Concept
of the
URI | http://vocab.nerc.ac.uk/collection/S02/current/S032/ | |
---|---|---|
Within Vocab | BODC parameter semantic model relationships between what theme and where theme | |
Alternative Labels | ||
Definition | ||
Date | 2006-04-06T16:04: | |
Identifier | SDN:S02::S032 | |
Note | accepted | |
Has Current Version | 1 | |
version | 1 | |
Broader | S01:S0113 | measurement to matrix relationship entity |
Related | P01:PSSTRT01 | Temperature of surface microlayer {skin temperature} of the water body by infra-red radiometer |
P01:TEMPAV01 | Temperature of surface microlayer {skin temperature} of the water body by advanced very high resolution radiometer (AVHRR) | |
P01:PSALST01 | Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm | |
P01:TEMPMWRD | Temperature of surface microlayer {subskin temperature} of the water body by microwave radiometer | |
P01:TEMPST01 | Temperature of the water body by CTD or STD | |
P01:SIGTPR01 | Sigma-theta of the water body by CTD and computation from salinity and potential temperature using UNESCO algorithm | |
P01:CNDCST01 | Electrical conductivity of the water body by CTD | |
P01:TEMPTC03 | Temperature of the water body by in-situ thermistor (third sensor) | |
P01:PTMATS03 | Temperature of the water body by in-situ thermistor | |
P01:TEMPPR01 | Temperature of the water body | |
P01:CSTRENZZ | Compressive strength (unconfined) of the sediment by hand penetrometer | |
P01:SSTRENZZ | Shear strength (undrained) of the sediment by hand shear vane | |
P01:PSSDCU02 | Practical salinity standard deviation of the water body by CTD (second sensor) and computation using UNESCO 1983 algorithm and NO calibration against independent measurements | |
P01:PTMATS14 | Temperature of the water body by in-situ thermistor | |
P01:TEMPMC01 | Temperature of the water body by moving vessel profiler (MVP) and verification against independent measurements | |
P01:TEMPSTEK | Temperature mean of the water body by SonTek current meter | |
P01:TEMPAPRT | Temperature of the water body by AWQMS Quanta platinum resistance thermometer | |
P01:TEMPTC14 | Temperature of the water body by in-situ thermistor (fourteenth sensor) | |
P01:TEMPCU01 | Temperature of the water body by CTD and NO verification against independent measurements | |
P01:PTMATS15 | Temperature of the water body by in-situ thermistor | |
P01:PTMATS02 | Temperature of the water body by in-situ thermistor | |
P01:TEMPZZXX | Temperature of the water body | |
P01:TEMPTC10 | Temperature of the water body by in-situ thermistor (tenth sensor) | |
P01:TEMPR901 | Temperature (ITS-90) of the water body by reversing thermometer | |
P01:TEMPPP01 | Temperature of the water body by YSI in-situ oxygen and temperature probe | |
P01:TEMPTC13 | Temperature of the water body by in-situ thermistor (thirteenth sensor) | |
P01:TEMPHU01 | Temperature of the water body by thermosalinograph hull sensor and NO verification against independent measurements | |
P01:TEMPHG02 | Temperature of the water body by thermosalinograph hull sensor (second sensor) and verification against independent measurements | |
P01:TEMPPR03 | Temperature of the water body by third sensor | |
P01:PSSTZZ01 | Temperature of the water body | |
P01:TEMPCC02 | Temperature of the water body by CTD and verification against independent measurements | |
P01:STSDCU01 | Temperature standard deviation of the water body by CTD and NO verification against independent measurements | |
P01:TEMPTC09 | Temperature of the water body by in-situ thermistor (ninth sensor) | |
P01:TEMPHG01 | Temperature of the water body by thermosalinograph hull sensor and verification against independent measurements | |
P01:TEMPRTNX | Temperature of the water body by reversing thermometer | |
P01:PTMATS01 | Temperature of the water body by in-situ thermistor | |
P01:TEMPSD01 | Temperature (ITS-90) standard deviation of the water body | |
P01:PTMATS13 | Temperature of the water body by in-situ thermistor | |
P01:TEMPSG01 | Temperature of the water body by thermosalinograph and verification against independent measurements | |
P01:TEMPTC11 | Temperature of the water body by in-situ thermistor (eleventh sensor) | |
P01:TEMPS601 | Temperature (IPTS-68) of the water body by CTD or STD | |
P01:TEMPHGNX | Temperature of the water body by hand-held mercury thermometer | |
P01:TMCLCCI1 | Temperature of the water body by in-situ thermometer and calibration against independent measurements | |
P01:TEMPDTNX | Temperature of the water body by hand-held digital thermometer | |
P01:PTMATS06 | Temperature of the water body by in-situ thermistor | |
P01:TEMPPR02 | Temperature of the water body by second sensor | |
P01:STSDCU02 | Temperature standard deviation of the water body by CTD (second sensor) and NO verification against independent measurements | |
P01:TEMPET01 | Temperature of the water body by expendable bathythermograph (XBT) | |
P01:PSSTBK01 | Temperature of the water body by hand-held digital thermometer | |
P01:TEMPP901 | Temperature (ITS-90) of the water body | |
P01:TEMPTC01 | Temperature of the water body by in-situ thermistor | |
P01:PTMATS05 | Temperature of the water body by in-situ thermistor | |
P01:TEMPPP02 | Temperature of the water body by YSI profiling oxygen and temperature probe | |
P01:PTMATS08 | Temperature of the water body by in-situ thermistor | |
P01:TEMPMT01 | Temperature of the water body by mechanical bathythermograph | |
P01:TEMPSDEK | Temperature standard deviation of the water body by SonTek current meter | |
P01:TEMPCC01 | Temperature of the water body by CTD and verification against independent measurements | |
P01:PTMATS07 | Temperature of the water body by in-situ thermistor | |
P01:TEMPSU01 | Temperature of the water body by thermosalinograph and NO verification against independent measurements | |
P01:TEMPBT01 | Temperature of the water body by bathythermograph | |
P01:TEMPTC05 | Temperature of the water body by in-situ thermistor (fifth sensor) | |
