in the water body by radiance sensor
P01:IRRDE419Downwelling vector irradiance as photons of electromagnetic radiation (419nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE670Downwelling vector irradiance as photons of electromagnetic radiation (670nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE389Downwelling vector irradiance as photons of electromagnetic radiation (389nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU670LUpwelling radiance as energy of electromagnetic radiation (670nm wavelength) in the water body by radiance sensor
P01:665LRXUUUpwelling radiance as energy (665nm wavelength) in the water body by radiance sensor
P01:RXUU412EUpwelling vector irradiance as energy of electromagnetic radiation (412nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE613Downwelling vector irradiance as photons of electromagnetic radiation (613nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE702Downwelling vector irradiance as photons of electromagnetic radiation (702nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDSD01Downwelling vector irradiance as photons standard deviation of electromagnetic radiation (PAR wavelengths) in the water body by cosine-collector radiometer
P01:IRRDE531Downwelling vector irradiance as photons of electromagnetic radiation (531nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE666Downwelling vector irradiance as photons of electromagnetic radiation (666nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE601Downwelling vector irradiance as photons of electromagnetic radiation (601nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE472Downwelling vector irradiance as photons of electromagnetic radiation (472nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE619Downwelling vector irradiance as photons of electromagnetic radiation (619nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE616Downwelling vector irradiance as photons of electromagnetic radiation (616nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE458Downwelling vector irradiance as photons of electromagnetic radiation (458nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE415Downwelling vector irradiance as photons of electromagnetic radiation (415nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU589LUpwelling radiance as energy of electromagnetic radiation (589nm wavelength) in the water body by radiance sensor
P01:RXUU670EUpwelling vector irradiance as energy of electromagnetic radiation (670nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE632Downwelling vector irradiance as photons of electromagnetic radiation (632nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE554Downwelling vector irradiance as photons of electromagnetic radiation (554nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE392Downwelling vector irradiance as photons of electromagnetic radiation (392nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE689Downwelling vector irradiance as photons of electromagnetic radiation (689nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE646Downwelling vector irradiance as photons of electromagnetic radiation (646nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE586Downwelling vector irradiance as photons of electromagnetic radiation (586nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE607Downwelling vector irradiance as photons of electromagnetic radiation (607nm wavelength) in the water body by cosine-collector radiometer
P01:510LRXUUUpwelling radiance as energy (510nm wavelength) in the water body by radiance sensor
P01:IRRDE495Downwelling vector irradiance as photons of electromagnetic radiation (495nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE639Downwelling vector irradiance as photons of electromagnetic radiation (639nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE461Downwelling vector irradiance as photons of electromagnetic radiation (461nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE665Downwelling vector irradiance as photons of electromagnetic radiation (665nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE600Downwelling vector irradiance as photons of electromagnetic radiation (600nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE692Downwelling vector irradiance as photons of electromagnetic radiation (692nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE457Downwelling vector irradiance as photons of electromagnetic radiation (457nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE635Downwelling vector irradiance as photons of electromagnetic radiation (635nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE724Downwelling vector irradiance as photons of electromagnetic radiation (724nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE615Downwelling vector irradiance as photons of electromagnetic radiation (615nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE575Downwelling vector irradiance as photons of electromagnetic radiation (575nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE430Downwelling vector irradiance as photons of electromagnetic radiation (430nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE359Downwelling vector irradiance as photons of electromagnetic radiation (359nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE484Downwelling vector irradiance as photons of electromagnetic radiation (484nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE553Downwelling vector irradiance as photons of electromagnetic radiation (553nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE688Downwelling vector irradiance as photons of electromagnetic radiation (688nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE377Downwelling vector irradiance as photons of electromagnetic radiation (377nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE364Downwelling vector irradiance as photons of electromagnetic radiation (364nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE423Downwelling vector irradiance as photons of electromagnetic radiation (423nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE638Downwelling vector irradiance as photons of electromagnetic radiation (638nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE437Downwelling vector irradiance as photons of electromagnetic radiation (437nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE727Downwelling vector irradiance as photons of electromagnetic radiation (727nm wavelength) in the water body by cosine-collector radiometer
P01:589ERXUDDownwelling vector irradiance as energy (589nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU555LUpwelling radiance as energy of electromagnetic radiation (555nm wavelength) in the water body by radiance sensor
P01:IRRDE654Downwelling vector irradiance as photons of electromagnetic radiation (654nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE668Downwelling vector irradiance as photons of electromagnetic radiation (668nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE460Downwelling vector irradiance as photons of electromagnetic radiation (460nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE595Downwelling vector irradiance as photons of electromagnetic radiation (595nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE691Downwelling vector irradiance as photons of electromagnetic radiation (691nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE634Downwelling vector irradiance as photons of electromagnetic radiation (634nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE620Downwelling vector irradiance as photons of electromagnetic radiation (620nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE723Downwelling vector irradiance as photons of electromagnetic radiation (723nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE380Downwelling vector irradiance as photons of electromagnetic radiation (380nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE397Downwelling vector irradiance as photons of electromagnetic radiation (397nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE650Downwelling vector irradiance as photons of electromagnetic radiation (650nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE574Downwelling vector irradiance as photons of electromagnetic radiation (574nm wavelength) in the water body by cosine-collector radiometer
P01:DWUV305ADownwelling vector irradiance as energy of electromagnetic radiation (305nm wavelength) in the water body by radiometer
P01:IRRDE483Downwelling vector irradiance as photons of electromagnetic radiation (483nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE719Downwelling vector irradiance as photons of electromagnetic radiation (719nm wavelength) in the water body by cosine-collector radiometer
P01:490ERXUDDownwelling vector irradiance as energy (490nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE557Downwelling vector irradiance as photons of electromagnetic radiation (557nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE479Downwelling vector irradiance as photons of electromagnetic radiation (479nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE746Downwelling vector irradiance as photons of electromagnetic radiation (746nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE410Downwelling vector irradiance as photons of electromagnetic radiation (410nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE452Downwelling vector irradiance as photons of electromagnetic radiation (452nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE653Downwelling vector irradiance as photons of electromagnetic radiation (653nm wavelength) in the water body by cosine-collector radiometer
P01:412LRXUUUpwelling radiance as energy (412nm wavelength) in the water body by radiance sensor
P01:IRRDE683Downwelling vector irradiance as photons of electromagnetic radiation (683nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE351Downwelling vector irradiance as photons of electromagnetic radiation (351nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE680Downwelling vector irradiance as photons of electromagnetic radiation (680nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE486Downwelling vector irradiance as photons of electromagnetic radiation (486nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE386Downwelling vector irradiance as photons of electromagnetic radiation (386nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE712Downwelling vector irradiance as photons of electromagnetic radiation (712nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE445Downwelling vector irradiance as photons of electromagnetic radiation (445nm wavelength) in the water body by cosine-collector radiometer
P01:625ERXUDDownwelling vector irradiance as energy (625nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE749Downwelling vector irradiance as photons of electromagnetic radiation (749nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD488EDownwelling vector irradiance as energy of electromagnetic radiation (488nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE541Downwelling vector irradiance as photons of electromagnetic radiation (541nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE676Downwelling vector irradiance as photons of electromagnetic radiation (676nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE626Downwelling vector irradiance as photons of electromagnetic radiation (626nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE715Downwelling vector irradiance as photons of electromagnetic radiation (715nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE656Downwelling vector irradiance as photons of electromagnetic radiation (656nm wavelength) in the water body by cosine-collector radiometer
P01:DWIRXXEDDownwelling vector irradiance as energy of electromagnetic radiation (unspecified single wavelength) in the water body by cosine-collector radiometer
P01:IRRDE478Downwelling vector irradiance as photons of electromagnetic radiation (478nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE596Downwelling vector irradiance as photons of electromagnetic radiation (596nm wavelength) in the water body by cosine-collector radiometer
P01:UWIRPP01Upwelling 2-pi scalar irradiance as energy of electromagnetic radiation (PAR wavelengths) in the water body by 2-pi scalar radiometer
P01:IRRDE583Downwelling vector irradiance as photons of electromagnetic radiation (583nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE428Downwelling vector irradiance as photons of electromagnetic radiation (428nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE504Downwelling vector irradiance as photons of electromagnetic radiation (504nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE385Downwelling vector irradiance as photons of electromagnetic radiation (385nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE622Downwelling vector irradiance as photons of electromagnetic radiation (622nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE711Downwelling vector irradiance as photons of electromagnetic radiation (711nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE444Downwelling vector irradiance as photons of electromagnetic radiation (444nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE659Downwelling vector irradiance as photons of electromagnetic radiation (659nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE748Downwelling vector irradiance as photons of electromagnetic radiation (748nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE471Downwelling vector irradiance as photons of electromagnetic radiation (471nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE707Downwelling vector irradiance as photons of electromagnetic radiation (707nm wavelength) in the water body by cosine-collector radiometer
P01:700LRXUUUpwelling radiance as energy (700nm wavelength) in the water body by radiance sensor
P01:710LRXUUUpwelling radiance as energy (710nm wavelength) in the water body by radiance sensor
P01:IRRDE734Downwelling vector irradiance as photons of electromagnetic radiation (734nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE440Downwelling vector irradiance as photons of electromagnetic radiation (440nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE559Downwelling vector irradiance as photons of electromagnetic radiation (559nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE698Downwelling vector irradiance as photons of electromagnetic radiation (698nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE523Downwelling vector irradiance as photons of electromagnetic radiation (523nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE641Downwelling vector irradiance as photons of electromagnetic radiation (641nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE671Downwelling vector irradiance as photons of electromagnetic radiation (671nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE433Downwelling vector irradiance as photons of electromagnetic radiation (433nm wavelength) in the water body by cosine-collector radiometer
P01:700ERXUDDownwelling vector irradiance as energy (700nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE568Downwelling vector irradiance as photons of electromagnetic radiation (568nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE737Downwelling vector irradiance as photons of electromagnetic radiation (737nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE497Downwelling vector irradiance as photons of electromagnetic radiation (497nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE470Downwelling vector irradiance as photons of electromagnetic radiation (470nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE706Downwelling vector irradiance as photons of electromagnetic radiation (706nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE703Downwelling vector irradiance as photons of electromagnetic radiation (703nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE526Downwelling vector irradiance as photons of electromagnetic radiation (526nm wavelength) in the water body by cosine-collector radiometer
P01:550LRXUUUpwelling radiance as energy (550nm wavelength) in the water body by radiance sensor
P01:IRRDE466Downwelling vector irradiance as photons of electromagnetic radiation (466nm wavelength) in the water body by cosine-collector radiometer
