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NODC DATA TYPES THESAURUS
NODC OBSERVATION TYPES THESAURUS
WMO_CategoryCode
Global Change Master Directory (GCMD) Science Keywords
Originator Keywords
- 2011
- ALKALINITY
- ARCTIC OCEAN
- Arctic
- BEAM TRANSMISSION
- Bering Strait
- Biology
- CHLOROPHYLL
- CHUKCHI SEA
- CTD
- CTD ocean cast
- Conductivity, Temperature, Depth
- DAILY TO WEEKLY
- DBO
- DBO3
- DBO4
- DBO5
- DBO6
- DENSITY
- DOC
- DRIFTING BUOY
- Distributed Biological Observatory
- FLUORESCENCE
- HOURLY TO DAILY
- IRRADIANCE
- KONGSFJORDEN
- KONGSVEGEN
- KRONEBREEN
- LESS THAN 1 METER
- NORTH ATLANTIC OCEAN
- NUTRIENTS
- OXYGEN
- Ocean Salinity
- Ocean Temperature
- Oceanography
- POINT
- PRIMARY PRODUCTION
- SALINITY
- SHIP
- STATION
- SUMMER
- SVALBARD AND JAN MAYEN
- Southern Chukchi Sea
- TEMPERATURE
- TRAJECTORY
- WATER TEMPERATURE
- ammonium
- aufies
- chlorophyll a concentrations
- chromophoric dissolved organic matter (CDOM)
- delta O-18
- deuterium
- dissolved organic carbon
- dissolved oxygen
- dissolved oxygen concentration
- electrical conductivity
- hydrogen
- icing
- isotope
- nitrate
- nitrite
- phosphate
- pressure
- silica
- water vapor
Originator Variables
- Agency - agency hosting projcet
- Agency - agency name
- Air Temperature (C) - Air Temperature (C)
- Altimeter - Depth from the bottom
- Altimeter - bottom-finding altimeter reading
- Ammonia - Dissolved ammonia concentration
- Ammonia - Dissolved ammonia concentration; blank cells indicate no data (either not collected or poor quality)
- Atmospheric Temperature at ~1m (degrees C) - Atmospheric Temperature at ~1m (degrees C)
- BAT - beam attenuation
- BTLDPTH - Bottle depth
- BTLNBR - Rosette niskin bottle number
- BTLNBR_FLAG_W - Quality flag of rosette niskin bottle
- BactProd - Bacterial production
- BactProd_C - Bacterial production in Carbon units
- BactProd_C_FLAG_W - Quality flag of bacterial production in Carbon units
- BactProd_FLAG_W - Quality flag of bacterial production
- BactProd_SDEV - Standard deviation of bacterial production
- BactProd_SDEV_FLAG_W - Quality flag of bacterial production standard deviation
- Bact_Prod_CV - Coefficient of variation of bacterial production
- Bact_Prod_CV_FLAG_W - Quality flag of bacterial production variation coefficient
- Battery Voltage (V) - Battery Voltage (V)
- Beam Transmission - Beam transmission (CTD sensor)
- Bottle_depth - Bottle depth
- Bottom.Depth - bottom depth of sampling
- Bottom_Depth - depth of sampling
- CASTNO - Cast number
- CDOM_a250 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 250 nm
- CDOM_a250 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 250 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a250_a365 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 250 nm and 365 nm
- CDOM_a250_a365 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 250 nm and 365 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a254 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 254 nm
- CDOM_a254 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 254 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a275_a295 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 275 nm and 295 nm
- CDOM_a275_a295 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 275 nm and 295 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a275_a350 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 275-295 nm and 350-400 nm
- CDOM_a275_a350 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 275-295 nm and 350-400 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a290_a350 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 290 nm and 350 nm
- CDOM_a290_a350 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 290 nm and 350 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a350 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 350 nm
- CDOM_a350 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 350 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a350_a400 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 350 and 400 nm
- CDOM_a350_a400 - Chromophoric Dissolved Organic Matter (CDOM) ratio of absorbance between 350 and 400 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a365 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 365 nm
- CDOM_a365 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 365 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a375 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 375 nm
- CDOM_a375 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 375 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a412 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 412 nm
- CDOM_a412 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 412 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a440 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 440 nm