P01:TMCLCCL1 | Temperature of the water body by in-situ thermometer and laboratory calibration applied | |
P01:TEMPTB01 | Temperature of the water body by in-situ StowAway TidbiT temperature logger | |
P01:TEMPCCSD | Temperature standard deviation of the water body by CTD and verification against independent measurements | |
P01:TEMPP681 | Temperature (IPTS-68) of the water body | |
P01:TEMPS901 | Temperature (ITS-90) of the water body by CTD or STD | |
P01:TEMPTC12 | Temperature of the water body by in-situ thermistor (twelfth sensor) | |
P01:TEMPPH01 | Temperature of the water body by temperature probe on half tide pressure gauge | |
P01:TEMPTC08 | Temperature of the water body by in-situ thermistor (eighth sensor) | |
P01:PTMATS12 | Temperature of the water body by in-situ thermistor | |
P01:PTMATS10 | Temperature of the water body by in-situ thermistor | |
P01:TEMPTC07 | Temperature of the water body by in-situ thermistor (seventh sensor) | |
P01:POTMS601 | Potential temperature of the water body by CTD and computation from pressure, salinity and IPTS-68 temperature using UNESCO algorithm | |
P01:TEMPSD02 | Temperature (ITS-90) standard deviation of the water body by second sensor | |
P01:TEMPS902 | Temperature (ITS-90) of the water body by CTD or STD (second sensor) | |
P01:TEMPTC04 | Temperature of the water body by in-situ thermistor (fourth sensor) | |
P01:PTMATS09 | Temperature of the water body by in-situ thermistor | |
P01:PTMATS04 | Temperature of the water body by in-situ thermistor | |
P01:TEMPTC06 | Temperature of the water body by in-situ thermistor (sixth sensor) | |
P01:TEMPTC15 | Temperature of the water body by in-situ thermistor (fifteenth sensor) | |
P01:TEMPR601 | Temperature (IPTS-68) of the water body by reversing thermometer | |
P01:PTMAZZ01 | Temperature of the water body | |
P01:PSSTTS01 | Temperature of the water body by in-situ thermometer | |
P01:TEMPSZ01 | Temperature of the water body by thermosalinograph | |
P01:TEMPMP01 | Temperature of the water body by model prediction | |
P01:TEMPTC02 | Temperature of the water body by in-situ thermistor (second sensor) | |
P01:TEMPHU02 | Temperature of the water body by thermosalinograph hull sensor (second sensor) and NO verification against independent measurements | |
P01:TEMPHUSD | Temperature standard deviation of the water body by thermosalinograph hull sensor and NO verification against independent measurements | |
P01:POTMCV02 | Potential temperature of the water body by second sensor and computation using UNESCO 1983 algorithm | |
P01:PTMATS11 | Temperature of the water body by in-situ thermistor | |
P01:POTMCV01 | Potential temperature of the water body by computation using UNESCO 1983 algorithm | |
P01:TEMPSB35 | Temperature of the water body by Sea-Bird SBE 35 deep ocean standards thermometer | |
P01:TEMPCU02 | Temperature of the water body by CTD (second sensor) and NO verification against independent measurements | |
P01:TEMPMV01 | Temperature of the water body by moving vessel profiler (MVP) | |
P01:TEMPST02 | Temperature of the water body by CTD or STD (second sensor) | |
P01:ASLTZZ01 | Absolute salinity of the water body | |
P01:PSALBSTX | Practical salinity of the water body by bench salinometer and computation using UNESCO 1983 algorithm | |
P01:PSALSZ01 | Practical salinity of the water body by thermosalinograph and computation using UNESCO 1983 algorithm | |
P01:PPSUCS01 | Practical salinity of the water body by conductivity cell and computation using UNESCO 1983 algorithm | |
P01:PSALMV01 | Practical salinity of the water body by moving vessel profiler (MVP) and computation using UNESCO 1983 algorithm | |
P01:SSALAGT1 | Salinity of the water body by titration against silver nitrate (AgNO3) | |
P01:PPSUZZ01 | Practical salinity of the water body by computation using UNESCO 1983 algorithm | |
P01:SSALST01 | Salinity of the water body by CTD | |
P01:PSALCU02 | Practical salinity of the water body by CTD (second sensor) and computation using UNESCO 1983 algorithm and NO calibration against independent measurements | |
P01:SSALSG01 | Salinity of the water body by thermosalinograph | |
P01:PSALMC01 | Practical salinity of the water body by moving vessel profiler (MVP) and computation using UNESCO 1983 algorithm and calibration against independent measurements | |
P01:PSALCU01 | Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm and NO calibration against independent measurements | |
P01:PSALZZXX | Practical salinity of the water body by computation using UNESCO 1983 algorithm | |
P01:PSALSD01 | Practical salinity standard deviation of the water body by CTD and computation using UNESCO 1983 algorithm and calibration against independent measurements | |
P01:PSALTC01 | Practical salinity of the water body by in-situ conductivity cell and computation using UNESCO 1983 algorithm | |
P01:PSALSU01 | Practical salinity of the water body by thermosalinograph and computation using UNESCO 1983 algorithm and NO calibration against independent measurements | |
P01:PSALTC02 | Practical salinity of the water body by in-situ conductivity cell (second sensor) and computation using UNESCO 1983 algorithm | |
P01:PSALPR01 | Practical salinity of the water body by conductivity cell and computation using UNESCO 1983 algorithm | |
P01:ODSDM021 | Salinity of the water body | |
P01:SDALPR01 | Practical salinity standard deviation of the water body by conductivity cell and computation using UNESCO 1983 algorithm | |
P01:PSSDBSTX | Practical salinity standard deviation of the water body by bench salinometer | |
P01:SSALSL01 | Salinity of the water body by STD | |
P01:PSALTC03 | Practical salinity of the water body by in-situ conductivity cell (third sensor) and computation using UNESCO 1983 algorithm | |
P01:PSALTC04 | Practical salinity of the water body by in-situ conductivity cell (fourth sensor) and computation using UNESCO 1983 algorithm | |
P01:PSCLCCI1 | Practical salinity of the water body by in-situ conductivity cell and computation using UNESCO 1983 algorithm and calibration against independent measurements | |