P01:550ERXUDDownwelling vector irradiance as energy (550nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE571Downwelling vector irradiance as photons of electromagnetic radiation (571nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE640Downwelling vector irradiance as photons of electromagnetic radiation (640nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE697Downwelling vector irradiance as photons of electromagnetic radiation (697nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE373Downwelling vector irradiance as photons of electromagnetic radiation (373nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE736Downwelling vector irradiance as photons of electromagnetic radiation (736nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE610Downwelling vector irradiance as photons of electromagnetic radiation (610nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE432Downwelling vector irradiance as photons of electromagnetic radiation (432nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE529Downwelling vector irradiance as photons of electromagnetic radiation (529nm wavelength) in the water body by cosine-collector radiometer
P01:DWUV340ADownwelling vector irradiance as energy of electromagnetic radiation (340nm wavelength) in the water body by radiometer
P01:IRRDE567Downwelling vector irradiance as photons of electromagnetic radiation (567nm wavelength) in the water body by cosine-collector radiometer
P01:DWUV325ADownwelling vector irradiance as energy of electromagnetic radiation (325nm wavelength) in the water body by radiometer
P01:IRRDE545Downwelling vector irradiance as photons of electromagnetic radiation (545nm wavelength) in the water body by cosine-collector radiometer
P01:DWPARSTDDownwelling 2-pi scalar irradiance as energy standard deviation of electromagnetic radiation (PAR wavelengths) in the water body by 2-pi scalar radiometer
P01:IRRDE663Downwelling vector irradiance as photons of electromagnetic radiation (663nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE499Downwelling vector irradiance as photons of electromagnetic radiation (499nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE511Downwelling vector irradiance as photons of electromagnetic radiation (511nm wavelength) in the water body by cosine-collector radiometer
P01:670LRXUUUpwelling radiance as energy (670nm wavelength) in the water body by radiance sensor
P01:IRRDE525Downwelling vector irradiance as photons of electromagnetic radiation (525nm wavelength) in the water body by cosine-collector radiometer
P01:665ERXUDDownwelling vector irradiance as energy (665nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE465Downwelling vector irradiance as photons of electromagnetic radiation (465nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE570Downwelling vector irradiance as photons of electromagnetic radiation (570nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE492Downwelling vector irradiance as photons of electromagnetic radiation (492nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE728Downwelling vector irradiance as photons of electromagnetic radiation (728nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE518Downwelling vector irradiance as photons of electromagnetic radiation (518nm wavelength) in the water body by cosine-collector radiometer
P01:DWUV380ADownwelling vector irradiance as energy of electromagnetic radiation (380nm wavelength) in the water body by radiometer
P01:IRRDE399Downwelling vector irradiance as photons of electromagnetic radiation (399nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE372Downwelling vector irradiance as photons of electromagnetic radiation (372nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE741Downwelling vector irradiance as photons of electromagnetic radiation (741nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD700EDownwelling vector irradiance as energy of electromagnetic radiation (700nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE750Downwelling vector irradiance as photons of electromagnetic radiation (750nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE544Downwelling vector irradiance as photons of electromagnetic radiation (544nm wavelength) in the water body by cosine-collector radiometer
P01:555ERXUDDownwelling vector irradiance as energy (555nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE368Downwelling vector irradiance as photons of electromagnetic radiation (368nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDPPSDDownwelling 2-pi scalar irradiance as photons standard deviation of electromagnetic radiation (PAR wavelengths) in the water body by 2-pi scalar radiometer
P01:IRRDE514Downwelling vector irradiance as photons of electromagnetic radiation (514nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE454Downwelling vector irradiance as photons of electromagnetic radiation (454nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE721Downwelling vector irradiance as photons of electromagnetic radiation (721nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE629Downwelling vector irradiance as photons of electromagnetic radiation (629nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE589Downwelling vector irradiance as photons of electromagnetic radiation (589nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE562Downwelling vector irradiance as photons of electromagnetic radiation (562nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE391Downwelling vector irradiance as photons of electromagnetic radiation (391nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE356Downwelling vector irradiance as photons of electromagnetic radiation (356nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE685Downwelling vector irradiance as photons of electromagnetic radiation (685nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE491Downwelling vector irradiance as photons of electromagnetic radiation (491nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE361Downwelling vector irradiance as photons of electromagnetic radiation (361nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE420Downwelling vector irradiance as photons of electromagnetic radiation (420nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE517Downwelling vector irradiance as photons of electromagnetic radiation (517nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE533Downwelling vector irradiance as photons of electromagnetic radiation (533nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE547Downwelling vector irradiance as photons of electromagnetic radiation (547nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE740Downwelling vector irradiance as photons of electromagnetic radiation (740nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE487Downwelling vector irradiance as photons of electromagnetic radiation (487nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE474Downwelling vector irradiance as photons of electromagnetic radiation (474nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE592Downwelling vector irradiance as photons of electromagnetic radiation (592nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE588Downwelling vector irradiance as photons of electromagnetic radiation (588nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE367Downwelling vector irradiance as photons of electromagnetic radiation (367nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE747Downwelling vector irradiance as photons of electromagnetic radiation (747nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE556Downwelling vector irradiance as photons of electromagnetic radiation (556nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE513Downwelling vector irradiance as photons of electromagnetic radiation (513nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE394Downwelling vector irradiance as photons of electromagnetic radiation (394nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE453Downwelling vector irradiance as photons of electromagnetic radiation (453nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE401Downwelling vector irradiance as photons of electromagnetic radiation (401nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE609Downwelling vector irradiance as photons of electromagnetic radiation (609nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE480Downwelling vector irradiance as photons of electromagnetic radiation (480nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE355Downwelling vector irradiance as photons of electromagnetic radiation (355nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE684Downwelling vector irradiance as photons of electromagnetic radiation (684nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE716Downwelling vector irradiance as photons of electromagnetic radiation (716nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE387Downwelling vector irradiance as photons of electromagnetic radiation (387nm wavelength) in the water body by cosine-collector radiometer
P01:IRRUUV01Upwelling vector irradiance as photons of electromagnetic radiation (PAR wavelengths) in the water body by cosine-collector radiometer
P01:IRRDE360Downwelling vector irradiance as photons of electromagnetic radiation (360nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE743Downwelling vector irradiance as photons of electromagnetic radiation (743nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD683EDownwelling vector irradiance as energy of electromagnetic radiation (683nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE584Downwelling vector irradiance as photons of electromagnetic radiation (584nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE532Downwelling vector irradiance as photons of electromagnetic radiation (532nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE667Downwelling vector irradiance as photons of electromagnetic radiation (667nm wavelength) in the water body by cosine-collector radiometer
P01:UWPARSTDUpwelling 2-pi scalar irradiance as energy standard deviation of electromagnetic radiation (PAR wavelengths) in the water body by 2-pi scalar radiometer
P01:IRRDE459Downwelling vector irradiance as photons of electromagnetic radiation (459nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE539Downwelling vector irradiance as photons of electromagnetic radiation (539nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE617Downwelling vector irradiance as photons of electromagnetic radiation (617nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE577Downwelling vector irradiance as photons of electromagnetic radiation (577nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE555Downwelling vector irradiance as photons of electromagnetic radiation (555nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE673Downwelling vector irradiance as photons of electromagnetic radiation (673nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE393Downwelling vector irradiance as photons of electromagnetic radiation (393nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE400Downwelling vector irradiance as photons of electromagnetic radiation (400nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE608Downwelling vector irradiance as photons of electromagnetic radiation (608nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE605Downwelling vector irradiance as photons of electromagnetic radiation (605nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE505Downwelling vector irradiance as photons of electromagnetic radiation (505nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU490EUpwelling vector irradiance as energy of electromagnetic radiation (490nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE407Downwelling vector irradiance as photons of electromagnetic radiation (407nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE535Downwelling vector irradiance as photons of electromagnetic radiation (535nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE475Downwelling vector irradiance as photons of electromagnetic radiation (475nm wavelength) in the water body by cosine-collector radiometer
P01:555LRXUUUpwelling radiance as energy (555nm wavelength) in the water body by radiance sensor
P01:IRRDE462Downwelling vector irradiance as photons of electromagnetic radiation (462nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE580Downwelling vector irradiance as photons of electromagnetic radiation (580nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE693Downwelling vector irradiance as photons of electromagnetic radiation (693nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU665EUpwelling vector irradiance as energy of electromagnetic radiation (665nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE501Downwelling vector irradiance as photons of electromagnetic radiation (501nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE382Downwelling vector irradiance as photons of electromagnetic radiation (382nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE636Downwelling vector irradiance as photons of electromagnetic radiation (636nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE498Downwelling vector irradiance as photons of electromagnetic radiation (498nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE538Downwelling vector irradiance as photons of electromagnetic radiation (538nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE576Downwelling vector irradiance as photons of electromagnetic radiation (576nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE403Downwelling vector irradiance as photons of electromagnetic radiation (403nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE378Downwelling vector irradiance as photons of electromagnetic radiation (378nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE604Downwelling vector irradiance as photons of electromagnetic radiation (604nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE424Downwelling vector irradiance as photons of electromagnetic radiation (424nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE731Downwelling vector irradiance as photons of electromagnetic radiation (731nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE438Downwelling vector irradiance as photons of electromagnetic radiation (438nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE520Downwelling vector irradiance as photons of electromagnetic radiation (520nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE406Downwelling vector irradiance as photons of electromagnetic radiation (406nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE655Downwelling vector irradiance as photons of electromagnetic radiation (655nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE550Downwelling vector irradiance as photons of electromagnetic radiation (550nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE669Downwelling vector irradiance as photons of electromagnetic radiation (669nm wavelength) in the water body by cosine-collector radiometer
P01:670ERXUDDownwelling vector irradiance as energy (670nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE447Downwelling vector irradiance as photons of electromagnetic radiation (447nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE543Downwelling vector irradiance as photons of electromagnetic radiation (543nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE621Downwelling vector irradiance as photons of electromagnetic radiation (621nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE381Downwelling vector irradiance as photons of electromagnetic radiation (381nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU510EUpwelling vector irradiance as energy of electromagnetic radiation (510nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU488LUpwelling radiance as energy of electromagnetic radiation (488nm wavelength) in the water body by radiance sensor
P01:IRRDE658Downwelling vector irradiance as photons of electromagnetic radiation (658nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE598Downwelling vector irradiance as photons of electromagnetic radiation (598nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE450Downwelling vector irradiance as photons of electromagnetic radiation (450nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE352Downwelling vector irradiance as photons of electromagnetic radiation (352nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE681Downwelling vector irradiance as photons of electromagnetic radiation (681nm wavelength) in the water body by cosine-collector radiometer
P01:625LRXUUUpwelling radiance as energy (625nm wavelength) in the water body by radiance sensor