- CDOM_a440 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 440 nm; blank cells indicate no data (either not collected or poor quality)
- CDOM_a443 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 443 nm
- CDOM_a443 - Chromophoric Dissolved Organic Matter (CDOM) absorbance at wavelength 443 nm; blank cells indicate no data (either not collected or poor quality)
- CHLORA - Chlorophyll A measurement
- CHLORA_FLAG_W - Quality flag of Chlorophyll A measurement
- CHLORA_STDEV - Chlorophyll A standard deviation
- CHLORA_STDEV_FLAG_W - Quality flag of Chlorophyll A standard deviation
- CPAR - corrected irradiance, percentage
- CPAR_corrected_irradiance - In situ PAR (CTD sensor) over mast (incident) PAR
- CStarAt0 - Beam Attenuation, Chelsea/Seatech/WET Labs Cstar
- CStarTr0 - Beam Transmission percentage, Chelsea/Seatech/WET Labs CStar
- CStarTr0 - Beam Transmission, Wet Labs CStar, (%)
- CTDAlt_m - CTD Altimeter. Distance above seafloor
- CTDCond_1 - First CTD conductivity measurement
- CTDCond_2 - Second CTD conductivity measurement
- CTDFluo_mg_m3 - CTD Fluorescence. Calibrated estimate of chlorophyll concentration in milligrams per meter cubed
- CTDFluo_v_raw - CTD Flourescence in volts
- CTDOXY - Oxygen measurement (using CTD sensor)
- CTDOXY_FLAG_W - Quality flag of oxygen measurement
- CTDOxy_mL/L_downcast - CTD Oxygen in milliliter per liter
- CTDOxy_percent_Sat_downcast - CTD Oxygen saturation percentage
- CTDOxy_volts_downcast - CTD Oxygen in volts
- CTDPAR - CTD Photosynthetic Active radiation. Photosynthetic Photon Flux Density
- CTDPRS - Pressure measurement (using CTD sensor)
- CTDPres_dbar - Pressure measured in decibars
- CTDSAL - Salinity measurement (using CTD sensor)
- CTDSAL_FLAG_W - Quality flag of salinity
- CTDSPAR - CTD Photosynthetic Active Radiation at Surface. Photosynthetic Photon Flux Density
- CTDSalt_1 - First CTD salinity measurement
- CTDSalt_2 - Second CTD salinity measurement
- CTDScan_raw - CTD Scan
- CTDStdDev_Alt - Standard deviation of altimeter
- CTDStdDev_Cond_1 - Standard deviation of first conductivity measurement
- CTDStdDev_Cond_2 - Standard deviation of second conductivity measurement
- CTDStdDev_DO_1_volts - Standard deviation of dissolved oxygen
- CTDStdDev_Fluor - Standard deviation of fluorescence in milligrams per meter cubed
- CTDStdDev_Fluor_volts - Standard deviation of fluorescence in volts
- CTDStdDev_PAR - CTD Standard Deviation Photosynthetic Active Radiation
- CTDStdDev_SPAR - CTD Standard Deviation Photosynthetic Active Radiation at Surface
- CTDStdDev_T90_1 - Standard deviation of first temperature measurement
- CTDStdDev_T90_2 - Standard deviation of second temperature measurement
- CTDStdDev_Trans - Standard deviation of transmissivity
- CTDStdDev_Trans_volts - Standard deviation of transmissivity in volts
- CTDTMP - Temperature measured (using CTD sensor)
- CTDTemp_1 - First CTD temperature measurement
- CTDTemp_2 - Second CTD temperature measurement
- CTDTrans_percent - CTD Transmissivity in percent
- CTDTrans_v_raw - CTD Transmissivity
- Calculated actual depth at nominal depth 0.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 10.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 12.5 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 15.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 17.5 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 2.5 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 20.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 25.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 30.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 35.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 40.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 45.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 5.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 50.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 55.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 60.0 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Calculated actual depth at nominal depth 7.5 (m) - More accurate depths for the thermistors, calculated based on ocean pressure values.
- Cast - Number of the vertical profile (cast) within the experiment
- CastStartTime_UTC - Cast Start Time [UTC]
- Cast_No - Unique number designating data collection sample
- Cast_depth - cast depth measured at meters
- Chl_a_Frey - Chlorophyll a measurement at Clark University based upon frozen filters
- Chl_a_Frey - Chlorophyll a measurement at Clark University based upon frozen filters; blank cells indicate no data (either not collected or poor quality)
- Conductivity - Conductivity (CTD sensor)
- Conductivity - Water conductivity in milli-siemens per centimeter (0.1 siemens per meter).