P01:PSALST02 | Practical salinity of the water body by CTD (second sensor) and computation using UNESCO 1983 algorithm | |
P01:PSLTCS01 | Practical salinity of the water body by conductivity cell and computation using UNESCO 1983 algorithm | |
P01:PSALBRBR | Practical salinity of the water body by RBR MS-310 micro-salinometer and computation using UNESCO 1983 algorithm | |
P01:PSALSG02 | Practical salinity of the water body by thermosalinograph (second sensor) and computation using UNESCO 1983 algorithm and calibration against independent measurements | |
P01:PSALTC05 | Practical salinity of the water body by in-situ conductivity cell (fifth sensor) and computation using UNESCO 1983 algorithm | |
P01:PSALPR02 | Practical salinity of the water body by conductivity cell (second sensor) and computation using UNESCO 1983 algorithm | |
P01:PSALTC06 | Practical salinity of the water body by in-situ conductivity cell (sixth sensor) and computation using UNESCO 1983 algorithm | |
P01:SSALBSTX | Salinity of the water body by bench salinometer | |
P01:PSALSG01 | Practical salinity of the water body by thermosalinograph and computation using UNESCO 1983 algorithm and calibration against independent measurements | |
P01:PSLTMP02 | Practical salinity of the sediment pore water by model prediction | |
P01:SSALPR01 | Salinity of the water body by conductivity cell | |
P01:PSALCC02 | Practical salinity of the water body by CTD (second sensor) and computation using UNESCO 1983 algorithm and calibration against independent measurements | |
P01:PSLTZZ01 | Practical salinity of the water body | |
P01:PSLTMP01 | Practical salinity of the water body by model prediction | |
P01:PSSDCU01 | Practical salinity standard deviation of the water body by CTD and computation using UNESCO 1983 algorithm and NO calibration against independent measurements | |
P01:PSALCC01 | Practical salinity of the water body by CTD and computation using UNESCO 1983 algorithm and calibration against independent measurements | |
P01:PSCLCCL1 | Practical salinity of the water body by in-situ conductivity cell and computation using UNESCO 1983 algorithm and laboratory calibrations applied | |
P01:ASLVMSRG | Surface elevation (Rijkswaterstaat Mean Sea Level) of the water body by radar water level recorder | |
P01:ASLVLTPG | Surface elevation (Lowest Astronomical Tide datum) of the water body by fixed in-situ pressure sensor | |
P01:PPSBPS01 | Depth below surface of the water body by fixed in-situ pressure sensor and correction to zero at sea level and conversion to depth using unspecified algorithm | |
P01:ASLVR201 | Surface elevation residual of the water body by tidal height sensor2 and subtraction of value predicted by tidal analysis | |
P01:PPSAPS01 | Depth below surface of the water body by semi-fixed in-situ pressure sensor and conversion to depth using unspecified algorithm | |
P01:ASLVO201 | Surface elevation (unspecified datum) of the water body by Dataring sensor 2 | |
P01:ASLVNPDS | Surface elevation (NAP datum) of the water body by digital step tide gauge | |
P01:ASLVNLWS | Surface elevation (Normal Low Water datum) of the water body by inverted echo sounder | |
P01:ASLVLATL | Surface elevation (Lowest Astronomical Tide datum) of the water body by infra-red laser rangefinder (infra-red LIDAR) | |
P01:PPSAADCP | Depth below surface of the water body by acoustic doppler current profiler (ADCP) and computation from travel time averaged from all operational beams and unknown sound velocity profile | |
P01:ASLVLATP | Surface elevation (Lowest Astronomical Tide datum) of the water body by unspecified prediction algorithm | |
P01:ASLVWSFW | Surface elevation (relative to instrument zero) of the water body by wavestaff | |
P01:ASLVMWHP | Surface elevation (Mean Water Height) of the water body by fixed in-situ pressure sensor | |
P01:ASLVRADR | Surface elevation (Mean Sea Level datum) of the water body by radar water level recorder | |
P01:ADEPPS01 | Depth below surface of the water body by semi-fixed in-situ pressure sensor and conversion to depth using unspecified algorithm | |
P01:ASLVMS01 | Surface elevation (Mean Sea Level datum) of the water body by fixed in-situ pressure sensor and correction for barometric pressure and density | |
P01:ASLVTD02 | Surface elevation (unspecified datum) of the water body by fixed in-situ pressure sensor (second sensor) | |
P01:ASLVODNP | Surface elevation (Ordnance Datum Newlyn) of the water body by fixed in-situ pressure sensor | |
P01:ASLVMSDF | Surface elevation (Rijkswaterstaat Mean Sea Level) of the water body by digital float tide gauge | |
P01:ASLVNPZZ | Surface elevation (NAP datum) of the water body | |
P01:ASLVNM30 | Surface elevation 30-minute mean (Normal Low Water datum) of the water body by inverted echo sounder and rolling averaging of higher frequency data | |
P01:ASLVBH01 | Surface elevation (unspecified datum) of the water body by bubbler tide gauge half-tide sensor | |
P01:PPSASF01 | Depth below surface of the water body by fixed in-situ pressure sensor and conversion to depth using unspecified algorithm | |
P01:ASLVDF01 | Surface elevation residual of the water body by subtraction of tidal height sensor2 value from tidal height sensor1 value | |
P01:ASLVLATW | Surface elevation (Lowest Astronomical Tide datum) of the water body by wavestaff | |
P01:ASLVCDPG | Surface elevation (Chart Datum) of the water body by fixed in-situ pressure sensor | |
P01:ASLVMSPG | Surface elevation (Mean Sea Level datum) of the water body by fixed in-situ pressure sensor | |
P01:ASLVNAPP | Surface elevation (NAP datum) of the water body by fixed in-situ pressure sensor | |
P01:DPSAZZ01 | Depth below surface of the water body by unknown instrument and estimation by interpolation between pressure sensors and conversion to depth using unspecified algorithm | |