P01:IRRDE624Downwelling vector irradiance as photons of electromagnetic radiation (624nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE713Downwelling vector irradiance as photons of electromagnetic radiation (713nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE446Downwelling vector irradiance as photons of electromagnetic radiation (446nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE564Downwelling vector irradiance as photons of electromagnetic radiation (564nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE542Downwelling vector irradiance as photons of electromagnetic radiation (542nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE677Downwelling vector irradiance as photons of electromagnetic radiation (677nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE709Downwelling vector irradiance as photons of electromagnetic radiation (709nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU710LUpwelling radiance as energy of electromagnetic radiation (710nm wavelength) in the water body by radiance sensor
P01:IRRDE412Downwelling vector irradiance as photons of electromagnetic radiation (412nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE627Downwelling vector irradiance as photons of electromagnetic radiation (627nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE426Downwelling vector irradiance as photons of electromagnetic radiation (426nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE643Downwelling vector irradiance as photons of electromagnetic radiation (643nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE657Downwelling vector irradiance as photons of electromagnetic radiation (657nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE597Downwelling vector irradiance as photons of electromagnetic radiation (597nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE435Downwelling vector irradiance as photons of electromagnetic radiation (435nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE449Downwelling vector irradiance as photons of electromagnetic radiation (449nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE429Downwelling vector irradiance as photons of electromagnetic radiation (429nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE623Downwelling vector irradiance as photons of electromagnetic radiation (623nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE563Downwelling vector irradiance as photons of electromagnetic radiation (563nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE590Downwelling vector irradiance as photons of electromagnetic radiation (590nm wavelength) in the water body by cosine-collector radiometer
P01:560LRXUUUpwelling radiance as energy (560nm wavelength) in the water body by radiance sensor
P01:IRRDE708Downwelling vector irradiance as photons of electromagnetic radiation (708nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE508Downwelling vector irradiance as photons of electromagnetic radiation (508nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE411Downwelling vector irradiance as photons of electromagnetic radiation (411nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE735Downwelling vector irradiance as photons of electromagnetic radiation (735nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE468Downwelling vector irradiance as photons of electromagnetic radiation (468nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE441Downwelling vector irradiance as photons of electromagnetic radiation (441nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU700LUpwelling radiance as energy of electromagnetic radiation (700nm wavelength) in the water body by radiance sensor
P01:IRRDE642Downwelling vector irradiance as photons of electromagnetic radiation (642nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE699Downwelling vector irradiance as photons of electromagnetic radiation (699nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE672Downwelling vector irradiance as photons of electromagnetic radiation (672nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE418Downwelling vector irradiance as photons of electromagnetic radiation (418nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE569Downwelling vector irradiance as photons of electromagnetic radiation (569nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE375Downwelling vector irradiance as photons of electromagnetic radiation (375nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE612Downwelling vector irradiance as photons of electromagnetic radiation (612nm wavelength) in the water body by cosine-collector radiometer
P01:SCIRR4PI4-pi scalar irradiance as photons of electromagnetic radiation (PAR wavelengths) in the water body by 4-pi scalar radiometer
P01:IRRDE701Downwelling vector irradiance as photons of electromagnetic radiation (701nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE434Downwelling vector irradiance as photons of electromagnetic radiation (434nm wavelength) in the water body by cosine-collector radiometer
P01:PARERXUDDownwelling vector irradiance as photons of electromagnetic radiation (PAR wavelengths) in the water body by cosine-collector radiometer
P01:IRRDE649Downwelling vector irradiance as photons of electromagnetic radiation (649nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE738Downwelling vector irradiance as photons of electromagnetic radiation (738nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE530Downwelling vector irradiance as photons of electromagnetic radiation (530nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE679Downwelling vector irradiance as photons of electromagnetic radiation (679nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU443EUpwelling vector irradiance as energy of electromagnetic radiation (443nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU550LUpwelling radiance as energy of electromagnetic radiation (550nm wavelength) in the water body by radiance sensor
P01:IRRDE618Downwelling vector irradiance as photons of electromagnetic radiation (618nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE414Downwelling vector irradiance as photons of electromagnetic radiation (414nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE704Downwelling vector irradiance as photons of electromagnetic radiation (704nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE631Downwelling vector irradiance as photons of electromagnetic radiation (631nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE645Downwelling vector irradiance as photons of electromagnetic radiation (645nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE661Downwelling vector irradiance as photons of electromagnetic radiation (661nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE467Downwelling vector irradiance as photons of electromagnetic radiation (467nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE585Downwelling vector irradiance as photons of electromagnetic radiation (585nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE494Downwelling vector irradiance as photons of electromagnetic radiation (494nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE572Downwelling vector irradiance as photons of electromagnetic radiation (572nm wavelength) in the water body by cosine-collector radiometer
P01:560ERXUDDownwelling vector irradiance as energy (560nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU625LUpwelling radiance as energy of electromagnetic radiation (625nm wavelength) in the water body by radiance sensor
P01:IRRDE417Downwelling vector irradiance as photons of electromagnetic radiation (417nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE374Downwelling vector irradiance as photons of electromagnetic radiation (374nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE611Downwelling vector irradiance as photons of electromagnetic radiation (611nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE700Downwelling vector irradiance as photons of electromagnetic radiation (700nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE648Downwelling vector irradiance as photons of electromagnetic radiation (648nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE463Downwelling vector irradiance as photons of electromagnetic radiation (463nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD589EDownwelling vector irradiance as energy of electromagnetic radiation (589nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE546Downwelling vector irradiance as photons of electromagnetic radiation (546nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE664Downwelling vector irradiance as photons of electromagnetic radiation (664nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE694Downwelling vector irradiance as photons of electromagnetic radiation (694nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE456Downwelling vector irradiance as photons of electromagnetic radiation (456nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE552Downwelling vector irradiance as photons of electromagnetic radiation (552nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE358Downwelling vector irradiance as photons of electromagnetic radiation (358nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE630Downwelling vector irradiance as photons of electromagnetic radiation (630nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE687Downwelling vector irradiance as photons of electromagnetic radiation (687nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE660Downwelling vector irradiance as photons of electromagnetic radiation (660nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE493Downwelling vector irradiance as photons of electromagnetic radiation (493nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE363Downwelling vector irradiance as photons of electromagnetic radiation (363nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE519Downwelling vector irradiance as photons of electromagnetic radiation (519nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE422Downwelling vector irradiance as photons of electromagnetic radiation (422nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE729Downwelling vector irradiance as photons of electromagnetic radiation (729nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE637Downwelling vector irradiance as photons of electromagnetic radiation (637nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE726Downwelling vector irradiance as photons of electromagnetic radiation (726nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD710EDownwelling vector irradiance as energy of electromagnetic radiation (710nm wavelength) in the water body by cosine-collector radiometer
P01:488LRXUUUpwelling radiance as energy (488nm wavelength) in the water body by radiance sensor
P01:IRRDE742Downwelling vector irradiance as photons of electromagnetic radiation (742nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE489Downwelling vector irradiance as photons of electromagnetic radiation (489nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE594Downwelling vector irradiance as photons of electromagnetic radiation (594nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE369Downwelling vector irradiance as photons of electromagnetic radiation (369nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE690Downwelling vector irradiance as photons of electromagnetic radiation (690nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE439Downwelling vector irradiance as photons of electromagnetic radiation (439nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE633Downwelling vector irradiance as photons of electromagnetic radiation (633nm wavelength) in the water body by cosine-collector radiometer
P01:412ERXUDDownwelling vector irradiance as energy (412nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE515Downwelling vector irradiance as photons of electromagnetic radiation (515nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE396Downwelling vector irradiance as photons of electromagnetic radiation (396nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE722Downwelling vector irradiance as photons of electromagnetic radiation (722nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE455Downwelling vector irradiance as photons of electromagnetic radiation (455nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE357Downwelling vector irradiance as photons of electromagnetic radiation (357nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE482Downwelling vector irradiance as photons of electromagnetic radiation (482nm wavelength) in the water body by cosine-collector radiometer
P01:RXUD489EDownwelling vector irradiance as energy of electromagnetic radiation (489nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE560Downwelling vector irradiance as photons of electromagnetic radiation (560nm wavelength) in the water body by cosine-collector radiometer
P01:443LRXUUUpwelling radiance as energy (443nm wavelength) in the water body by radiance sensor
P01:IRRDE686Downwelling vector irradiance as photons of electromagnetic radiation (686nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE718Downwelling vector irradiance as photons of electromagnetic radiation (718nm wavelength) in the water body by cosine-collector radiometer
P01:PARECORRDownwelling vector irradiance as photons of electromagnetic radiation (PAR wavelengths) in the water body by cosine-collector radiometer and correction for variation in surface illumination
P01:IRRDE362Downwelling vector irradiance as photons of electromagnetic radiation (362nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE421Downwelling vector irradiance as photons of electromagnetic radiation (421nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE745Downwelling vector irradiance as photons of electromagnetic radiation (745nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE725Downwelling vector irradiance as photons of electromagnetic radiation (725nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE534Downwelling vector irradiance as photons of electromagnetic radiation (534nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE652Downwelling vector irradiance as photons of electromagnetic radiation (652nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE548Downwelling vector irradiance as photons of electromagnetic radiation (548nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE488Downwelling vector irradiance as photons of electromagnetic radiation (488nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE682Downwelling vector irradiance as photons of electromagnetic radiation (682nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE350Downwelling vector irradiance as photons of electromagnetic radiation (350nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE593Downwelling vector irradiance as photons of electromagnetic radiation (593nm wavelength) in the water body by cosine-collector radiometer
P01:488ERXUDDownwelling vector irradiance as energy (488nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE579Downwelling vector irradiance as photons of electromagnetic radiation (579nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE500Downwelling vector irradiance as photons of electromagnetic radiation (500nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE365Downwelling vector irradiance as photons of electromagnetic radiation (365nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE675Downwelling vector irradiance as photons of electromagnetic radiation (675nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE395Downwelling vector irradiance as photons of electromagnetic radiation (395nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE402Downwelling vector irradiance as photons of electromagnetic radiation (402nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE481Downwelling vector irradiance as photons of electromagnetic radiation (481nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE507Downwelling vector irradiance as photons of electromagnetic radiation (507nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE717Downwelling vector irradiance as photons of electromagnetic radiation (717nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE714Downwelling vector irradiance as photons of electromagnetic radiation (714nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE388Downwelling vector irradiance as photons of electromagnetic radiation (388nm wavelength) in the water body by cosine-collector radiometer