- Conductivity - Water conductivity in siemens per meter
- Conductivity - Water conductivity measured in siemens per meter
- Conductivity2 - Conductivity (CTD sensor, 2nd)
- Corresponding_File - Filename of data recorded at location
- Corrresponding_File - file name
- Cruise - Cruise identifier
- Cruise - Cruise name
- Cruise.ID - cruise id
- Cruise_ID - identification for cruise
- CstarAt0 - Beam attenuation, Wet Labs Cstar (1/m)
- DATE - Date that sample is taken on
- DBO_LineRegion - Distributed Biological Observatory code indicating the regional location of the cruise.
- DBO_LineRegion - Distributed Biological Observatory code indicating the regional location of the cruise. "NA" = station is not associated with a DBO station or region
- DBO_Region - DBO identification
- DBO_Region - Distributed Biological Observatory (DBO) region code
- DBO_Station - Distributed Biological Observatory (DBO) station code
- DBO_Station - specific station in DBO region
- DBO_StationName - Distributed Biological Observatory station name that refers to a particular site and can be referenced with the Latitude and Longitude coordinates or by going to the NOAA DBO website: http://www.pmel.noaa.gov/dbo/sites/default/files/thumbnails/image/DBO_1-5_Regions_Stations.png
- DBO_StationName - Distributed Biological Observatory station name that refers to a particular site and can be referenced with the Latitude and Longitude coordinates or by going to the NOAA DBO website: http://www.pmel.noaa.gov/dbo/sites/default/files/thumbnails/image/DBO_1-5_Regions_Stations.png ; "NA" = station is not associated with a DBO station or region
- DEPTH - Depth of Rosette Niskin Bottle
- DIC - Dissolved Inorganic Carbon measurement
- DIC_FLAG_W - Quality flag of dissolved Inorganic Carbon measurement
- DOC - dissolved organic carbon; blank cells indicate no data (either not collected or poor quality)
- DataDate - Date of sample collection
- Date - Date and Time
- Date and Time - Date and time of measurement in UTC
- Date_and_time - Date and time
- Day - Time measured in days since midnight from 1 January 2012. Sample measurements are approximately 10 minute intervals.
- Depth - Depth calculated from pressure
- Depth_NMEA - Bottom depth (retrieved from navigation system)
- EXPOCODE - Unique cruise code
- Easting - Easting from a local control point, according to universal transverse mercator protocol.
- Elevation - Elevation of the location, in meters above mean sea level.
- Estimated depth at nominal depth 0.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 10.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 12.5 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 15.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 17.5 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 2.5 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 20.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 25.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 30.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 35.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 40.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 45.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 5.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 50.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 55.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 60.0 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- Estimated depth at nominal depth 7.5 (m) - Estimated depth for each thermistor based on the ocean pressure values and a cable model
- FLUOR - Fluorescence measurement (using CTD sensor)
- Fluorescence - Fluorescense (CTD sensor)
- Flur - fluoresence
- Fo_mean - F0 from PAM (background fluorescence)
- Fo_mean_FLAG_W - Quality flag of F0 from PAM (background fluorescence)
- Fo_mean_error - Mean error of F0
- Fo_mean_error_FLAG_W - Quality flag of mean error of F0
- Fo_prop_error - Propagated error of F0
- Fo_prop_error_FLAG_W - Quality flag of propagated error of F0
- FvFm_mean - Fv:Fm (PAM)
- FvFm_mean_FLAG_W - Quality flag of Fv:Fm
- FvFm_mean_error - Mean error of Fv:Fm
- FvFm_mean_error_FLAG_W - Quality flag of Fv:Fm mean error
- FvFm_prop_error - Propagated error of Fv:Fm
- FvFm_prop_error_FLAG_W - Quality flag of Fv:Fm propagated error
- H2O - Water volume mixing ratio in units of parts per million by volume.
- Height - Height of air sample line above initial reference height on meteorological tower.
- Horizontal_Precision - An estimate of the precision of the measurement made.
- ID - identification number
- ID - station ID
- Instrument - instrument used for sampling
- Instrument - instrument used to collect data
- LATITUDE - Latitude coordinates
- LONGITUDE - Longitude coordinates
- Latitude (N) - The latitude (North) of the data record
- Latitude - Latitude
- Latitude - Latitude North
- Latitude - Location referenced to the NAD 1983 datum in decimal degrees.