P01:ASLVCS01 | Surface elevation (unspecified datum) of the water body by wavestaff and automated record analysis | |
P01:PPSANL10 | Sea-floor depth 10-minute mean (below averaged sea level) of the water body by semi-fixed inverted echo sounder and addition of instrument height to measured depth | |
P01:ASLVNL60 | Surface elevation hourly mean (Normal Low Water datum) of the water body by inverted echo sounder and averaging of higher frequency data | |
P01:ASLVMWHA | Surface elevation (Mean Water Height) of the water body by acoustic doppler current profiler (ADCP) | |
P01:ASLVBG01 | Surface elevation (unspecified datum) of the water body by bubbler tide gauge | |
P01:ASLVORLP | Surface elevation (Okioc Reference Level datum) of the water body by fixed in-situ pressure sensor | |
P01:ASLVMNMO | Surface elevation monthly mean (unspecified datum) of the water body | |
P01:ASLVMSLW | Surface elevation (Mean Sea Level datum) of the water body by wavestaff | |
P01:ASLVZZ01 | Surface elevation (unspecified datum) of the water body | |
P01:ASLVMSLL | Surface elevation (Mean Sea Level datum) of the water body by infra-red laser rangefinder (infra-red LIDAR) | |
P01:ASLVZZLA | Surface elevation (unspecified datum) of the water body by infra-red laser rangefinder (infra-red LIDAR) | |
P01:ASLVMSZZ | Surface elevation (Rijkswaterstaat Mean Sea Level) of the water body | |
P01:ASLVR101 | Surface elevation residual of the water body by subtraction of predicted value (unspecified source) from observed value | |
P01:PPSBZZ01 | Depth below surface of the water body by unknown instrument and correction to zero at sea level and conversion to depth using unspecified algorithm | |
P01:ASLVLATR | Surface elevation (Lowest Astronomical Tide datum) of the water body by radar water level recorder | |
P01:ASLVNM60 | Surface elevation hourly mean (Normal Low Water datum) of the water body by inverted echo sounder and rolling averaging of higher frequency data | |
P01:ASLVTGZP | Surface elevation (relative to instrument zero) of the water body by fixed in-situ pressure sensor | |
P01:DEPHFP01 | Depth below surface of the water body by fixed in-situ pressure sensor and conversion to depth using unspecified algorithm | |
P01:ASLVMSDS | Surface elevation (Rijkswaterstaat Mean Sea Level) of the water body by digital step tide gauge | |
P01:ASLVR301 | Surface elevation residual of the water body by tidal height sensor3 and subtraction of predicted value (unspecified source) from observed value | |
P01:ASLVMSTP | Surface elevation (Mean Sea Level datum) of the water body by unspecified prediction algorithm | |
P01:SFHODNTR | Sea-floor height (above ODN datum) {bathymetric height} of the water body by Trimble 5800 GPS System | |
P01:ASLVNL10 | Surface elevation 10-minute mean (Normal Low Water datum) of the water body by inverted echo sounder and averaging of higher frequency data | |
P01:ASLVACDR | Surface elevation (UK Admiralty Chart Datum) of the water body by radar water level recorder | |
P01:ASLVBG02 | Surface elevation (unspecified datum) of the water body by bubbler tide gauge (second sensor) | |
P01:PPSANM30 | Sea-floor depth 30-minute rolling mean (below averaged sea level) of the water body by semi-fixed inverted echo sounder and addition of instrument height to measured depth | |
P01:ASLVMNDY | Surface elevation daily mean (unspecified datum) of the water body | |
P01:ASLVZZ02 | Surface elevation (unspecified datum) of the water body by second sensor | |
P01:ODPTHZ01 | Sea-floor height (above ODN datum) {bathymetric height} of the water body by Topcon 5Hz real-time kinematic GPS | |
P01:PPSANM60 | Sea-floor depth hourly rolling mean (below averaged sea level) of the water body by semi-fixed inverted echo sounder and addition of instrument height to measured depth | |
P01:DEPHTR01 | Depth of the water body by radar water level recorder and calculation from instrument heights above sea surface and bed | |
P01:ASLVADPH | Surface elevation (UK Admiralty Chart Datum) of the water body by fixed half-tide pressure sensor | |
P01:PPSBPR01 | Depth below surface of the water body by semi-fixed in-situ pressure sensor and correction to zero at sea level and conversion to depth using unspecified algorithm | |
P01:ASLVTI01 | Surface elevation (unspecified datum) of the water body by unspecified prediction algorithm | |
P01:ASLVNPRG | Surface elevation (NAP datum) of the water body by radar water level recorder | |
P01:PPSAZZ01 | Depth below surface of the water body by unknown instrument and conversion to depth using unspecified algorithm | |
P01:ASLVMP01 | Surface elevation relative to mean sea level of the water body by model prediction | |
P01:PPSBSF01 | Depth below surface of the water body by fixed in-situ pressure sensor and correction to zero at sea level and conversion to depth using unspecified algorithm | |
P01:PPSANL60 | Sea-floor depth hourly mean (below averaged sea level) of the water body by semi-fixed inverted echo sounder and addition of instrument height to measured depth | |
P01:ODPTHZ02 | Sea-floor depth (below ODN datum) {bathymetric depth} of the water body by echo sounder and correction to datum using GPS | |
P01:ASLVMNYR | Surface elevation annual mean (unspecified datum) of the water body | |
P01:ASLVODMA | Surface elevation (Ordnance Datum Malin) of the water body by fixed in-situ pressure sensor | |
P01:ASLVO301 | Surface elevation (unspecified datum) of the water body by Dataring sensor 3 | |
P01:PPSBAC01 | Depth below surface of the water body by fixed in-situ pressure sensor and subtraction of measured atmospheric pressure and conversion to depth using unspecified algorithm | |
P01:PPSAPR01 | Depth below surface of the water body by semi-fixed in-situ pressure sensor and conversion to depth using unspecified algorithm | |
P01:ASLVNPDF | Surface elevation (NAP datum) of the water body by digital float tide gauge | |
P01:ASLVTD01 | Surface elevation (unspecified datum) of the water body by fixed in-situ pressure sensor | |