P01:RXUU555EUpwelling vector irradiance as energy of electromagnetic radiation (555nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE409Downwelling vector irradiance as photons of electromagnetic radiation (409nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE537Downwelling vector irradiance as photons of electromagnetic radiation (537nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE730Downwelling vector irradiance as photons of electromagnetic radiation (730nm wavelength) in the water body by cosine-collector radiometer
P01:DWIRPP01Downwelling 2-pi scalar irradiance as energy of electromagnetic radiation (PAR wavelengths) in the water body by 2-pi scalar radiometer
P01:IRRDE477Downwelling vector irradiance as photons of electromagnetic radiation (477nm wavelength) in the water body by cosine-collector radiometer
P01:IRRDE744Downwelling vector irradiance as photons of electromagnetic radiation (744nm wavelength) in the water body by cosine-collector radiometer
P01:EWDASS01Direction (from) of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:FLNTGS04Proportion of particles (flint) in the sediment 1250-2500um
P01:SHLEGS01Proportion of particles (shale) in the sediment 160-315um
P01:SHLEGS06Proportion of particles (shale) in the sediment 5000-10000um
P01:GNSSGS03Proportion of particles (gneiss) in the sediment 630-1250um
P01:AMPHGS09Proportion of particles (amphibolite) in the sediment 160-315um
P01:LIMEGS01Proportion of particles (limestone) in the sediment 160-315um
P01:CHRTGS07Proportion of particles (chert) in the sediment 10000-20000um
P01:SILTGS05Proportion of particles (siltstone) in the sediment 2500-5000um
P01:AMPHGS15Proportion of particles (amphibolite) in the sediment 10000-20000um
P01:SILTGS08Proportion of particles (siltstone) in the sediment 20000-40000um
P01:GRANGS01Proportion of particles (granitoid) in the sediment 160-315um
P01:FLNTGS01Proportion of particles (flint) in the sediment 160-315um
P01:FEMNGS02Proportion of particles (Fe-Mn nodules) in the sediment 315-630um
P01:SANDGS03Proportion of particles (sandstone) in the sediment 630-1250um
P01:GNSSGS05Proportion of particles (gneiss) in the sediment 2500-5000um
P01:CHRTGS06Proportion of particles (chert) in the sediment 5000-10000um
P01:CHRTGS09Proportion of particles (chert) in the sediment 40000-70000um
P01:CLAYGS03Proportion of particles (clay) in the sediment 630-1250um
P01:FLNTGS08Proportion of particles (flint) in the sediment 20000-40000um
P01:FEMNGS04Proportion of particles (Fe-Mn nodules) in the sediment 1250-2500um
P01:SHLEGS07Proportion of particles (shale) in the sediment 10000-20000um
P01:ORGSGS03Proportion of particles (organic fragments) in the sediment 630-1250um
P01:QZTEGS08Proportion of particles (quartzite) in the sediment 20000-40000um
P01:LIMEGS07Proportion of particles (limestone) in the sediment 10000-20000um
P01:CHRTGS01Proportion of particles (chert) in the sediment 160-315um
P01:DOLOGS06Proportion of particles (dolomite) in the sediment 5000-10000um
P01:CLAYGS01Proportion of particles (clay) in the sediment 160-315um
P01:GRANGS03Proportion of particles (granitoid) in the sediment 630-1250um
P01:QZTEGS03Proportion of particles (quartzite) in the sediment 630-1250um
P01:ORGSGS05Proportion of particles (organic fragments) in the sediment 2500-5000um
P01:FLNTGS03Proportion of particles (flint) in the sediment 630-1250um
P01:SHLEGS05Proportion of particles (shale) in the sediment 2500-5000um
P01:GNSSGS07Proportion of particles (gneiss) in the sediment 10000-20000um
P01:DOLOGS03Proportion of particles (dolomite) in the sediment 630-1250um
P01:LIMEGS05Proportion of particles (limestone) in the sediment 2500-5000um
P01:SILTGS06Proportion of particles (siltstone) in the sediment 5000-10000um
P01:CLAYGS08Proportion of particles (clay) in the sediment 20000-40000um
P01:FLNTGS05Proportion of particles (flint) in the sediment 2500-5000um
P01:FEMNGS09Proportion of particles (Fe-Mn nodules) in the sediment 40000-70000um
P01:GRANGS05Proportion of particles (granitoid) in the sediment 2500-5000um
P01:AMPHGS12Proportion of particles (amphibolite) in the sediment 1250-2500um
P01:FEMNGS06Proportion of particles (Fe-Mn nodules) in the sediment 5000-10000um
P01:SANDGS01Proportion of particles (sandstone) in the sediment 160-315um
P01:GNSSGS04Proportion of particles (gneiss) in the sediment 1250-2500um
P01:QZTEGS01Proportion of particles (quartzite) in the sediment 160-315um
P01:CHRTGS08Proportion of particles (chert) in the sediment 20000-40000um
P01:FLNTGS07Proportion of particles (flint) in the sediment 10000-20000um
P01:FEMNGS03Proportion of particles (Fe-Mn nodules) in the sediment 630-1250um
P01:CHRTGS03Proportion of particles (chert) in the sediment 630-1250um
P01:FEMNGS08Proportion of particles (Fe-Mn nodules) in the sediment 20000-40000um
P01:SILTGS04Proportion of particles (siltstone) in the sediment 1250-2500um
P01:SANDGS07Proportion of particles (sandstone) in the sediment 10000-20000um
P01:QZTEGS06Proportion of particles (quartzite) in the sediment 5000-10000um
P01:ORGSGS07Proportion of particles (organic fragments) in the sediment 10000-20000um
P01:FLNTGS09Proportion of particles (flint) in the sediment 40000-70000um
P01:CHRTGS05Proportion of particles (chert) in the sediment 2500-5000um
P01:DOLOGS05Proportion of particles (dolomite) in the sediment 2500-5000um
P01:SANDGS09Proportion of particles (sandstone) in the sediment 40000-70000um
P01:LIMEGS08Proportion of particles (limestone) in the sediment 20000-40000um
P01:GRANGS07Proportion of particles (granitoid) in the sediment 10000-20000um
P01:ORGSGS09Proportion of particles (organic fragments) in the sediment 40000-70000um
P01:AMPHGS14Proportion of particles (amphibolite) in the sediment 5000-10000um
P01:SHLEGS03Proportion of particles (shale) in the sediment 630-1250um
P01:ORGSGS02Proportion of particles (organic fragments) in the sediment 315-630um
P01:DOLOGS07Proportion of particles (dolomite) in the sediment 10000-20000um
P01:LIMEGS03Proportion of particles (limestone) in the sediment 630-1250um
P01:QZTEGS04Proportion of particles (quartzite) in the sediment 1250-2500um
P01:CLAYGS05Proportion of particles (clay) in the sediment 2500-5000um
P01:AMPHGS16Proportion of particles (amphibolite) in the sediment 20000-40000um
P01:GNSSGS02Proportion of particles (gneiss) in the sediment 315-630um
P01:ORGSGS01Proportion of particles (organic fragments) in the sediment 160-315um
P01:GRANGS02Proportion of particles (granitoid) in the sediment 315-630um
P01:FLNTGS02Proportion of particles (flint) in the sediment 315-630um
P01:SILTGS07Proportion of particles (siltstone) in the sediment 10000-20000um
P01:AMPHGS10Proportion of particles (amphibolite) in the sediment 315-630um
P01:FEMNGS01Proportion of particles (Fe-Mn nodules) in the sediment 160-315um
P01:FEMNGS07Proportion of particles (Fe-Mn nodules) in the sediment 10000-20000um
P01:CLAYGS07Proportion of particles (clay) in the sediment 10000-20000um
P01:SILTGS02Proportion of particles (siltstone) in the sediment 315-630um
P01:CLAYGS04Proportion of particles (clay) in the sediment 1250-2500um
P01:AMPHGS17Proportion of particles (amphibolite) in the sediment 40000-70000um
P01:SHLEGS08Proportion of particles (shale) in the sediment 20000-40000um
P01:CHRTGS04Proportion of particles (chert) in the sediment 1250-2500um
P01:QZTEGS09Proportion of particles (quartzite) in the sediment 40000-70000um
P01:ORGSGS04Proportion of particles (organic fragments) in the sediment 1250-2500um
P01:DOLOGS09Proportion of particles (dolomite) in the sediment 40000-70000um
P01:GRANGS08Proportion of particles (granitoid) in the sediment 20000-40000um
P01:ORGSGS06Proportion of particles (organic fragments) in the sediment 5000-10000um
P01:LIMEGS02Proportion of particles (limestone) in the sediment 315-630um
P01:CLAYGS02Proportion of particles (clay) in the sediment 315-630um
P01:SILTGS09Proportion of particles (siltstone) in the sediment 40000-70000um
P01:QZTEGS02Proportion of particles (quartzite) in the sediment 315-630um
P01:DOLOGS01Proportion of particles (dolomite) in the sediment 160-315um
P01:DOLOGS04Proportion of particles (dolomite) in the sediment 1250-2500um
P01:CLAYGS09Proportion of particles (clay) in the sediment 40000-70000um
P01:GNSSGS06Proportion of particles (gneiss) in the sediment 5000-10000um
P01:GNSSGS09Proportion of particles (gneiss) in the sediment 40000-70000um
P01:LIMEGS04Proportion of particles (limestone) in the sediment 1250-2500um
P01:GRANGS06Proportion of particles (granitoid) in the sediment 5000-10000um
P01:FLNTGS06Proportion of particles (flint) in the sediment 5000-10000um
P01:SANDGS02Proportion of particles (sandstone) in the sediment 315-630um
P01:SANDGS05Proportion of particles (sandstone) in the sediment 2500-5000um
P01:SHLEGS02Proportion of particles (shale) in the sediment 315-630um
P01:SILTGS01Proportion of particles (siltstone) in the sediment 160-315um
P01:AMPHGS11Proportion of particles (amphibolite) in the sediment 630-1250um
P01:FEMNGS05Proportion of particles (Fe-Mn nodules) in the sediment 2500-5000um
P01:CLAYGS06Proportion of particles (clay) in the sediment 5000-10000um
P01:SANDGS04Proportion of particles (sandstone) in the sediment 1250-2500um
P01:GNSSGS01Proportion of particles (gneiss) in the sediment 160-315um
P01:CHRTGS02Proportion of particles (chert) in the sediment 315-630um
P01:QZTEGS07Proportion of particles (quartzite) in the sediment 10000-20000um
P01:SILTGS03Proportion of particles (siltstone) in the sediment 630-1250um
P01:ORGSGS08Proportion of particles (organic fragments) in the sediment 20000-40000um
P01:SANDGS06Proportion of particles (sandstone) in the sediment 5000-10000um
P01:SHLEGS09Proportion of particles (shale) in the sediment 40000-70000um
P01:LIMEGS09Proportion of particles (limestone) in the sediment 40000-70000um
P01:LIMEGS06Proportion of particles (limestone) in the sediment 5000-10000um
P01:SANDGS08Proportion of particles (sandstone) in the sediment 20000-40000um
P01:SHLEGS04Proportion of particles (shale) in the sediment 1250-2500um
P01:DOLOGS02Proportion of particles (dolomite) in the sediment 315-630um
P01:DOLOGS08Proportion of particles (dolomite) in the sediment 20000-40000um
P01:GRANGS09Proportion of particles (granitoid) in the sediment 40000-70000um
P01:AMPHGS13Proportion of particles (amphibolite) in the sediment 2500-5000um
P01:GNSSGS08Proportion of particles (gneiss) in the sediment 20000-40000um
P01:QZTEGS05Proportion of particles (quartzite) in the sediment 2500-5000um
P01:GRANGS04Proportion of particles (granitoid) in the sediment 1250-2500um
P01:CTDLOWRTDownward velocity of sensor package in the water body
P01:ECH4VSEDEnrichment with respect to Vienna Pee Dee Belemnite (VPDB) of carbon-13 in methane {13C in CH4 CAS 14762-74-4} {delta(13)C} in the sediment by mass spectrometry
P01:ECH4VSSDEnrichment with respect to Vienna Pee Dee Belemnite (VPDB) standard deviation of carbon-13 in methane {13C in CH4 CAS 14762-74-4} {delta(13)C} in the sediment by mass spectrometry
P01:ECH4VPDBEnrichment with respect to Vienna Pee Dee Belemnite (VPDB) of carbon-13 in methane {13C in CH4 CAS 14762-74-4} {delta(13)C} in the atmosphere by mass spectrometry
P01:D13CMIBXEnrichment of carbon-13 in inorganic carbon {13C in inorganic_C CAS 14762-74-4} {delta(13)C} in the sediment by acidification and mass spectrometry
P01:IRST02H1Enrichment with respect to Vienna Pee Dee Belemnite (VPDB) of deuterium {2H CAS 7782-39-0} {delta D or delta(2)H} in the stalagmite by laser ablation and mass spectrometry
P01:IRST18O2Enrichment with respect to Vienna Pee Dee Belemnite (VPDB) of oxygen-18 {18O CAS 14797-71-8} {delta(18)O} in the stalagmite by micromilling and mass spectrometry
P01:FE57MSPWEnrichment of total iron-57 {total_57Fe} {delta(57)Fe} in the sediment pore water [dissolved plus reactive particulate <0.2um phase] by anion exchange chromatography and inductively-coupled plasma mass spectrometry
P01:IRST13C1Enrichment with respect to Vienna Pee Dee Belemnite (VPDB) of carbon-13 in inorganic carbon {13C in inorganic_C CAS 14762-74-4} {delta(13)C} in the stalagmite by laser ablation and mass spectrometry
P01:D13CSEDCEnrichment with respect to Vienna Pee Dee Belemnite (VPDB) of carbon-13 in carbonate {13C in CO3} {delta(13)C} in the sediment by mass spectrometry
P01:AFE56SDTEnrichment standard deviation of total iron-56 {total_56Fe CAS 14093-02-8} {delta(56)Fe} in the atmosphere [aerosol phase] by filtration, acid digestion and inductively-coupled plasma mass spectrometry
P01:AFE57SDTEnrichment standard deviation of total iron-57 {total_57Fe} {delta(57)Fe} in the atmosphere [aerosol phase] by filtration, acid digestion and inductively-coupled plasma mass spectrometry
P01:D14CMIXXEnrichment of carbon-14 {14C CAS 14762-75-5} in the water body [dissolved plus reactive particulate phase]
P01:ATFE57S1Enrichment of soluble iron-57 {soluble_57Fe} {delta(57)Fe} in the atmosphere [aerosol phase] by filtration, leaching with pH 4.7 ammonium acetate buffer and inductively-coupled plasma mass spectrometry
P01:AFE57TOTEnrichment of total iron-57 {total_57Fe} {delta(57)Fe} in the atmosphere [aerosol phase] by filtration, acid digestion and inductively-coupled plasma mass spectrometry
P01:D13CMISBEnrichment of carbon-13 in inorganic carbon {13C in inorganic_C CAS 14762-74-4} {delta(13)C} in the sediment >5um by acidification and mass spectrometry
P01:FE56MSPWEnrichment of total iron-56 {total_56Fe CAS 14093-02-8} {delta(56)Fe} in the sediment pore water [dissolved plus reactive particulate <0.2um phase] by anion exchange chromatography and inductively-coupled plasma mass spectrometry
P01:D15NMTBSEnrichment of nitrogen-15 in total nitrogen {15N_in_total_N CAS 14390-96-6} {delta(15)N} in the sediment by combustion and mass spectrometry
P01:D18OSEDCEnrichment with respect to Vienna Pee Dee Belemnite (VPDB) of oxygen-18 in carbonate {18O in CO3} {delta(18)O} in the sediment by mass spectrometry
P01:D13CMTBXEnrichment of carbon-13 in total carbon {13C in total_C CAS 14762-74-4} {delta(13)C} in the sediment by combustion and mass spectrometry
P01:D14CMIEREnrichment combined uncertainty of carbon-14 {14C CAS 14762-75-5} in the water body [dissolved plus reactive particulate phase]
P01:FE56SDPWEnrichment standard deviation of total iron-56 {total_56Fe CAS 14093-02-8} {delta(56)Fe} in the sediment pore water [dissolved plus reactive particulate <0.2um phase] by anion exchange chromatography and inductively-coupled plasma mass spectrometry
P01:ATFE56S1Enrichment of soluble iron-56 {soluble_56Fe CAS 14093-02-8} {delta(56)Fe} in the atmosphere [aerosol phase] by filtration, leaching with pH 4.7 ammonium acetate buffer and inductively-coupled plasma mass spectrometry
P01:IRST02H2Enrichment with respect to Vienna Pee Dee Belemnite (VPDB) of deuterium {2H CAS 7782-39-0} {delta D or delta(2)H} in the stalagmite by micromilling and mass spectrometry
P01:IRST13C2Enrichment with respect to Vienna Pee Dee Belemnite (VPDB) of carbon-13 in inorganic carbon {13C in inorganic_C CAS 14762-74-4} {delta(13)C} in the stalagmite by micromilling and mass spectrometry
P01:ATFE56SDEnrichment standard deviation of soluble iron-56 {soluble_56Fe CAS 14093-02-8} {delta(56)Fe} in the atmosphere [aerosol phase] by filtration, leaching with pH 4.7 ammonium acetate buffer and inductively-coupled plasma mass spectrometry
P01:ECH4VPSDEnrichment with respect to Vienna Pee Dee Belemnite (VPDB) standard deviation of carbon-13 in methane {13C in CH4 CAS 14762-74-4} {delta(13)C} in the atmosphere by mass spectrometry
P01:D13CMISAEnrichment of carbon-13 in inorganic carbon {13C in inorganic_C CAS 14762-74-4} {delta(13)C} in the sediment <5um by acidification and mass spectrometry
P01:ATFE57SDEnrichment standard deviation of soluble iron-57 {soluble_57Fe} {delta(57)Fe} in the atmosphere [aerosol phase] by filtration, leaching with pH 4.7 ammonium acetate buffer and inductively-coupled plasma mass spectrometry
P01:AFE56TOTEnrichment of total iron-56 {total_56Fe CAS 14093-02-8} {delta(56)Fe} in the atmosphere [aerosol phase] by filtration, acid digestion and inductively-coupled plasma mass spectrometry
P01:D13CMOBXEnrichment of carbon-13 in organic carbon {13C in organic_C CAS 14762-74-4} {delta(13)C} in the sediment by acidification, combustion and mass spectrometry
P01:IRST18O3Enrichment with respect to Vienna Pee Dee Belemnite (VPDB) of oxygen-18 {18O CAS 14797-71-8} {delta(18)O} in the stalagmite by ion probe analysis