- Latitude - The DBO Line/Region and station name latitude in decimal degrees
- Latitude_N - The DBO Line/Region and station name latitude in decimal degrees (N)
- Latitude_degrees_north - Longitude coordinates
- Longitude (E) - The longitude (East) of the data record
- Longitude - Longitude
- Longitude - Longitude West
- Longitude - Longitude, based on NAD 1983 datum in decimal degrees.
- Longitude - The DBO Line/Region and station name longitude in decimal degrees
- Longitude_E - The DBO Line/Region and station name longitude in decimal degrees (E)
- Longitude_degrees_east - Latitude coordinates
- NH4 - Ammonium measurement
- NH4_FLAG_W - Quality flag of ammonium measurement
- NITRAT - Nitrat measurement
- NITRAT_FLAG_W - Quality flag of Nitrat measurement
- NITRIT - Nitrit measurement
- NITRIT_FLAG_W - Quality flag of Nitrit
- Nitrite_Nitrate - Dissolved Nitrite and Nitrate concentration
- Nitrite_Nitrate - Dissolved Nitrite and Nitrate concentration; blank cells indicate no data (either not collected or poor quality)
- Northing - Northing, according to universal transverse mercator for the local control.
- Notes - Additional Notes
- Notes - miscellaneous notes
- Notes - random notes if necessary
- O18-1 - Oxygen isotope ratios 18O:16O measured in parts per thousand scaled according to Vienna Standard Mean Ocean Water (_VSMOW)
- O18-1 - Oxygen isotope ratios 18O:16O measured in parts per thousand scaled according to Vienna Standard Mean Ocean Water (_VSMOW); blank cells indicate no data (either not collected or poor quality)
- OXYG - dissolved oxygen
- OXYG2 - dissolved oxygen 2
- OXYGEN - Oxygen measurement (manual)
- OXYGEN_FLAG_W - Quality flag of oxygen measurement
- Ocean Pressure (dB) at Sensor #1(Nominal Depth = 15.0 m) - Ocean Pressure (dB) at Sensor #1(Nominal Depth = 15.0 m)
- Ocean Pressure (dB) at Sensor #1(Nominal Depth = 20.0 m) - Ocean Pressure (dB) at Sensor #1(Nominal Depth = 20.0 m)
- Ocean Pressure (dB) at Sensor #1(Nominal Depth = 25.0 m) - Ocean Pressure (dB) at Sensor #1(Nominal Depth = 25.0 m)
- Ocean Pressure (dB) at Sensor #2(Nominal Depth = 30.0 m) - Ocean Pressure (dB) at Sensor #2(Nominal Depth = 30.0 m)
- Ocean Pressure (dB) at Sensor #2(Nominal Depth = 40.0 m) - Ocean Pressure (dB) at Sensor #2(Nominal Depth = 40.0 m)
- Ocean Pressure (dB) at Sensor #3(Nominal Depth = 60.0 m) - Ocean Pressure (dB) at Sensor #3(Nominal Depth = 60.0 m)
- Original.Filename - filename of data
- Original_Filename - filename of data
- OxCur - oxygen current
- OxCur2 - secondary oxygen current measurement
- Oxygen - Oxygen concentration (CTD sensor)
- Oxygen - Water oxygen in milliliters per liter
- Oxygen_raw_SBE43 - Oxygen concentration (CTD sensor) in raw
- PAR - PAR Irradiance, Biospherical
- PAR - Photosynthetically Active Radiation incoming from the atmosphere, measured at ~ 3 m height on the meteorological station, reported in microEinsteins.