P01:ASLVO101 | Surface elevation (unspecified datum) of the water body by Dataring sensor 1 | |
P01:HRMSEM01 | Depth standard deviation below surface (during sampling event) of the water body by semi-fixed in-situ pressure sensor and conversion to depth using unspecified algorithm | |
P01:PHXXPR01 | pH (unspecified scale) of the water body by pH electrode | |
P01:FLUOZZZZ | Fluorescence of the water body | |
P01:ATEMP2MM | Absolute temperature (2m) of the atmosphere by model prediction | |
P01:SAGEGSAX | Global standard stratigraphic age of the sediment | |
P01:CDTBSS01 | Absolute temperature of the atmosphere by psychrometer dry bulb | |
P01:NEWCXX07 | pH (NBS scale) of the wet sediment | |
P01:CDTASS01 | Temperature of the atmosphere by dry bulb thermometer | |
P01:CRELSS01 | Relative humidity of the atmosphere by humidity sensor | |
P01:BDTCNK01 | Number (per cycle) of measurements returning false-positive surface detections of the water body by acoustic doppler wave array | |
P01:NDTCNK01 | Number (per cycle) of measurements not detecting the surface of the water body by acoustic doppler wave array | |
P01:CNDCPR01 | Electrical conductivity of the water body by in-situ conductivity cell | |
P01:CTMPDMXA | Temperature daily maximum of the atmosphere by maximum thermometer | |
P01:PHNBSSPW | pH (NBS scale) of the sediment pore water [dissolved plus reactive particulate phase] | |
P01:CWETSS01 | Wet bulb temperature of the atmosphere by psychrometer | |
P01:PHTLSDWC | pH (total scale) standard deviation {pH[T]} of the water body by computation | |
P01:PHSWWCAL | pH (seawater scale) {pH[SWS]} of the water body by computation | |
P01:PHTLWCAL | pH (total scale) {pH[T]} of the water body by computation | |
P01:PHNBECAL | pH (NBS scale) {pH[NBS]} of the experiment water sample by computation | |
P01:PHFRSXXX | pH (free scale) {pH[F]} of the water body | |
P01:PHXXSP01 | pH (unspecified scale) of the water body by spectrophotometry | |
P01:ACIDZZXX | Acidity of the water body | |
P01:PHFRSDWC | pH (free scale) standard deviation {pH[F]} of the water body by computation | |
P01:PHXXZZXX | pH (unspecified scale) of the water body | |
P01:PHXXSP02 | pH (total scale) {pH[T]} of the water body by spectrophotometry | |
P01:PHSWSXXX | pH (seawater scale) {pH[SWS]} of the water body | |
P01:PHXXSP05 | pH (total scale) {pH[T]} of the water body by spectrophotometry (external electrode) and manufacturer's calibration and correction against independent temperature and salinity measurements | |
P01:PHXXSP03 | pH (total scale) {pH[T]} of the water body by spectrophotometry (internal electrode) and manufacturer's calibration applied | |
P01:PHTLMP01 | pH (total scale) {pH[T]} of the water body by model prediction | |
P01:PHXXZZYY | pH (NBS scale) of the water body by Gran titration and Mackereth et al. (1978) freshwater analysis method and standardisation to NBS scale | |
P01:PHXXSP06 | pH (total scale) {pH[T]} of the water body by spectrophotometry (internal electrode) and manufacturer's calibration and correction against independent temperature and salinity measurements | |
P01:PHXXSP07 | pH (total scale) {pH[T]} of the water body by spectrophotometry (external electrode) and manufacturer's calibration and laboratory calibration against TRIS-buffer applied | |
P01:PHNSECAL | pH (NBS scale) standard deviation {pH[NBS]} of the experiment water sample by computation | |
P01:PHSPWX01 | pH (unspecified scale) of the groundwater [dissolved plus reactive particulate phase] by pH electrode | |
P01:PHMASSXX | pH (total scale) {pH[T]} of the water body | |
P01:PHFRWCAL | pH (free scale) {pH[F]} of the water body by computation | |
P01:PHSWECAL | pH (seawater scale) {pH[SWS]} of the experiment water sample by computation | |
P01:PHMASSSD | pH (total scale) standard deviation of the water body | |
P01:ALKGWX01 | Total alkalinity of the groundwater [dissolved plus reactive particulate phase] by titration against standardised acid | |
P01:PHXXSP04 | pH (total scale) {pH[T]} of the water body by spectrophotometry (external electrode) and manufacturer's calibration applied | |
P01:PHFSECAL | pH (free scale) standard deviation {pH[F]} of the experiment water sample by computation | |
P01:PHTLMP02 | pH (total scale) {pH[T]} of the sediment pore water by model prediction | |
P01:PHNBWCAL | pH (NBS scale) {pH[NBS]} of the water body by computation | |
P01:PHNBSDWC | pH (NBS scale) standard deviation {pH[NBS]} of the water body by computation | |
P01:PHSSECAL | pH (seawater scale) standard deviation {pH[SWS]} of the experiment water sample by computation | |
P01:PHFRECAL | pH (free scale) {pH[F]} of the experiment water sample by computation | |
P01:PHSWSDWC | pH (seawater scale) standard deviation {pH[SWS]} of the water body by computation | |
P01:CATAVTO2 | Temperature 2-minute mean of the atmosphere by in-situ thermometer | |
P01:MAGNFLDX | Magnetic field of the Earth | |
P01:MAGNFL02 | Magnetic field of the Earth by second sensor | |
P01:MAGDCORR | Diurnal variation correction of magnetic field of the Earth | |
P01:MMANZZ01 | Magnetic field anomaly of the Earth | |
P01:CDTBZZ01 | Absolute temperature of the atmosphere | |
P01:CTMPZZ01 | Temperature of the atmosphere | |
P01:CRELZZ01 | Relative humidity of the atmosphere | |
P01:VOLWBSMP | Volume sampled of the water body | |
P01:CDTASSMS | Temperature of the atmosphere by dry bulb thermometer and taking the average value from two or more sensors | |
P01:CTMPDMXB | Temperature daily maximum of the atmosphere by maximum minimum thermometer | |
P01:WCHILL02 | Wind chill temperature of the atmosphere by second sensor | |
P01:CDTAZZ01 | Temperature of the atmosphere by thermometer | |
P01:CPATZZ01 | Potential temperature of the atmosphere | |
P01:CDTASS02 | Temperature of the atmosphere by dry bulb thermometer (second sensor) | |
P01:CDTASDP1 | Temperature standard deviation of the atmosphere by psychrometer dry bulb | |
P01:CDTASSD1 | Temperature standard deviation of the atmosphere by dry bulb thermometer | |