P01:IRST18O1Enrichment with respect to Vienna Pee Dee Belemnite (VPDB) of oxygen-18 {18O CAS 14797-71-8} {delta(18)O} in the stalagmite by laser ablation and mass spectrometry
P01:FE57SDPWEnrichment standard deviation of total iron-57 {total_57Fe} {delta(57)Fe} in the sediment pore water [dissolved plus reactive particulate <0.2um phase] by anion exchange chromatography and inductively-coupled plasma mass spectrometry
P01:TURBPR12Turbidity standard deviation of water in the water body by in-situ optical backscatter measurement (second sensor) and laboratory calibration against formazin
P01:TUSDPR01Turbidity standard deviation of water in the water body by in-situ optical backscatter measurement and laboratory calibration against formazin
P01:AOUXXXXXApparent utilisation of oxygen {O2 CAS 7782-44-7} {AOU Apparent Oxygen Utilisation} in the water body
P01:GRAZDDEHGrazing coefficient by microzooplankton of Emiliania huxleyi (ITIS: 2251: WoRMS 115104) in the water body by on-deck incubation dilution experiment
P01:GRAZDDDPGrazing coefficient by microzooplankton of dimethylsulphoniopropionate {DMSP dimethylsulfoniopropionate CAS 7314-30-9} in the water body [particulate >unknown phase] by on-deck incubation dilution experiment
P01:GRZEDDCLGrazing coefficient by microzooplankton standard error of phytoplankton in the water body by on-deck incubation dilution experiment and chlorophyll determination
P01:GRAZDDMZGrazing coefficient by microzooplankton of phytoplankton in the water body [particulate <200um phase] by screening, on-deck incubation dilution experiment and chlorophyll determination
P01:GRZEDDEHGrazing coefficient by microzooplankton standard error of Emiliania huxleyi (ITIS: 2251: WoRMS 115104) in the water body by on-deck incubation dilution experiment
P01:MZCTDDDPGrazing turnover by microzooplankton (daily) of dimethylsulphoniopropionate {DMSP dimethylsulfoniopropionate CAS 7314-30-9} in the water body [particulate >unknown phase] by on-deck incubation dilution experiment
P01:MZCTDDTXGrazing turnover by microzooplankton (daily) of chlorophyll {Chl CAS 1406-65-1} in the water body [particulate >unknown phase] by on-deck incubation dilution experiment
P01:GRZEDDDPGrazing coefficient by microzooplankton standard error of dimethylsulphoniopropionate {DMSP dimethylsulfoniopropionate CAS 7314-30-9} in the water body [particulate >unknown phase] by on-deck incubation dilution experiment
P01:MZCTDITXGrazing turnover by microzooplankton (daily) of chlorophyll {Chl CAS 1406-65-1} in the water body [particulate >unknown phase] by in-situ incubation dilution experiment
P01:GRAZDDCLGrazing coefficient by microzooplankton of phytoplankton in the water body by on-deck incubation dilution experiment and chlorophyll determination
P01:EGTSZZ01Speed of wind (gust) {wind speed} in the atmosphere
P01:EWSBSS01Speed of wind {wind speed} in the atmosphere by in-situ anemometer
P01:ODRMOD01Direction (towards) of orbital waves in the water body by model prediction
P01:FRVMOD01Friction velocity of waves in the water body by model prediction
P01:OSPMOD01Bottom orbital speed of orbital waves in the water body by model prediction
P01:MXRAAC01Mixing ratio of acetone {propanone (CH3)2CO CAS 67-64-1} in the atmosphere by proton transfer reaction mass spectrometry
P01:MXRAAH01Mixing ratio of acetaldehyde {ethanal CH3CHO CAS 75-07-0} in the atmosphere by proton transfer reaction mass spectrometry
P01:MXRAMT01Mixing ratio of methanol {CH3OH CAS 67-56-1} in the atmosphere by proton transfer reaction mass spectrometry
P01:PO2XXXXXPartial pressure of oxygen {O2 CAS 7782-44-7} in the water body
P01:OXYSZZ02Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by second sensor
P01:OXYSSE01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by YSI in-situ oxygen and temperature probe and computation from concentration
P01:OXYSWB01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by in-situ Beckmann probe and computation from concentration using Weiss algorithm
P01:OXYSWW01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by Winkler titration and computation from concentration using Weiss algorithm
P01:OXYSZW01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by Winkler titration and computation from concentration
P01:OXYSBB01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by in-situ Beckmann probe and computation from concentration using Benson and Krause algorithm
P01:OXYSBW01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by Winkler titration and computation from concentration using Benson and Krause algorithm
P01:OXYSBB02Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by in-situ Beckmann probe (second sensor) and computation from concentration using Benson and Krause algorithm
P01:OXYSBE01Saturation of oxygen {O2 CAS 7782-44-7} in the water body [dissolved plus reactive particulate phase] by in-situ pulsed electrode and computation from concentration using Benson and Krause algorithm
P01:RXXX490KLight extinction coefficient (490nm wavelength) in the water body by radiometer and computation from variation of light intensity with depth
P01:RXXXPARKLight extinction coefficient (PAR wavelengths) {PAR attenuance} in the water body by radiometer and computation from variation of light intensity with depth
P01:490KRXXXLight extinction coefficient (490nm wavelength) in the water body by radiometer and computation from variation of light intensity with depth
P01:F2448A9BProportion (in species count) of Meganyctiphanes norvegica (ITIS: 95534: WoRMS 110690) [Stage: sub-adult Sex: male] in the water body by optical microscopy
P01:K2A96844Proportion (in species count) of Calanus hyperboreus (ITIS: 85266: WoRMS 104467) [Stage: nauplii N1-N3] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:E4164672Proportion (in species count) of Calanus hyperboreus (ITIS: 85266: WoRMS 104467) [Stage: copepodites C1] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:D5670379Proportion (in species count) of Euphausia krohnii (ITIS: 660849: WoRMS 110687) [Stage: adult Sex: female Subgroup: with spermatophores or spermatozoa inside the thelycum] in the water body by optical microscopy
P01:G4778713Proportion (in species count) of Nematoscelis megalops (ITIS: 95542: WoRMS 110695) [Stage: adult Sex: male Subgroup: with spermatophores at the genital aperture or attached to the petasma] in the water body by optical microscopy
P01:L2A93595Proportion (in species count) of Euphausia krohnii (ITIS: 660849: WoRMS 110687) [Stage: postlarvae] in the water body by optical microscopy
P01:KB05B957Proportion (in species count) of Meganyctiphanes norvegica (ITIS: 95534: WoRMS 110690) [Stage: adult Sex: female Subgroup: without spermatophores] in the water body by optical microscopy
P01:M2066669Proportion (in species count) of Nematobrachion boopis (ITIS: 95537: WoRMS 110691) [Stage: postlarvae] in the water body by optical microscopy
P01:W320909AProportion (in species count) of Calanus finmarchicus (ITIS: 85272: WoRMS 104464) [Stage: copepodites C3] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:Q79B051BProportion (in species count) of Meganyctiphanes norvegica (ITIS: 95534: WoRMS 110690) [Stage: adult Sex: male Subgroup: with spermatophores at the genital aperture or attached to the petasma] in the water body by optical microscopy
P01:K7906699Proportion (in species count) of Stylocheiron (ITIS: 95556: WoRMS 110678) [Stage: adult Sex: male Subgroup: without external spermatophores] in the water body by optical microscopy
P01:J8B75493Proportion (in species count) of Thysanopoda acutifrons (ITIS: 95583: WoRMS 110712) [Stage: adult Sex: female Subgroup: with spermatophores or spermatozoa inside the thelycum] in the water body by optical microscopy
P01:O7138560Proportion (in species count) of Calanus glacialis (ITIS: 85267: WoRMS 104465) [Stage: copepodites C5] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:QA4417A0Proportion (in species count) of Thysanopoda acutifrons (ITIS: 95583: WoRMS 110712) [Stage: adult Sex: male Subgroup: without external spermatophores] in the water body by optical microscopy
P01:M7034947Proportion (in species count) of Calanus finmarchicus (ITIS: 85272: WoRMS 104464) [Stage: nauplii N1-N3] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:WB6848B2Proportion (in species count) of Calanus finmarchicus (ITIS: 85272: WoRMS 104464) [Stage: adult Sex: female] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:I62A0880Proportion (in species count) of Thysanoessa longicaudata (ITIS: 95575: WoRMS 110709) [Stage: adult Sex: female Subgroup: with spermatophores or spermatozoa inside the thelycum] in the water body by optical microscopy
P01:NA157180Proportion (in species count) of Calanus helgolandicus (ITIS: 85276: WoRMS 104466) [Stage: nauplii N1-N3] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:O7AA1929Proportion (in species count) of Stylocheiron (ITIS: 95556: WoRMS 110678) [Stage: postlarvae] in the water body by optical microscopy
P01:I0988A82Proportion (in species count) of Calanus glacialis (ITIS: 85267: WoRMS 104465) [Stage: copepodites C1] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:N0BA2238Proportion (in species count) of Thysanopoda acutifrons (ITIS: 95583: WoRMS 110712) [Stage: adult Sex: female Subgroup: without spermatophores] in the water body by optical microscopy
P01:P91805B0Proportion (in species count) of Meganyctiphanes norvegica (ITIS: 95534: WoRMS 110690) [Stage: adult Sex: female Subgroup: with spermatophores or spermatozoa inside the thelycum] in the water body by optical microscopy
P01:YB31973AProportion (in species count) of Nematobrachion boopis (ITIS: 95537: WoRMS 110691) [Stage: adult Sex: male Subgroup: without external spermatophores] in the water body by optical microscopy
P01:Z337A927Proportion (in species count) of Calanus glacialis (ITIS: 85267: WoRMS 104465) [Stage: nauplii N1-N3] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:F42B9A52Proportion (in species count) of Thysanoessa longicaudata (ITIS: 95575: WoRMS 110709) [Stage: adult Sex: male Subgroup: with spermatophores at the genital aperture or attached to the petasma] in the water body by optical microscopy
P01:GA8053B1Proportion (in species count) of Calanus finmarchicus (ITIS: 85272: WoRMS 104464) [Stage: copepodites C5] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:P827019BProportion (in species count) of Calanus finmarchicus (ITIS: 85272: WoRMS 104464) [Stage: copepodites C4] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:F9142BA0Proportion (in species count) of Thysanoessa longicaudata (ITIS: 95575: WoRMS 110709) [Stage: adult Sex: male Subgroup: without external spermatophores] in the water body by optical microscopy
P01:H9232020Proportion (in species count) of Euphausia krohnii (ITIS: 660849: WoRMS 110687) [Stage: furcilia] in the water body by optical microscopy
P01:G8A78743Proportion (in species count) of Stylocheiron (ITIS: 95556: WoRMS 110678) [Stage: adult Sex: female Subgroup: with spermatophores or spermatozoa inside the thelycum] in the water body by optical microscopy
P01:H1162158Proportion (in species count) of Nematoscelis megalops (ITIS: 95542: WoRMS 110695) [Stage: adult Sex: male Subgroup: without external spermatophores] in the water body by optical microscopy
P01:J837585AProportion (in species count) of Thysanoessa inermis (ITIS: 95573: WoRMS 110708) [Stage: adult Sex: male Subgroup: with spermatophores at the genital aperture or attached to the petasma] in the water body by optical microscopy
P01:VB03933BProportion (in species count) of Calanus glacialis (ITIS: 85267: WoRMS 104465) [Stage: copepodites C3] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:X3505835Proportion (in species count) of Thysanopoda acutifrons (ITIS: 95583: WoRMS 110712) [Stage: sub-adult Sex: female] in the water body by optical microscopy
P01:M6548191Proportion (in species count) of Thysanoessa longicaudata (ITIS: 95575: WoRMS 110709) [Stage: postlarvae] in the water body by optical microscopy
P01:C2788905Proportion (in species count) of Calanus hyperboreus (ITIS: 85266: WoRMS 104467) [Stage: copepodites C5] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:T3A61A76Proportion (in species count) of Nematoscelis megalops (ITIS: 95542: WoRMS 110695) [Stage: furcilia] in the water body by optical microscopy
P01:M54A495BProportion (in species count) of Calanus helgolandicus (ITIS: 85276: WoRMS 104466) [Stage: copepodites C5] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:O4853526Proportion (in species count) of Nematoscelis megalops (ITIS: 95542: WoRMS 110695) [Stage: adult Sex: female Subgroup: with spermatophores or spermatozoa inside the thelycum] in the water body by optical microscopy
P01:I4AB4979Proportion (in species count) of Nematoscelis megalops (ITIS: 95542: WoRMS 110695) [Stage: postlarvae] in the water body by optical microscopy
P01:Y459396BProportion (in species count) of Calanus glacialis (ITIS: 85267: WoRMS 104465) [Stage: adult Sex: female] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:Z09BA304Proportion (in species count) of Calanus glacialis (ITIS: 85267: WoRMS 104465) [Stage: adult Sex: male] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:X600A515Proportion (in species count) of Calanus glacialis (ITIS: 85267: WoRMS 104465) [Stage: copepodites C4] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:K3969B78Proportion (in species count) of Stylocheiron (ITIS: 95556: WoRMS 110678) [Stage: furcilia] in the water body by optical microscopy
P01:F76708B8Proportion (in species count) of Meganyctiphanes norvegica (ITIS: 95534: WoRMS 110690) [Stage: sub-adult Sex: female] in the water body by optical microscopy
P01:G0623250Proportion (in species count) of Calanus hyperboreus (ITIS: 85266: WoRMS 104467) [Stage: copepodites C3] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:Z257B084Proportion (in species count) of Calanus glacialis (ITIS: 85267: WoRMS 104465) [Stage: copepodites C2] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:T884B805Proportion (in species count) of Thysanoessa inermis (ITIS: 95573: WoRMS 110708) [Stage: postlarvae] in the water body by optical microscopy
P01:UB4A460AProportion (in species count) of Euphausia krohnii (ITIS: 660849: WoRMS 110687) [Stage: adult Sex: male Subgroup: with spermatophores at the genital aperture or attached to the petasma] in the water body by optical microscopy
P01:V4A79659Proportion (in species count) of Calanus finmarchicus (ITIS: 85272: WoRMS 104464) [Stage: nauplii N4-N6] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:Y3180809Proportion (in species count) of Thysanopoda acutifrons (ITIS: 95583: WoRMS 110712) [Stage: sub-adult Sex: male] in the water body by optical microscopy
P01:TA615893Proportion (in species count) of Calanus glacialis (ITIS: 85267: WoRMS 104465) [Stage: nauplii N4-N6] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:N6365140Proportion (in species count) of Thysanoessa inermis (ITIS: 95573: WoRMS 110708) [Stage: adult Sex: female Subgroup: with spermatophores or spermatozoa inside the thelycum] in the water body by optical microscopy
P01:P1130116Proportion (in species count) of Calanus helgolandicus (ITIS: 85276: WoRMS 104466) [Stage: nauplii N4-N6] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:T516494AProportion (in species count) of Euphausia krohnii (ITIS: 660849: WoRMS 110687) [Stage: adult Sex: male Subgroup: without external spermatophores] in the water body by optical microscopy
P01:L965A834Proportion (in species count) of Thysanoessa longicaudata (ITIS: 95575: WoRMS 110709) [Stage: furcilia] in the water body by optical microscopy
P01:X257A856Proportion (in species count) of Meganyctiphanes norvegica (ITIS: 95534: WoRMS 110690) [Stage: furcilia] in the water body by optical microscopy
P01:Q556A675Proportion (in species count) of Meganyctiphanes norvegica (ITIS: 95534: WoRMS 110690) [Stage: adult Sex: male Subgroup: without external spermatophores] in the water body by optical microscopy
P01:U0681A95Proportion (in species count) of Calanus finmarchicus (ITIS: 85272: WoRMS 104464) [Stage: adult Sex: male] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:H4B276B9Proportion (in species count) of Meganyctiphanes norvegica (ITIS: 95534: WoRMS 110690) [Stage: juvenile] in the water body by optical microscopy
P01:U8A1B15AProportion (in species count) of Thysanoessa inermis (ITIS: 95573: WoRMS 110708) [Stage: adult Sex: male Subgroup: without external spermatophores] in the water body by optical microscopy