- PAR - irradiance
- PE_Ek - Ek (light adaptation parameter from PE curves)
- PE_Ek_FLAG_W - Quality flag of Ek
- PE_Pmax - Maximum photosynthetic rate (from P-E curves)
- PE_Pmax_FLAG_W - Quality flag of maximum photosynthetic rate
- PE_alpha - Alpha (photosynthetic efficiency from P-E curves)
- PE_alpha_FLAG_W - Quality flag of Alpha
- PE_beta - Beta (photosynthetic parameter from PE curves)
- PE_beta_FLAG_W - Quality flag of Beta
- PE_pval - P value of the fit of the P-E curve
- PE_pval_FLAG_W - Quality flag of P value
- PE_rsqr - Respiration (from P-E curves)
- PE_rsqr_FLAG_W - Quality flag of respiration
- PHSPHT - Phosphate measurement
- PHSPHT_FLAG_W - Quality flag of phosphate measurement
- PI - principal investigator
- PI - private investigator name
- POC - Particulate Organic Carbon measurement
- POC_FLAG_W - Quality flag of Particulate Organic Carbon measurement
- PON - Particulate Organic Nitrogen measurement
- PON_FLAG_W - Quality flag of Particulate Organic Nitrogen measurement
- PPHYTIN - Phaeophytin measurement
- PPHYTIN_FLAG_W - Quality flag of phaeophytin measurement
- Pheophytin - Pheophytin measurements at Clark University based upon frozen filters
- Pheophytin - Pheophytin measurements at Clark University based upon frozen filters; blank cells indicate no data (either not collected or poor quality)
- Phosphate - Dissolved phosphate concentration
- Phosphate - Dissolved phosphate concentration; blank cells indicate no data (either not collected or poor quality)
- Point ID - This is a list of the specific geographical locations of the wells, as made at the ground surface adjacent to each well, provided in a few different ways.
- Potential temperature - Water temperature in degree Celsius with pressure effects removed and referenced to zero pressure (potential temperature).
- Pres - binned pressure
- Pressure - Water pressure in decibar either measured or estimated.
- Pressure - Water pressure measured in decibar
- Pressure at Salinity Sensor (db) - Pressure at Salinity Sensor (db)
- Pressure_digiquartz - Pressure (CTD sensor)
- Project - project name
- RH_percentage - Relative Humidity, measured in percent.
- Raw_Pres_dbar - Pressure measured by CTD (conductivity, temperature and depth) device
- Region - name of sampling region
- Region - studied region
- Rosette_Bottle_No - Rosette bottle number
- SALT - Salinity measurement (manual)
- SALT_FLAG_W - Quality flag of salinity measurement
- SAMPNO - Sample number
- SECT_ID - Section name
- SILCAT - Silicate measurement
- SILCAT_FLAG_W - Quality flag of Silicate
- SPAR - surface irradiance, percentage
- SPM_mg_L - Suspended particulate material
- SPM_mg_L - Suspended particulate material; blank cells indicate no data (either not collected or poor quality)
- STATION_SHORT - Station number
- STNNBR - Station and cast number
- Sal(1) - calibrated primary salinity
- Sal(2) - calibrated secondary salinity
- Salinity (ppt) - Salinity (ppt)
- Salinity - Water salinity estimated from temperature, conductivity, and pressure given in practical salinity units (psu)
- Salinity - Water salinity in Practical Salinity Units (psu) estimated from temperature, conductivity, and pressure
- Salinity - Water salinity in Practical Salinity Units (psu) estimated from water temperature, conductivity, and pressure.
- Salinity_Practical - Salinity (calculated from conductivity)
- Salinity_Practical2 - Salinity (calculated from conductivity, 2nd sensor)
- Salt_for_calc_sample_water_density - Salinity for calculating sample water density (use salt sample, but if bad or missing use CTD)
- Sample_No - Sample number
- Scan_count - number of data points averaged from this depth
- Sea Level Pressure (mBar) - Sea Level Pressure (mBar)
- Sect_ID - Name of section sampled
- Sig_mean - Sigma (PAM)
- Sig_mean_FLAG_W - Quality flag of Sigma
- Sig_mean_error - Mean error of Sigma
- Sig_mean_error_FLAG_W - Quality flag of Sigma mean error
- Sig_prop_error - Propagated error of Sigma
- Sig_prop_error_FLAG_W - Quality flag of Sigma propagated error
- Silicate - Dissolved silica concentration
- Silicate - Dissolved silica concentration; blank cells indicate no data (either not collected or poor quality)
- Sound_velocity - Sound velocity
- Spar - surface PAR/irradiance and Biospherical/Licor
- Station - Distributed Biological Observatory (DBO) station code
- Station - Station number and cast
- Station.Name - station name
- StationName - Name of station where data has been collected historically under a different name at the current DBO location
- Station_Name - station name
- Station_Short - Short station name
- Submergence Percent - Percent of the time over the previous hour that the buoy was submerged.