P01:CATAVT10 | Temperature 10-minute mean of the atmosphere by in-situ thermometer | |
P01:CTMPDMNB | Temperature daily minimum of the atmosphere by maximum minimum thermometer | |
P01:CDTSSS01 | Absolute temperature standard deviation of the atmosphere | |
P01:CTMPZZ02 | Temperature of the atmosphere by second sensor | |
P01:CTLGPR01 | Temperature of the atmosphere by tide gauge ambient temperature sensor | |
P01:WCHILL01 | Wind chill temperature of the atmosphere | |
P01:CTMPMN01 | Temperature hourly minimum of the atmosphere | |
P01:CTMPMX01 | Temperature hourly maximum of the atmosphere | |
P01:CDTAZZ02 | Temperature of the atmosphere by thermometer (second sensor) | |
P01:CTMPDMNA | Temperature daily minimum of the atmosphere by minimum thermometer | |
P01:CTMP1001 | Temperature 10-minute mean of the atmosphere | |
P01:CDTASS03 | Temperature of the atmosphere by dry bulb thermometer (third sensor) | |
P01:CDTAPS01 | Temperature of the atmosphere by psychrometer dry bulb | |
P01:CDTSZZ01 | Absolute temperature standard deviation of the atmosphere by dry bulb thermometer | |
P01:CBTASS01 | Temperature of the atmosphere by Acclaim barometer temperature sensor | |
P01:CIELAA01 | CIELAB coordinate L* (CIELAB 1976 colour space) of the sediment by calculated using CIE algorithm with 2 degree standard observer and D65 illuminant | |
P01:AGF127NM | Diameter ratio of wet particle/dry particle {particle growth factor} of the atmosphere [aerosol 127nm phase] by Hygroscopic Tandem Differential Mobility Analyser | |
P01:AGF169NM | Diameter ratio of wet particle/dry particle {particle growth factor} of the atmosphere [aerosol 169nm phase] by Hygroscopic Tandem Differential Mobility Analyser | |
P01:CIEZAA01 | CIE tristimulus value Z (CIE 1931 XYZ colour space) of the sediment by calculated using CIE algorithm with 2 degree standard observer and D65 illuminant | |
P01:FLUOCDOM | Fluorescence of the water body by linear-response CDOM fluorometer | |
P01:IMGBTS01 | Image (still) of the bed | |
P01:AGFO24NM | Diameter ratio of wet particle/dry particle {particle growth factor} of the atmosphere [aerosol 24nm phase] by Hygroscopic Tandem Differential Mobility Analyser | |
P01:CIEAAA01 | CIELAB coordinate a* (CIELAB 1976 colour space) of the sediment by calculated using CIE algorithm with 2 degree standard observer and D65 illuminant | |
P01:COFLPP01 | Constant in-vivo fluorescence (chlorophyll) of the water body by in-situ pump and probe chlorophyll fluorometer | |
P01:REFFMEXX | Resistivity formation factor of the sediment pore water by division of in-situ resistivity by resistivity of overlying water | |
P01:AGFO85NM | Diameter ratio of wet particle/dry particle {particle growth factor} of the atmosphere [aerosol 85nm phase] by Hygroscopic Tandem Differential Mobility Analyser | |
P01:CIEBAA01 | CIELAB coordinate b* (CIELAB 1976 colour space) of the sediment by calculated using CIE algorithm with 2 degree standard observer and D65 illuminant | |
P01:CLFORULE | Colour of the water body by visual estimation and conversion to a number on the Forel-Ule scale | |
P01:CIEYAA01 | CIE tristimulus value Y (CIE 1931 XYZ colour space) of the sediment by calculated using CIE algorithm with 2 degree standard observer and D65 illuminant | |
P01:BHQINDEX | Habitat quality index of the bed by sediment profile imager and analysis following the protocol of Nilsson and Rosenberg (1997) | |
P01:CIEXAA01 | CIE tristimulus value X (CIE 1931 XYZ colour space) of the sediment by calculated using CIE algorithm with 2 degree standard observer and D65 illuminant | |
P01:AGF254NM | Diameter ratio of wet particle/dry particle {particle growth factor} of the atmosphere [aerosol 254nm phase] by Hygroscopic Tandem Differential Mobility Analyser | |
P01:AGFO43NM | Diameter ratio of wet particle/dry particle {particle growth factor} of the atmosphere [aerosol 43nm phase] by Hygroscopic Tandem Differential Mobility Analyser | |
P01:IPOLBEDX | Induced electrical polarization of the bed | |
P01:AGF211NM | Diameter ratio of wet particle/dry particle {particle growth factor} of the atmosphere [aerosol 211nm phase] by Hygroscopic Tandem Differential Mobility Analyser | |
P01:BSHVCRXX | Critical shear current velocity of the bed by visual observation in a flume | |
P01:BESTCRXX | Critical erosion stress of the bed by visual observation in a flume | |
P01:BSHVESXX | Critical shear current velocity of the bed by bottom photography and estimation from surface roughness | |
P01:POTDENS1 | Density (potential) of the water body by computation from salinity and potential temperature using UNESCO algorithm with 1000 decibar reference pressure | |
P01:POTDENS0 | Density (potential) of the water body by computation from salinity and potential temperature using UNESCO algorithm with 0 decibar reference pressure | |
P01:SIGTPR02 | Sigma-theta of the water body by CTD (second sensor) and computation from salinity and potential temperature using UNESCO algorithm | |
P01:POTDENS2 | Density (potential) of the water body by computation from salinity and potential temperature using UNESCO algorithm with 2000 decibar reference pressure | |
P01:SIGTEQST | Sigma-T of the water body by computation from salinity and temperature using UNESCO algorithm | |
P01:POTDENS4 | Density (potential) of the water body by computation from salinity and potential temperature using UNESCO algorithm with 4000 decibar reference pressure | |
P01:POTDENS3 | Density (potential) of the water body by computation from salinity and potential temperature using UNESCO algorithm with 3000 decibar reference pressure | |
P01:SIGTSG01 | Sigma-theta of the water body by thermosalinograph and computation from salinity and potential temperature using UNESCO algorithm | |
P01:SIGTEQ01 | Sigma-theta of the water body by computation from salinity and potential temperature using UNESCO algorithm | |
P01:DENSWB01 | Density of the water body by gravimetry | |