P01:Y14B571AProportion (in species count) of Nematobrachion boopis (ITIS: 95537: WoRMS 110691) [Stage: furcilia] in the water body by optical microscopy
P01:B0114879Proportion (in species count) of Thysanopoda acutifrons (ITIS: 95583: WoRMS 110712) [Stage: juvenile] in the water body by optical microscopy
P01:O358155BProportion (in species count) of Nematobrachion boopis (ITIS: 95537: WoRMS 110691) [Stage: adult Sex: female Subgroup: with spermatophores or spermatozoa inside the thelycum] in the water body by optical microscopy
P01:I98A359BProportion (in species count) of Calanus helgolandicus (ITIS: 85276: WoRMS 104466) [Stage: copepodites C1] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:TA569B26Proportion (in species count) of Calanus finmarchicus (ITIS: 85272: WoRMS 104464) [Stage: copepodites C2] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:T4A575A5Proportion (in species count) of Nematobrachion boopis (ITIS: 95537: WoRMS 110691) [Stage: adult Sex: male Subgroup: with spermatophores at the genital aperture or attached to the petasma] in the water body by optical microscopy
P01:FA3B8375Proportion (in species count) of Thysanopoda acutifrons (ITIS: 95583: WoRMS 110712) [Stage: furcilia] in the water body by optical microscopy
P01:BB942705Proportion (in species count) of Thysanoessa inermis (ITIS: 95573: WoRMS 110708) [Stage: furcilia] in the water body by optical microscopy
P01:H8B96523Proportion (in species count) of Calanus hyperboreus (ITIS: 85266: WoRMS 104467) [Stage: nauplii N4-N6] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:K0598943Proportion (in species count) of Stylocheiron (ITIS: 95556: WoRMS 110678) [Stage: adult Sex: male Subgroup: with spermatophores at the genital aperture or attached to the petasma] in the water body by optical microscopy
P01:P3525929Proportion (in species count) of Thysanopoda acutifrons (ITIS: 95583: WoRMS 110712) [Stage: adult Sex: male Subgroup: with spermatophores at the genital aperture or attached to the petasma] in the water body by optical microscopy
P01:R7715731Proportion (in species count) of Calanus finmarchicus (ITIS: 85272: WoRMS 104464) [Stage: copepodites C1] in the water body by mitochondrial 16s rDNA restriction fragment length polymorphism (RFLP) signature identification
P01:LCEWZZ01Eastward velocity of water current in the water body
P01:LCNSZZ01Northward velocity of water current in the water body
P01:LCSAEL01Speed of water current (Eulerian measurement) in the water body by in-situ current meter
P01:LCDAZZ01Direction (towards) of water current in the water body
P01:LCDAEL01Direction (towards) of water current (Eulerian measurement) in the water body by in-situ current meter and correction to true North
P01:LCSAZZ01Speed of water current (Eulerian measurement) in the water body
P01:LCNSAS01Northward velocity of water current (Eulerian measurement) in the water body by shipborne acoustic doppler current profiler (ADCP)
P01:LCEWAS01Eastward velocity of water current (Eulerian measurement) in the water body by shipborne acoustic doppler current profiler (ADCP)
P01:CPRRRG01Precipitation rate (liquid water equivalent) in the atmosphere by in-situ rain gauge
P01:CPRPRG01Thickness of precipitation amount (liquid water equivalent) in the atmosphere by in-situ rain gauge
P01:ERWDZZ01Direction (from) of wind relative to moving platform and heading {wind direction} in the atmosphere
P01:ERWDSS01Direction (from) of wind relative to moving platform and heading {wind direction} in the atmosphere by in-situ anemometer
P01:SDDAZZ01Direction (towards) standard deviation of water current in the water body
P01:ERWDSO01Direction (from) of wind relative to moving platform and heading {wind direction} in the atmosphere by in-situ sonic anemometer and expressed at measurement altitude
P01:APDAWW01Direction of motion of measurement platform relative to water in the water body by electromagnetic log
P01:ERWDSO02Direction (from) 20-minute mean of wind relative to moving platform and heading {wind direction} in the atmosphere by in-situ sonic anemometer and expressed at measurement altitude
P01:HFRDCRCRDirection (towards) of water current in the water body by high frequency radar and cell averaging
P01:EWDRSD01Direction (from) standard deviation of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:RWDSOPIHDirection (from) of wind relative to moving platform and heading {wind direction} in the atmosphere by port-mounted sonic anemometer and expressed at measurement altitude
P01:AWSSOPIHDirection (from) of wind relative to True North {wind direction} in the atmosphere by port-mounted sonic anemometer and expressed at measurement altitude
P01:EWDASO02Direction (from) 20-minute mean of wind relative to True North {wind direction} in the atmosphere by in-situ sonic anemometer and expressed at measurement altitude
P01:AWSSOSIHDirection (from) of wind relative to True North {wind direction} in the atmosphere by starboard-mounted sonic anemometer and expressed at measurement altitude
P01:EWDRSD02Direction (from) standard deviation of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer (second sensor)
P01:RWDSOSIHDirection (from) of wind relative to moving platform and heading {wind direction} in the atmosphere by starboard-mounted sonic anemometer and expressed at measurement altitude
P01:LCDAEPSADirection (towards) of water current (residual) in the water body by in-situ electromagnetic vector averaging current meter (VACM) and subtraction of value predicted by tidal analysis
P01:K3139B38Egg production rate of Oithona similis (ITIS: 88805: WoRMS 106656) in the water body by method of Edmondson (1971)
P01:SKYIRR01Sky radiance as energy of electromagnetic radiation (unspecified single wavelength) in the atmosphere by cosine-collector radiometer
P01:FVIDSOP1Friction velocity (port-mounted sensor) in the atmosphere by in-situ sonic anemometer and corrected to a height of 10m and calculated through the inertial dissipation method
P01:FVIDSOP2Friction velocity 20-minute mean of wind in the atmosphere by in-situ sonic anemometer and computation using the eddy covariance method
P01:FVIDSOS1Friction velocity (starboard-mounted sensor) in the atmosphere by in-situ sonic anemometer and corrected to a height of 10m and calculated through the inertial dissipation method
P01:FLOWCABVHorizontal transport rate daily mean of water in the water body by submarine cable voltage measurement
P01:LWRDXX01Upwelling vector irradiance as energy of electromagnetic radiation (longwave) in the atmosphere
P01:NTLRDZ01Net vector irradiance as energy of electromagnetic radiation (longwave + shortwave) {Net total radiation} in the atmosphere
P01:LWRDSD01Downwelling vector irradiance as energy standard deviation of electromagnetic radiation (longwave) in the atmosphere by pyrgeometer
P01:TLRDZZ01Downwelling vector irradiance as energy of electromagnetic radiation (longwave + shortwave) {Total radiation} in the atmosphere
P01:LWRDZZ01Downwelling vector irradiance as energy of electromagnetic radiation (longwave) in the atmosphere
P01:PCO2C101Partial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the water body by computation from pH and alkalinity
P01:PCO2WCALPartial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the water body by computation
P01:CH4SGCXXSaturation of methane {CH4 CAS 74-82-8} in the water body [dissolved plus reactive particulate phase] by computation from concentration
P01:CH4SGCX2Saturation standard deviation of methane {CH4} in the water body [dissolved plus reactive particulate phase] by gas chromatography and computation from concentration
P01:CH4SGCX1Saturation of methane {CH4 CAS 74-82-8} in the water body [dissolved plus reactive particulate phase] by gas chromatography and computation from concentration
P01:PFQMOD01Peak frequency (at spectral maximum) of orbital waves in the water body by model prediction
P01:MPDMOD01Mean period (at variance spectral density second frequency moment) of orbital waves (bottom) in the water body by model prediction
P01:MPDMOS01Mean period (at variance spectral density second frequency moment) of orbital waves (surface) in the water body by model prediction
P01:ESZKSA01Upward velocity of airflow in the atmosphere by in-situ sonic anemometer
P01:NDCHAT09Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) standard deviation of neodymium-143 {143Nd CAS 14336-83-5} {epsilon Nd value} in the atmosphere [aerosol phase] by inductively-coupled plasma mass spectrometry
P01:NDCHAT01Enrichment with respect to 143Nd/144Nd in the CHondritic Uniform Reservoir (CHUR) of neodymium-143 {143Nd CAS 14336-83-5} {epsilon Nd value} in the atmosphere [aerosol phase] by inductively-coupled plasma mass spectrometry
P01:BS532VSFAttenuation due to backscatter (532nm wavelength) in the water body by scattering photometer and calibration to read zero in clear water with computation from volume scatter data
P01:BSXXXVSFAttenuation due to backscatter (unspecified single wavelength) in the water body by scattering photometer and computation from volume scatter data
P01:OPBSMAXXBackscatter (520nm wavelength) in the water body by Mie optical backscatter sensor
P01:TVARTP01Temperature variance in the water body by turbulence profiler and computation from fast microstructure temperature
P01:PTDZZZ01Temperature gradient (vertical) in the water body
P01:PTDZTP01Temperature gradient (vertical) in the water body by turbulence profiler and computation from fast microstructure temperature
P01:RPOTPRTXRedox potential in the sediment by redox electrode
P01:ESSSZZ01Speed standard deviation of wind {wind speed} in the atmosphere
P01:EGSCZZ01Speed standard deviation of wind (gust) {wind speed} in the atmosphere
P01:EWSTEN01Speed 10-minute mean of wind {wind speed} in the atmosphere by in-situ anemometer
P01:ESSAZZ01Wind speed in the atmosphere
P01:ERWSSO02Speed 20-minute mean of wind relative to moving platform and heading {wind speed} in the atmosphere by in-situ sonic anemometer and expressed at measurement altitude
P01:EWNSSS01Northward velocity of wind in the atmosphere by in-situ anemometer
P01:ESZSZZ01Upward velocity standard deviation of airflow in the atmosphere
P01:ESSASS01Wind speed in the atmosphere by in-situ anemometer
P01:ESEWZZXXEastward velocity of wind in the atmosphere
P01:ESZSSS01Upward velocity standard deviation of airflow in the atmosphere by in-situ anemometer
P01:ESNSZZ01Northward velocity standard deviation of wind in the atmosphere
P01:ESSSSS01Speed standard deviation of wind {wind speed} in the atmosphere by in-situ anemometer
P01:ERWSSS01Speed of wind relative to moving platform and heading {wind speed} in the atmosphere by in-situ anemometer
P01:AWSSOP10Speed (3D resultant) of wind (at 10 metres) {wind speed} in the atmosphere by port-mounted sonic anemometer and correction for atmospheric stability and to a height of 10m
P01:EWSTEMX1Speed 10-minute maximum of wind {wind speed} in the atmosphere by in-situ anemometer
P01:EGTSS23SSpeed of wind (gust >3 second duration) {wind speed} in the atmosphere by in-situ anemometer (second sensor)
P01:AWDSOSIHSpeed (3D resultant) of wind {wind speed} in the atmosphere by starboard-mounted sonic anemometer and expressed at measurement altitude
P01:EWSBSO04Speed 20-minute mean of wind (at 10 metres) {wind speed} in the atmosphere by in-situ sonic anemometer and computation from true wind speed using the COARE3.5 model (Edson et al. 2013)
P01:EWSBZZ01Speed of wind {wind speed} in the atmosphere
P01:EWSTEMX2Speed 10-minute maximum of wind {wind speed} in the atmosphere by in-situ anemometer (second sensor)
P01:EWEWSS01Eastward velocity of wind in the atmosphere by in-situ anemometer
P01:EWS10S01Speed 10-second maximum of wind {wind speed} in the atmosphere by in-situ anemometer
P01:RWSSOSIHSpeed of wind relative to moving platform and heading {wind speed} in the atmosphere by starboard-mounted sonic anemometer and expressed at measurement altitude
P01:ESNSZZXXNorthward velocity of wind in the atmosphere
P01:ESEWZZ01Eastward velocity standard deviation of wind in the atmosphere
P01:EWS1MX01Speed 1-minute maximum of wind {wind speed} in the atmosphere by in-situ anemometer
P01:EGTSSS5SSpeed of wind (gust >5 second duration) {wind speed} in the atmosphere by in-situ anemometer
P01:EGTSSS3SSpeed of wind (gust >3 second duration) {wind speed} in the atmosphere by in-situ anemometer
P01:EGTSSS1MSpeed of wind (gust >1 minute duration) {wind speed} in the atmosphere by in-situ anemometer
P01:EWSTEN02Speed 10-minute mean of wind {wind speed} in the atmosphere by in-situ anemometer (second sensor)
P01:EGTSS30SSpeed of wind (gust >30 second duration) {wind speed} in the atmosphere by in-situ anemometer
P01:ERWSZZ01Speed of wind relative to moving platform and heading {wind speed} in the atmosphere
P01:RWSSOPIHSpeed of wind relative to moving platform and heading {wind speed} in the atmosphere by port-mounted sonic anemometer and expressed at measurement altitude
P01:EGTSSS01Speed of wind (gust) {wind speed} in the atmosphere by in-situ anemometer
P01:EWSBSO02Speed of wind (at 10 metres) {wind speed} in the atmosphere by in-situ sonic anemometer and correction for atmospheric stability and to a height of 10m
P01:EWSTMX01Speed 2-minute maximum of wind {wind speed} in the atmosphere by in-situ anemometer
P01:EWSBSD02Speed standard deviation of wind {wind speed} in the atmosphere by in-situ anemometer (second sensor)
P01:EWSONE01Speed 1-minute mean of wind {wind speed} in the atmosphere by in-situ anemometer
P01:EWSBSS02Speed of wind {wind speed} in the atmosphere by in-situ anemometer (second sensor)
P01:EWSBSO03Speed 20-minute mean of wind relative to True North {wind speed} in the atmosphere by in-situ sonic anemometer and expressed at measurement altitude
P01:AWSSOS10Speed (3D resultant) of wind (at 10 metres) {wind speed} in the atmosphere by starboard-mounted sonic anemometer and correction for atmospheric stability and to a height of 10m
P01:EWSWZZ01Upward air velocity in the atmosphere
P01:ESSAMX01Speed hourly maximum of wind {wind speed} in the atmosphere by in-situ anemometer
P01:EWSCZZ01Wind velocity standard deviation in the atmosphere
P01:EWSCSS01Wind velocity standard deviation in the atmosphere by in-situ anemometer
P01:ESZAZZ01Upward velocity of airflow in the atmosphere
P01:EWSTAV01Speed 2-minute mean of wind {wind speed} in the atmosphere by in-situ anemometer
P01:AWDSOPIHSpeed (3D resultant) of wind {wind speed} in the atmosphere by port-mounted sonic anemometer and expressed at measurement altitude
P01:ERWSSO01Speed of wind relative to moving platform and heading {wind speed} in the atmosphere by in-situ sonic anemometer and expressed at measurement altitude
P01:EWSBSO01Speed of wind {wind speed} in the atmosphere by in-situ sonic anemometer and expressed at measurement altitude
P01:EGSCSS01Speed standard deviation of wind (gust) {wind speed} in the atmosphere by in-situ anemometer
P01:EWS30S01Speed 30-second maximum of wind {wind speed} in the atmosphere by in-situ anemometer
P01:WINDYMODVelocity along y-axis of wind (at 10 metres) in the atmosphere by model prediction
P01:EGTSS15SSpeed of wind (gust >15 second duration) {wind speed} in the atmosphere by in-situ anemometer
P01:ESZASS01Upward velocity of airflow in the atmosphere by in-situ anemometer
P01:EWSBSC01Speed of wind {wind speed} in the atmosphere by scatterometer
P01:PRSCISMOProportion of particles (mode size class) in the suspended particulate material by in-situ particle sizer
P01:MNGSIXAGGrain-size mean of aggregates in the water body by image analysis
P01:SIGMFR02Functional absorption cross-section {Sigma-PSII} in the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the raw data from the light chamber
P01:NS01FR01Functional absorption cross-section {Sigma-PSII} in the water body by single turnover fast repetition rate (FRR) fluorometry
P01:NT01FR02Rate of Qa reoxidation standard deviation {1/TauQa} in the water body by single turnover fast repetition rate (FRR) fluorometry
P01:SIGPSII1Functional absorption cross-section {Sigma-PSII} in the water body by bench fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber
P01:TAUQAI01Rate of Qa reoxidation {1/TauQa} in the water body by bench fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber
P01:SIGMFR01Functional absorption cross-section {Sigma-PSII} in the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber
P01:NS01FR02Functional absorption cross-section standard deviation {Sigma-PSII} in the water body by single turnover fast repetition rate (FRR) fluorometry