P01:SIGTMV01 | Sigma-theta of the water body by moving vessel profiler (MVP) and computation from salinity and potential temperature using UNESCO algorithm | |
P01:NEUTDENS | Density (neutral) of the water body | |
P01:RFSDC420 | Reflectance (415-425 nm wavelength) of the sediment | |
P01:RFSDC680 | Reflectance (675-685 nm wavelength) of the sediment | |
P01:RFSDC510 | Reflectance (505-515 nm wavelength) of the sediment | |
P01:RFSDC570 | Reflectance (565-575 nm wavelength) of the sediment | |
P01:RFSDC710 | Reflectance (705-715 nm wavelength) of the sediment | |
P01:RFSDC520 | Reflectance (515-525 nm wavelength) of the sediment | |
P01:RFSDC650 | Reflectance (645-655 nm wavelength) of the sediment | |
P01:RFSDC730 | Reflectance (725-735 nm wavelength) of the sediment | |
P01:RFSDC430 | Reflectance (425-435 nm wavelength) of the sediment | |
P01:RFSDC440 | Reflectance (435-445 nm wavelength) of the sediment | |
P01:RFSDC720 | Reflectance (715-725 nm wavelength) of the sediment | |
P01:GREYAA01 | Colour (greyscale) of the sediment | |
P01:RFSDC450 | Reflectance (445-455 nm wavelength) of the sediment | |
P01:RFSDC460 | Reflectance (455-465 nm wavelength) of the sediment | |
P01:RFSDC530 | Reflectance (525-535 nm wavelength) of the sediment | |
P01:RFSDC690 | Reflectance (685-695 nm wavelength) of the sediment | |
P01:RFSDC480 | Reflectance (475-485 nm wavelength) of the sediment | |
P01:RFSDC380 | Reflectance (375-385 nm wavelength) of the sediment | |
P01:RFSDC410 | Reflectance (405-415 nm wavelength) of the sediment | |
P01:RFSDC500 | Reflectance (495-505 nm wavelength) of the sediment | |
P01:RFSDC360 | Reflectance (355-365 nm wavelength) of the sediment | |
P01:RFSDC590 | Reflectance (585-595 nm wavelength) of the sediment | |
P01:RFSDC670 | Reflectance (665-675 nm wavelength) of the sediment | |
P01:RFSDC540 | Reflectance (535-545 nm wavelength) of the sediment | |
P01:RFSDC470 | Reflectance (465-475 nm wavelength) of the sediment | |
P01:RFSDC550 | Reflectance (545-555 nm wavelength) of the sediment | |
P01:RFSDC560 | Reflectance (555-565 nm wavelength) of the sediment | |
P01:RFSDC600 | Reflectance (595-605 nm wavelength) of the sediment | |
P01:RFSDC610 | Reflectance (605-615 nm wavelength) of the sediment | |
P01:RFSDC660 | Reflectance (655-665 nm wavelength) of the sediment | |
P01:RFSDC700 | Reflectance (695-705 nm wavelength) of the sediment | |
P01:RFSDC580 | Reflectance (575-585 nm wavelength) of the sediment | |
P01:RFSDC490 | Reflectance (485-495 nm wavelength) of the sediment | |
P01:RFSDC400 | Reflectance (395-405 nm wavelength) of the sediment | |
P01:BDDESC01 | Description of the bed | |
P01:RFSDC740 | Reflectance (735-745 nm wavelength) of the sediment | |
P01:RFSDC620 | Reflectance (615-625 nm wavelength) of the sediment | |
P01:RFSDC630 | Reflectance (625-635 nm wavelength) of the sediment | |
P01:RFSDC640 | Reflectance (635-645 nm wavelength) of the sediment | |
P01:RFSDC370 | Reflectance (365-375 nm wavelength) of the sediment | |
P01:RFSDC390 | Reflectance (385-395 nm wavelength) of the sediment | |
P01:GRGRHORZ | Gravity field gradient (horizontal) of the Earth | |
P01:FAGRVANM | Gravity field anomaly (free air) of the Earth | |
P01:GRGRVERT | Gravity field gradient (vertical) of the Earth | |
P01:GRAVFLDX | Gravity field of the Earth | |
P01:STAGAL1X | U-Th age of the stalagmite by ion-exchange chromatography and U-Th mass spectrometry using 229Th-236U spike standard and linear model prediction | |
P01:STAGBL1X | U-Th age of the stalagmite by alpha spectroscopy and linear model prediction | |
P01:STAGB01E | U-Th age error margin of the stalagmite by alpha spectroscopy | |
P01:STAGAP1X | U-Th age of the stalagmite by ion-exchange chromatography and U-Th mass spectrometry using 229Th-236U spike standard and polynomial model prediction | |
P01:STAGZL1X | U-Th age of the stalagmite by unknown instrument and linear model prediction | |
P01:STAGBS1X | U-Th age of the stalagmite by alpha spectroscopy and spline model prediction | |
P01:STAGAS1X | U-Th age of the stalagmite by ion-exchange chromatography and U-Th mass spectrometry using 229Th-236U spike standard and spline model prediction | |
P01:STAGB01X | U-Th age of the stalagmite by alpha spectroscopy | |
P01:STAGBP1X | U-Th age of the stalagmite by alpha spectroscopy and polynomial model prediction | |
P01:STAGE01X | U-Th age of the stalagmite by ion-exchange chromatography and U-Th mass spectrometry using 229Th-236U spike standard | |
P01:STAGE01E | U-Th age error margin of the stalagmite by ion-exchange chromatography and U-Th mass spectrometry using 229Th-236U spike standard | |
P01:PHWSED01 | pH (unspecified scale) of the wet sediment | |
P01:PHSEDXXX | pH (free scale) of the wet sediment by pH electrode | |
P01:DENSMP01 | Density of the sediment pore water by model prediction | |
P01:MAGSROCK | Magnetic susceptibility of the rock | |
P01:MAGSSEDM | Magnetic susceptibility of the sediment | |
P01:MAGISEDM | Induced magnetization of the sediment | |
P01:MAGIROCK | Induced magnetization of the rock | |
P01:MAGRROCK | Remanent magnetization of the rock | |
P01:MAGRSEDM | Remanent magnetization of the sediment | |
P01:HFRDWFDR | Direction (from) of wind relative to True North {wind direction} of the water body by high frequency radar and cell averaging | |
P01:AREABEDS | Area sampled of the bed | |
P01:WASPXX01 | Area sampled of the bed by image analysis | |
P01:FOMINI01 | Minimum in-vivo fluorescence (chlorophyll) {Fo} of the water body by bench fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber | |
P01:CMFLFR02 | Maximum in-vivo fluorescence (chlorophyll) {Fm} of the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the raw data from the light chamber | |
P01:COFLFR01 | Minimum in-vivo fluorescence (chlorophyll) {Fo} of the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber | |
P01:FMMAXI01 | Maximum in-vivo fluorescence (chlorophyll) {Fm} of the water body by bench fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber | |
P01:CMFLPP01 | Maximum in-vivo fluorescence (chlorophyll) of the water body by in-situ pump and probe chlorophyll fluorometer | |
P01:FOMIND01 | Minimum in-vivo fluorescence (chlorophyll) {Fo} of the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the blank-corrected raw data from the dark chamber | |
P01:FMMAXL01 | Maximum in-vivo fluorescence (chlorophyll) {Fm} of the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the blank-corrected raw data from the light chamber | |
P01:FOFIRB01 | Minimum in-vivo fluorescence (chlorophyll) {Fo} of the water body by fluorescence induction and relaxation (FIRe) fluorometer and derivation from the blank-corrected raw data from the dark chamber | |
P01:FMMAXD01 | Maximum in-vivo fluorescence (chlorophyll) {Fm} of the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the blank-corrected raw data from the dark chamber | |
P01:CMFLFR01 | Maximum in-vivo fluorescence (chlorophyll) {Fm} of the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the raw data from the dark chamber | |
P01:FOMINL01 | Minimum in-vivo fluorescence (chlorophyll) {Fo} of the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the blank-corrected raw data from the light chamber | |
P01:COFLFR02 | Minimum in-vivo fluorescence (chlorophyll) {Fo} of the water body by in-situ fast repetition rate fluorometer (FRRF) and derivation from the raw data from the light chamber | |
P01:FMMAXIBL | Maximum in-vivo fluorescence (chlorophyll) {Fm} of the water body by bench fast repetition rate fluorometer (FRRF) and derivation from the blank-corrected raw data from the dark chamber | |
P01:FMFIRB01 | Maximum in-vivo fluorescence (chlorophyll) {Fm} of the water body by fluorescence induction and relaxation (FIRe) fluorometer and derivation from the blank-corrected raw data from the dark chamber | |
P01:FOMINIBL | Minimum in-vivo fluorescence (chlorophyll) {Fo} of the water body by bench fast repetition rate fluorometer (FRRF) and derivation from the blank-corrected raw data from the dark chamber | |
P01:DENSROCK | Density of the rock | |
P01:CNDCZZ01 | Electrical conductivity of the water body | |
P01:BVFSTP01 | Brunt-Vaisala frequency squared of the water body by turbulence profiler precision CTD | |
P01:SDBIOL10 | Coverage (in assayed sample) of biological entity specified elsewhere of the bed | |
P01:CHUMZZ01 | Relative humidity of the atmosphere | |
P01:CDEWCV01 | Dew point temperature of the atmosphere by computation from air temperature and relative humidity data | |
P01:CRELSS02 | Relative humidity of the atmosphere by humidity sensor (second sensor) | |
P01:CREL1002 | Relative humidity (10-minute mean) of the atmosphere by second sensor | |
P01:CRLHNZ01 | Relative humidity (hourly minimum) of the atmosphere | |
P01:CWETZZ01 | Wet bulb temperature of the atmosphere | |
P01:CRELSSMS | Relative humidity of the atmosphere by humidity sensor and taking the average value from two or more sensors | |
P01:CRELZZ02 | Relative humidity of the atmosphere by second sensor | |
P01:CREL1001 | Relative humidity (10-minute mean) of the atmosphere | |
P01:CRELSD01 | Relative humidity standard deviation of the atmosphere by humidity sensor | |
P01:CRELCV01 | Relative humidity of the atmosphere by computation from wet and dry bulb thermometer data | |
P01:CHUMSS01 | Specific humidity of the atmosphere | |
P01:CDEWCVWD | Dew point temperature of the atmosphere by computation from wet and dry bulb thermometer data | |
P01:CDEWZZ01 | Dew point temperature of the atmosphere | |
P01:CWETSD01 | Wet bulb temperature standard deviation of the atmosphere by psychrometer | |
P01:CHMSZZ01 | Specific humidity standard deviation of the atmosphere | |
P01:CRLHXZ01 | Relative humidity (hourly maximum) of the atmosphere | |
P01:BEDXTEMP | Temperature of the bed | |
P01:TINCDTNX | Temperature of the experiment water sample by digital thermometer | |
P01:CNDCMV01 | Electrical conductivity of the water body by moving vessel profiler (MVP) | |
P01:PCONCS01 | Electrical conductivity of the water body | |
P01:CNDCSD02 | Electrical conductivity standard deviation of the water body by CTD (second sensor) | |
P01:CNCLCCI1 | Electrical conductivity of the water body by in-situ conductivity cell and calibration against independent measurements | |
P01:CNDCSG01 | Electrical conductivity of the water body by thermosalinograph | |
P01:CNDCZZ25 | Electrical conductivity of the water body by conductivity cell and standardisation to 25 degrees Celsius | |
P01:CNDCPR02 | Electrical conductivity of the water body by in-situ conductivity cell (second sensor) | |
P01:CNDCSD01 | Electrical conductivity standard deviation of the water body by CTD | |
P01:CNCLCCL1 | Electrical conductivity of the water body by in-situ conductivity cell and laboratory calibration applied | |
P01:CNDCST02 | Electrical conductivity of the water body by CTD (sensor 2) | |
P01:CNDCSG02 | Electrical conductivity of the water body by thermosalinograph (second sensor) | |
P01:CNCLCCI2 | Electrical conductivity of the water body by in-situ conductivity cell (second sensor) and calibration against independent measurements | |
P01:CNDSPW01 | Electrical conductivity of the groundwater [dissolved plus reactive particulate phase] by conductivity cell | |
P01:PCONZZ01 | Electrical conductivity of the water body | |
P01:ICAGEX01 | Age of the surface ice by annual layer counting based on ion chromatography chemistry | |
P01:DENSDWTM | Density (dry bulk) of the suspended particulate material by sediment trapping, volume measurement, drying and gravimetry | |
P01:TCONSEDM | Thermal conductivity of the sediment | |
P01:TCONROCK | Thermal conductivity of the rock | |
P01:PHSDECAL | pH (total scale) standard deviation {pH[T]} of the experiment water sample by computation | |
P01:PHTLECAL | pH (total scale) {pH[T]} of the experiment water sample by computation | |
P01:ERESBEDX | Electrical resistivity of the bed |
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