P01:SIGFRBL2Functional absorption cross-section {Sigma-PSII} in the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the blank-corrected raw data from the dark chamber
P01:NT01FR01Rate of Qa reoxidation {1/TauQa} in the water body by single turnover fast repetition rate (FRR) fluorometry
P01:SIGFRBL1Functional absorption cross-section {Sigma-PSII} in the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the blank-corrected raw data from the light chamber
P01:LCEWEM01Eastward velocity of water current (Eulerian measurement) in the water body by shipborne electro-magnetic log
P01:LCSAEM01Speed of water current (Eulerian measurement) in the water body by shipborne electro-magnetic log
P01:LCNSBT01Northward velocity of water current (Eulerian measurement) in the water body by ADCP bottom tracking
P01:SDEWSTEKEastward velocity standard deviation of water current in the water body by SonTek current meter
P01:LCNSLW01Northward velocity of water current (Eulerian measurement) in the water body by lowered acoustic doppler current profiler (ADCP)
P01:LCDATIDEDirection (towards) of water current (tidal) in the water body by tidal analysis
P01:LCDAEL03Direction (towards) of water current (Eulerian measurement) in the water body by in-situ current meter (third sensor) and correction to true North
P01:LCEWAP01Eastward velocity of water current (Eulerian measurement) in the water body by moored acoustic doppler current profiler (ADCP)
P01:LCNSSTEKNorthward velocity of water current (Eulerian measurement) relative to magnetic north in the water body by SonTek current meter
P01:LCSAAP02Current speed (Eulerian) in the water body by moored acoustic doppler current profiler (ADCP)
P01:LCEWEL01Eastward velocity of water current (Eulerian measurement) in the water body by in-situ current meter
P01:LCSATFBLSpeed of water current (Eulerian measurement) in the water body by thermistor flow meter
P01:LCSAEL02Speed of water current (Eulerian measurement) in the water body by in-situ current meter (second sensor)
P01:LCSAMXIMSpeed maximum of water current in the water body by in-situ impeller plus vane current meter
P01:LCNSEM01Northward velocity of water current (Eulerian measurement) in the water body by shipborne electro-magnetic log
P01:SDNSLW01Northward velocity standard deviation of water current (Eulerian measurement) in the water body by lowered acoustic doppler current profiler (ADCP)
P01:LCDAAS01Direction (towards) of water current (Eulerian measurement) in the water body by shipborne acoustic doppler current profiler (ADCP) and correction to true North
P01:CSERTFBLSpeed standard error of water current in the water body by thermistor flow meter
P01:LCSAMX01Speed maximum of water current in the water body by in-situ Savonius Rotor plus vane current meter
P01:LCSAEL04Speed of water current (Eulerian measurement) in the water body by in-situ current meter (fourth sensor)
P01:LCSAMXVASpeed maximum of water current in the water body by in-situ electromagnetic vector averaging current meter (VACM)
P01:LCSAAB01Speed mean of water current in the water body by acoustic doppler wave array and computation from the wave velocity cell recorded burst
P01:LCDAAB01Direction (from) mean of water current in the water body by acoustic doppler wave array and computation from the wave velocity cell recorded burst
P01:LCDAAP01Direction (towards) of water current (Eulerian measurement) in the water body by moored acoustic doppler current profiler (ADCP) and correction to true North
P01:LCEWBT01Eastward velocity of water current (Eulerian measurement) in the water body by ADCP bottom tracking
P01:LCDAEL02Direction (towards) of water current (Eulerian measurement) in the water body by in-situ current meter (second sensor) and correction to true North
P01:LCSAAP01Speed of water current (Eulerian measurement) in the water body by moored acoustic doppler current profiler (ADCP)
P01:LCSAEL03Speed of water current (Eulerian measurement) in the water body by in-situ current meter (third sensor)
P01:HFRVWD01Direction (from) of radial vector relative to instrument and True North in the water body by high frequency radar
P01:LCNSAP01Northward velocity of water current (Eulerian measurement) in the water body by moored acoustic doppler current profiler (ADCP)
P01:CSERNSHFNorthward velocity standard error of water current in the water body by high frequency radar
P01:LCDAAPSADirection (towards) of water current (residual) in the water body by moored acoustic doppler current profiler (ADCP) and subtraction of value predicted by tidal analysis
P01:LCDAAW01Direction (towards) of water current (Eulerian measurement) in the water body by acoustic doppler wave array
P01:LCSAAS01Speed of water current (Eulerian measurement) in the water body by shipborne acoustic doppler current profiler (ADCP)
P01:LCSAWVRDSpeed of water current (Eulerian measurement) in the water body by directional range-gated radar
P01:ETIBT001Eastward velocity of water current (residual) in the water body by moored acoustic doppler current profiler (ADCP) and subtraction of value predicted by tidal analysis
P01:LCDAAA01Direction (towards) of water current (Eulerian measurement) in the water body by autonomous platform acoustic doppler current profiler (ADCP) and correction to true North
P01:LCSAAPSASpeed of water current (residual) in the water body by moored acoustic doppler current profiler (ADCP) and subtraction of value predicted by tidal analysis
P01:HFRVWC01Radial velocity (away from) of water current relative to instrument in the water body by high frequency radar
P01:SDEWZZZZEastward velocity standard deviation of water current in the water body
P01:HFRDCRSPSpeed of water current in the water body by high frequency radar and cell averaging
P01:LCSAAW01Speed of water current (Eulerian measurement) in the water body by acoustic doppler wave array
P01:LCEWLA01Eastward velocity of water current (Lagrangian measurement) in the water body by tracked drifting buoy
P01:LCNSLA01Northward velocity of water current (Lagrangian measurement) in the water body by tracked drifting buoy
P01:SDNSZZZZNorthward velocity standard deviation of water current in the water body
P01:LCDAWVRDDirection (towards) of water current (Eulerian measurement) in the water body by directional range-gated radar
P01:SDEWLW01Eastward velocity standard deviation of water current (Eulerian measurement) in the water body by lowered acoustic doppler current profiler (ADCP)
P01:LCEWST01Eastward Stokes drift velocity of water current in the water body
P01:LCEWSTEKEastward velocity of water current (Eulerian measurement) relative to magnetic north in the water body by SonTek current meter
P01:LCNSEL01Northward velocity of water current (Eulerian measurement) in the water body by in-situ current meter
P01:LCNSST01Northward Stokes drift velocity of water current in the water body
P01:LCSALA01Speed of water current (Lagrangian measurement) in the water body by tracked drifting buoy
P01:SDNSSTEKNorthward velocity standard deviation of water current in the water body by SonTek current meter
P01:LCSAAA01Speed of water current (Eulerian measurement) in the water body by autonomous platform acoustic doppler current profiler (ADCP)
P01:LCSAEPSASpeed of water current (residual) in the water body by in-situ electromagnetic vector averaging current meter (VACM) and subtraction of value predicted by tidal analysis
P01:LCDAAP03Current direction (Eulerian) in the water body by moored acoustic doppler current profiler (ADCP) and correction to true North
P01:LCDAEL04Direction (towards) of water current (Eulerian measurement) in the water body by in-situ current meter (fourth sensor) and correction to true North
P01:CSEREWHFEastward velocity standard error of water current in the water body by high frequency radar
P01:LCDAEM01Direction (towards) of water current (Eulerian measurement) in the water body by shipborne electro-magnetic log and correction to true North
P01:LCSAAP03Current speed (Eulerian) in the water body by moored acoustic doppler current profiler (ADCP)
P01:LCDALA01Direction (towards) of water current (Lagrangian measurement) in the water body by tracked drifting buoy
P01:LCEWLW01Eastward velocity of water current (Eulerian measurement) in the water body by lowered acoustic doppler current profiler (ADCP)
P01:NTIBT002Northward velocity of water current (residual) in the water body by moored acoustic doppler current profiler (ADCP) and subtraction of value predicted by tidal analysis
P01:SDSAZZ01Speed standard deviation of water current in the water body
P01:LCSATIDESpeed of water current (tidal) in the water body by tidal analysis
P01:CSERRVHFRadial velocity (away from) standard error of water current relative to instrument in the water body by high frequency radar
P01:LCDAAP02Current direction (Eulerian) in the water body by moored acoustic doppler current profiler (ADCP) and correction to true North
P01:CSLRR102Downwelling vector irradiance as energy of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by pyranometer (second sensor)
P01:RXUUZZZEUpwelling vector irradiance as energy of electromagnetic radiation (solar wavelengths) in the atmosphere
P01:CSLRSDS1Downwelling vector irradiance as energy standard deviation of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by starboard-mounted pyranometer
P01:CSLRRP01Downwelling vector irradiance as energy of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by port-mounted pyranometer
P01:CSLRZZ02Downwelling vector irradiance as energy of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by second sensor
P01:CSLRSDP1Downwelling vector irradiance as energy standard deviation of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by port-mounted pyranometer
P01:CSLRR1XSDownwelling vector irradiance as energy of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by pyranometer and taking the maximum value from two or more sensors
P01:CSLRR101Downwelling vector irradiance as energy of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by pyranometer
P01:CSUNRS01Sunshine duration in the atmosphere by pyranometer
P01:DWIRSOLADownwelling vector irradiance as energy of electromagnetic radiation (350-1100nm wavelengths) in the atmosphere by cosine-collector radiometer
P01:CSLRRS01Downwelling vector irradiance as energy of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by starboard-mounted pyranometer
P01:CSLRSD01Downwelling vector irradiance as energy standard deviation of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by pyranometer
P01:NRADR101Nett radiative flux as energy (300-600 nm wavelengths) in the atmosphere by radiometer
P01:CSLRZZXXDownwelling vector irradiance as energy of electromagnetic radiation (solar wavelengths) in the atmosphere
P01:CSLRR1MSDownwelling vector irradiance as energy of electromagnetic radiation (solar (300-3000nm) wavelengths) in the atmosphere by pyranometer and taking the average value from two or more sensors
P01:570VUU01Instrument output (voltage) in the water body by cosine-collector upwelling 570nm radiometer
P01:490VUU01Instrument output (voltage) in the water body by cosine-collector upwelling 490nm radiometer
P01:440VUU01Instrument output (voltage) in the water body by cosine-collector upwelling 440nm radiometer
P01:UU01440VRaw signal (voltage) of instrument output in the water body by cosine-collector upwelling 440nm radiometer
P01:UU01670VRaw signal (voltage) of instrument output in the water body by cosine-collector upwelling 670nm radiometer
P01:UU01490VRaw signal (voltage) of instrument output in the water body by cosine-collector upwelling 490nm radiometer
P01:UU01570VRaw signal (voltage) of instrument output in the water body by cosine-collector upwelling 570nm radiometer
P01:670VUU01Instrument output (voltage) in the water body by cosine-collector upwelling 670nm radiometer
P01:XCO2DRATMole fraction in dry air of carbon dioxide {CO2 CAS 124-38-9} {xCO2} in the atmosphere
P01:XCO2DCMAMole fraction in dry air of carbon dioxide {CO2 CAS 124-38-9} {xCO2} in the atmosphere by drying and constant temperature non-dispersive infra-red gas analysis and computation from pCO2 following correction to dry air and calibration against standards
P01:XCO2WTATMole fraction at 100% humidity of carbon dioxide {CO2 CAS 124-38-9} {xCO2} in the atmosphere
P01:PCO2VA01Partial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the atmosphere by carbon dioxide probe
P01:ACO2IG01Partial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the atmosphere by infra-red gas analysis
P01:ACO2IG02Partial pressure of carbon dioxide {pCO2 CAS 124-38-9} in the atmosphere by drying and constant temperature non-dispersive infra-red gas analysis and standards calibration and correction to 1 bar at 100% humidity
P01:FCO2WTATFugacity of carbon dioxide (at 100% humidity) {CAS 124-38-9} in the atmosphere
P01:ACO2XXXXPartial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the atmosphere
P01:FCO2IG02Fugacity of carbon dioxide {fCO2 CAS 124-38-9} in the atmosphere by drying and constant temperature non-dispersive infra-red gas analysis and computation from pCO2 corrected to 1 bar at 100% humidity
P01:ACO2GC01Partial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the atmosphere by gas chromatography
P01:ACO2IERRPartial pressure error of carbon dioxide {pCO2 CAS 124-38-9} in the atmosphere by drying and constant temperature non-dispersive infra-red gas analysis and standards calibration and correction to 1 bar at 100% humidity
P01:PHGEDOTXGrowth coefficient standard error of phytoplankton in the water body by on-deck incubation without nutrients and chlorophyll determination
P01:PHGEDNEHGrowth coefficient standard error of Emiliania huxleyi (ITIS: 2251: WoRMS 115104) in the water body by on-deck incubation with nutrients and optical microscopy
P01:PHYGIDTXGrowth coefficient of phytoplankton in the water body [particulate <200um phase] by screening, in-situ incubation dilution experiment and chlorophyll determination
P01:PHGEDNTXGrowth coefficient standard error of phytoplankton in the water body by on-deck incubation with nutrients and chlorophyll determination
P01:PHYGDOEHGrowth coefficient of Emiliania huxleyi (ITIS: 2251: WoRMS 115104) in the water body by on-deck incubation without nutrients and optical microscopy
P01:PHYGDOTXGrowth coefficient of phytoplankton in the water body by on-deck incubation without nutrients and chlorophyll determination
P01:PHYGDNEHGrowth coefficient of Emiliania huxleyi (ITIS: 2251: WoRMS 115104) in the water body by on-deck incubation with nutrients and optical microscopy
P01:PHYGDDTXGrowth coefficient of phytoplankton in the water body [particulate <200um phase] by screening, on-deck incubation dilution experiment and chlorophyll determination
P01:PHYGDNTXGrowth coefficient of phytoplankton in the water body by on-deck incubation with nutrients and chlorophyll determination
P01:TDSSFT01Log10 temperature dissipation rate in the water body by turbulence profiler fast temperature sensor
P01:TINTTFBLTurbulence intensity in the water body by thermistor flow meter
P01:SDBIOL15Size class (calculated) of biological entity specified elsewhere in the water body by calculation using the HELCOME COMBINE guidelines
P01:CPVPZZ01Partial pressure of water vapour in the atmosphere
P01:XH2OWTATMole fraction of water {H2O CAS 7732-18-5} {xH2O} in the atmosphere
P01:S3HHMXTXAtomic ratio standard error of tritium/hydrogen in the water body [dissolved plus reactive particulate phase]
P01:U236U238Atomic ratio of uranium-236/uranium-238 {236U/238U} in the water body [dissolved plus reactive particulate phase]
P01:U236238UAtomic ratio uncertainty of uranium-236/uranium-238 {236U/238U} in the water body [dissolved plus reactive particulate phase]
P01:MXTX3H1HAtomic ratio of tritium/hydrogen {'Concentration of tritium'} in the water body [dissolved plus reactive particulate phase]
P01:3H1HMXTXAtomic ratio of tritium/hydrogen in the water body [dissolved plus reactive particulate phase] by mass spectrometry
P01:MXTX3HERAtomic ratio combined uncertainty of tritium/hydrogen in the water body [dissolved plus reactive particulate phase]
P01:GETHGRADTemperature gradient (vertical) in the bed
P01:LREWAS01Eastward velocity of water current relative to moving platform in the water body by shipborne acoustic doppler current profiler (ADCP)
P01:LREWEM01Eastward current velocity (relative to moving platform) in the water body by shipborne electro-magnetic log
P01:LRNSEM01Northward current velocity (relative to moving platform) in the water body by shipborne electro-magnetic log
P01:LRNSAS01Northward velocity of water current relative to moving platform in the water body by shipborne acoustic doppler current profiler (ADCP)
P01:LRZAAP01Upward velocity of water current in the water body by moored acoustic doppler current profiler (ADCP)
P01:LRZAAP03Upward velocity of water current in the water body by moored acoustic doppler current profiler (ADCP) and computation using resultant velocity components from beams 2 and 4
P01:LRZAAP02Upward velocity of water current in the water body by moored acoustic doppler current profiler (ADCP) and computation using resultant velocity components from beams 1 and 3
P01:LRZASTEKUpward velocity of water current in the water body by SonTek current meter
P01:LRZAAS01Upward velocity of water current in the water body by shipborne acoustic doppler current profiler (ADCP)
P01:LCVSAC01Vertical speed of water current in the water body by in-situ acoustic current meter
P01:LCVSAC03Vertical speed of water current in the water body by in-situ acoustic current meter beam 3
P01:LCVSAC02Vertical speed of water current in the water body by in-situ acoustic current meter beam 2
P01:LCVSAC04Vertical speed of water current in the water body by in-situ acoustic current meter beam 4
P01:SDZALW01Upward velocity standard deviation of water current in the water body by lowered acoustic doppler current profiler (ADCP)
P01:LRZAZZZZUpward velocity of water current in the water body
P01:LRZALW01Upward velocity of water current in the water body by lowered acoustic doppler current profiler (ADCP)
P01:LRZASP01Upward velocity of water current in the water body by in-situ acoustic current meter
P01:SDZASTEKUpward velocity standard deviation of water current in the water body by SonTek current meter
P01:ISMA1503Proportion (in organic carbon) of lignin phenols in the sediment
P01:CTITI002Concentration standard deviation of titanium {Ti CAS 7440-32-6} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:CTITI001Concentration of titanium {Ti CAS 7440-32-6} in the water body [dissolved plus reactive particulate <0.2um phase]
P01:PPOXZZ01Partial pressure of oxygen {O2 CAS 7782-44-7} in the atmosphere
P01:ACBSA150Acoustic backscatter (absolute) in the water body by 150kHz broadband acoustic doppler current profiler (ADCP) and calibration using protocols of Deines (1999)
P01:ACBSA300Acoustic backscatter (absolute) in the water body by 300kHz broadband acoustic doppler current profiler (ADCP) and calibration using protocols of Deines (1999)
P01:ACBSA075Acoustic backscatter (absolute) in the water body by 75kHz broadband acoustic doppler current profiler (ADCP)
P01:ACBSADCPAcoustic backscatter (absolute) in the water body by acoustic doppler current profiler (ADCP) and calibration using protocols of Deines (1999)
P01:ACBSA600Acoustic backscatter (absolute) in the water body by 600kHz broadband acoustic doppler current profiler (ADCP) and calibration using protocols of Deines (1999)
P01:PSVCSVCLProportion settling slower than 10 m/day of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVBSVPHProportion settling slower than 1 m/day of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVBSVSPProportion settling slower than 1 m/day of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVASVPHProportion settling slower than 0.1 m/day of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVASVCPProportion settling slower than 0.1 m/day of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVCSVSPProportion settling slower than 10 m/day of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVASVCLProportion settling slower than 0.1 m/day of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVBSVCPProportion settling slower than 1 m/day of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVBSVCLProportion settling slower than 1 m/day of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVCSVCPProportion settling slower than 10 m/day of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVASVSPProportion settling slower than 0.1 m/day of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:PSVCSVPHProportion settling slower than 10 m/day of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:MNSVSVCPSettling-velocity mean of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:MDSVSVPHSettling-velocity median of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:MNSVSVSPSettling-velocity mean of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:MDSVSVCPSettling-velocity median of chlorophyll+phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:MDSVSVCLSettling-velocity median of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:MNSVSVPHSettling-velocity mean of phaeopigments in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:MDSVSVSPSettling-velocity median of suspended particulate material in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:MNSVSVCLSettling-velocity mean of chlorophyll {Chl CAS 1406-65-1} in the water body by settling velocity tube experiment and analysis of cumulative settling rate curve
P01:UVRDZZ01Downwelling vector irradiance as energy of electromagnetic radiation (ultra-violet wavelengths) in the atmosphere by radiometer
P01:EWDATO01Direction (towards) of wind relative to True North in the atmosphere by in-situ anemometer
P01:EWD10S01Direction (from) 10-second maximum of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:EGTDZZ1MDirection (from) of wind (gust >1 minute duration) relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:EWDTAV01Direction (from) 2-minute mean of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:EWDAZZ01Direction (from) of wind relative to True North {wind direction} in the atmosphere
P01:EWDTEN02Direction (from) 10-minute mean of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer (second sensor)
P01:EWDMAX01Direction (from) 10-minute maximum of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:EWSKZZ01Wind speed in the atmosphere
P01:EGTDSS01Direction (from) of wind (gust) relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:EWD30S01Direction (from) 30-second maximum of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:EWDTEN01Direction (from) 10-minute mean of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:EWD1MX01Direction (from) 1-minute maximum of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:EGTDZZ01Direction (from) of wind (gust) relative to True North {wind direction} in the atmosphere
P01:EWDASS02Direction (from) of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer (second sensor)
P01:EWDASO01Direction (from) of wind relative to True North {wind direction} in the atmosphere by in-situ sonic anemometer and expressed at measurement altitude
P01:ERWDMX01Direction (from) hourly maximum of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:EWDONE01Direction (from) 1-minute mean of wind relative to True North {wind direction} in the atmosphere by in-situ anemometer
P01:XRFCSXWCRelative amount of sulphur {sulfur S CAS 7704-34-9} in the sediment by X-ray fluorescence and NO correction or calibration of raw count rates
P01:XRFCSIWCRelative amount of silicon {Si CAS 7440-21-3} in the sediment by X-ray fluorescence and NO correction or calibration of raw count rates
P01:XRFCCAWCRelative amount of calcium {Ca CAS 7440-70-2} in the sediment by X-ray fluorescence and NO correction or calibration of raw count rates
P01:XRFCMNWCRelative amount of total manganese {Mn CAS 7439-96-5} in the sediment by X-ray fluorescence and NO correction or calibration of raw count rates
P01:XRFCSRWCRelative amount of strontium {Sr CAS 7440-24-6} in the sediment by X-ray fluorescence and NO correction or calibration of raw count rates
P01:XRFCTIWCRelative amount of titanium {Ti CAS 7440-32-6} in the sediment by X-ray fluorescence and NO correction or calibration of raw count rates
P01:XRFCKXWCRelative amount of potassium {K CAS 7440-09-7} in the sediment by X-ray fluorescence and NO correction or calibration of raw count rates
P01:XRFCFEWCRelative amount of total iron {Fe CAS 7439-89-6} in the sediment by X-ray fluorescence and NO correction or calibration of raw count rates
P01:SPCFZZ01Spectral component frequency of waves in the water body by acoustic doppler wave array
P01:SPCFFS01Spectral component frequency of waves in the water body by Interocean S4 wave gauge
P01:SPCFFB01Spectral component frequency of waves in the water body by shipborne wave recorder
P01:SPCFRD01Spectral component frequency of waves in the water body by radar water level recorder
P01:SPCFFA01Spectral component frequency of waves in the water body by waverider
P01:SPCFFP01Spectral component frequency of waves in the water body by fixed in-situ pressure sensor
P01:MSAGIXPZGrain-size median of aggregates in the water body by image analysis
P01:PCO2PT01Partial pressure of carbon dioxide {pCO2 CAS 124-38-9} in the water body by recalculation to potential temperature using pCO2*EXP((Theta - T)*0.0423)
P01:FCO2TK02Fugacity of carbon dioxide {fCO2 CAS 124-38-9} in the water body by equilibration with air, drying and constant temperature non-dispersive infra-red gas analysis and computation from pCO2 corrected to 1 bar at 100% humidity at in-situ temperature (Takahashi correction)
P01:PCSDWCALPartial pressure standard deviation of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the water body by computation
P01:FCO2EQTXFugacity of carbon dioxide {fCO2 CAS 124-38-9} in the water body by equilibration with air, drying and constant temperature non-dispersive infra-red gas analysis and computation from pCO2 corrected to 1 bar at 100% humidity
P01:FCSDWCALFugacity standard deviation of carbon dioxide {CO2 CAS 124-38-9} {fCO2} in the water body by computation
P01:FCO2XXXXFugacity of carbon dioxide (at 100% humidity) {fCO2 CAS 124-38-9} in the water body
P01:FCO2WCALFugacity of carbon dioxide {CO2 CAS 124-38-9} {fCO2} in the water body by computation
P01:FCO2ANOMFugacity anomaly (water - air) of carbon dioxide {CO2 CAS 124-38-9} in the water body
P01:PF12GCTXPartial pressure of dichlorodifluoromethane {CFC-12 CAS 75-71-8} in the water body by calculation from measured concentration
P01:PF11GCTXPartial pressure of trichlorofluoromethane {CFC-11 CAS 75-69-4} in the water body by calculation from measured concentration
P01:P113GCTXPartial pressure of 1,1,2-trichloro-1,2,2-trifluoroethane {CFC-113 CAS 76-13-1} in the water body by calculation from measured concentration
P01:XALPHF01Photosynthesis maximum light utilisation coefficient {alpha} in the experiment water sample by single turnover fast repetition rate (FRR) fluorometry
P01:XEKPRX01Photosynthesis light saturation index {Ek} in the experiment water sample by single turnover fast repetition rate (FRR) fluorometry
P01:SIGEXII1Functional absorption cross-section {Sigma-PSII} in the experiment water sample by bench fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber
P01:XNPSXF01Density (relative to chlorophyll-a) of functional PSII centres {n(PSII)} in the experiment water sample by single turnover fast repetition rate (FRR) fluorometry
P01:XETRMF01Maximum photosynthetic electron transport rate (normalised to chlorophyll-a) {ETRmax(chl)} in the experiment water sample by single turnover fast repetition rate (FRR) fluorometry
P01:TAUESD01Rate of Qa reoxidation standard deviation {1/TauQa} in the experiment water sample by bench fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber
P01:FCSDECALFugacity standard deviation of carbon dioxide {CO2 CAS 124-38-9} {fCO2} in the experiment water sample by computation
P01:TAUEXI01Rate of Qa reoxidation {1/TauQa} in the experiment water sample by bench fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber
P01:SIGESDI1Functional absorption cross-section standard deviation {Sigma-PSII} in the experiment water sample by bench fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber
P01:FCO2ECALFugacity of carbon dioxide {CO2 CAS 124-38-9} {fCO2} in the experiment water sample by computation
P01:PCO2ECALPartial pressure of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the experiment water sample by computation
P01:PCSDECALPartial pressure standard deviation of carbon dioxide {CO2 CAS 124-38-9} {pCO2} in the experiment water sample by computation
P01:ALPHAF03Photosynthesis maximum light utilisation coefficient in the sediment by multiple turnover pulse-amplitude modulation (PAM) fluorometry and PvI curve analysis
P01:MLITPOLSPolymer type of micro-litter particles in the sediment by categorisation using EMODnet chemistry reporting protocol
P01:MLITCOLSColour class of micro-litter particles in the sediment by categorisation using EMODnet chemistry reporting protocol
P01:MLITSHPWShape class of micro-litter particles in the water body by categorisation using EMODnet chemistry reporting protocol
P01:EKPRXX03Photosynthesis light saturation index in the sediment by multiple turnover pulse-amplitude modulation (PAM) fluorometry and PvI curve analysis
P01:MLITTYPSType class of micro-litter particles in the sediment by categorisation using EMODnet chemistry reporting protocol
P01:MLITROPWTransparency class of micro-litter particles in the water body by categorisation using EMODnet chemistry reporting protocol
P01:ZNKDRAX2Fast distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of zinc {Zn CAS 7440-66-6} in the water body by tracer doping, incubation at 100uE/m2/s light level, filtration and gamma spectroscopy
P01:CDKDRDX2Distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of cadmium {Cd CAS 7440-43-9} in the water body by isotope-labelled tracer addition, incubation in the dark, filtration and gamma spectroscopy
P01:CSKDRDX2Distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of caesium {Cs CAS 7440-46-2} in the water body by isotope-labelled tracer addition, incubation in the dark, filtration and gamma spectroscopy
P01:MLITPOLWPolymer type of micro-litter particles in the water body by categorisation using EMODnet chemistry reporting protocol
P01:MNKDRDX2Distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of total manganese {Mn CAS 7439-96-5} in the water body by isotope-labelled tracer addition, incubation in the dark, filtration and gamma spectroscopy
P01:ZNKDRDX2Distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of zinc {Zn CAS 7440-66-6} in the water body by isotope-labelled tracer addition, incubation in the dark, filtration and gamma spectroscopy
P01:MLITSIZSSize class of micro-litter particles in the sediment by categorisation using EMODnet chemistry reporting protocol
P01:CDKDRAX2Fast distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of cadmium {Cd CAS 7440-43-9} in the water body by tracer doping, incubation at 100uE/m2/s light level, filtration and gamma spectroscopy
P01:MLITTYPWType class of micro-litter particles in the water body by categorisation using EMODnet chemistry reporting protocol
P01:MNKDRAX2Fast distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of total manganese {Mn CAS 7439-96-5} in the water body by tracer doping, incubation at 100uE/m2/s light level, filtration and gamma spectroscopy
P01:MLITSIZWSize class of micro-litter particles in the water body by categorisation using EMODnet chemistry reporting protocol
P01:CSKDRAX2Fast distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of caesium {Cs CAS 7440-46-2} in the water body by tracer doping, incubation at 100uE/m2/s light level, filtration and gamma spectroscopy
P01:COKDRAX2Fast distribution coefficient (dissolved plus reactive particulate <0.4/0.45um/particulate >0.4/0.45um) of cobalt {Co CAS 7440-48-4} in the water body by tracer doping, incubation at 100uE/m2/s light level, filtration and gamma spectroscopy
P01:MLITCOLWColour class of micro-litter particles in the water body by categorisation using EMODnet chemistry reporting protocol
P01:PSF6XXXXPartial pressure of sulphur hexafluoride {SF6 sulfur hexafluoride CAS 2551-62-4} in the water body
P01:EOPTXX01Photosynthesis optimum irradiance (PAR wavelengths) in the sediment by multiple turnover pulse-amplitude modulation (PAM) fluorometry and PvI curve analysis
P01:MLITSHPSShape class of micro-litter particles in the sediment by categorisation using EMODnet chemistry reporting protocol
P01:MLITROPSTransparency class of micro-litter particles in the sediment by categorisation using EMODnet chemistry reporting protocol

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