- T90(1) - calibrated primary temperature in celsius
- T90(2) - calibrated secondary temperature in celsius
- TA - Total Alkalinity
- TA_FLAG_W - Quality flag of Alkalinity
- TIME - Time that sample is taken at
- Tau_mean - Tau (PAM)
- Tau_mean_FLAG_W - Quality flag of Tau
- Tau_mean_error - Mean error of Tau
- Tau_mean_error_FLAG_W - Quality flag of Tau mean error
- Tau_prop_error - Propagated error of Tau
- Tau_prop_error_FLAG_W - Quality flag of Tau propagated error
- Temperature - Temperature (CTD sensor)
- Temperature - Water temperature in degree Celsius.
- Temperature - Water temperature in degrees Celsius
- Temperature - water temperature in degree Celsius
- Temperature at Salinity Sensor (C) - Temperature at Salinity Sensor (C)
- Temperature at nominal depth 0.0 (m) - Temperature at nominal depth 0.0 (m)
- Temperature at nominal depth 10.0 (m) - Temperature at nominal depth 10.0 (m)
- Temperature at nominal depth 12.5 (m) - Temperature at nominal depth 12.5 (m)
- Temperature at nominal depth 15.0 (m) - Temperature at nominal depth 15.0 (m)
- Temperature at nominal depth 17.5 (m) - Temperature at nominal depth 17.5 (m)
- Temperature at nominal depth 2.5 (m) - Temperature at nominal depth 2.5 (m)
- Temperature at nominal depth 20.0 (m) - Temperature at nominal depth 20.0 (m)
- Temperature at nominal depth 25.0 (m) - Temperature at nominal depth 25.0 (m)
- Temperature at nominal depth 30.0 (m) - Temperature at nominal depth 30.0 (m)
- Temperature at nominal depth 35.0 (m) - Temperature at nominal depth 35.0 (m)
- Temperature at nominal depth 40.0 (m) - Temperature at nominal depth 40.0 (m)
- Temperature at nominal depth 45.0 (m) - Temperature at nominal depth 45.0 (m)
- Temperature at nominal depth 5.0 (m) - Temperature at nominal depth 5.0 (m)
- Temperature at nominal depth 50.0 (m) - Temperature at nominal depth 50.0 (m)
- Temperature at nominal depth 55.0 (m) - Temperature at nominal depth 55.0 (m)
- Temperature at nominal depth 60.0 (m) - Temperature at nominal depth 60.0 (m)
- Temperature at nominal depth 7.5 (m) - Temperature at nominal depth 7.5 (m)
- Temperature2 - Temperature (CTD sensor, 2nd)
- Trans - beam transmission, percent
- Trip - Rosette movement at time of sampling
- Turbidity - cloudiness or haziness of a fluid
- Type - Data type
- UTC.DateTime - coordinated universal time
- UTC_DateTime - coordinated universal time at sampling
- Vertical_Precision - An estimate of the precision of the measurement made.
- Vessel - vessel name
- Vessel - vessel on which collection occurred
- Water_Depth - Station water depth measured in meters
- XMISS - Beam transmission
- absolute_pressure - Absolute Pressure is measured below the water surface in kilopascals
- absolute_pressure_barometric - Absolute Pressure is measured below the water surface in kilopascals, measured a second time with a barometer
- altM - altimeter
- bat - Beam Attenuation, Chelsea/Seatech/WET Labs Cstar
- battery - Battery voltage of the MiniDOT sensor (runs on a set of AA batteries).
- beg_scan_num - beginning scan number
- c0S/m - The conductivity of the observation
- c0S/m - conductivity, the degree to which a specified material conducts electricity
- c0mS/cm - conductivity, the degree to which a specified material conducts electricity
- c1mS/cm - conductivity 2, the degree to which a specified material conducts electricity
- chla - Chlorophyll a concentration, based upon at sea measurements, Welschmeyer method and Turner Designs fluorometer
- chla - Chlorophyll a concentration, based upon at sea measurements, Welschmeyer method and Turner Designs fluorometer; blank cells indicate no data (either not collected or poor quality)
- d15N - Delta 15 Nitrogen measurement
- d15N_FLAG_W - Quality flag of Delta 15 Nitrogen
- d15N_STDEV - Standard deviation of Delta 15 Nitrogen
- d15N_STDEV_FLAG_W - Quality flag of Delta 15 Nitrogen standard deviation
- d18O - Delta 18 Oxygen measurement
- d18O - Oxygen 18 isotope ratio in delta notation relative to Vienna Standard Mean Ocean Water in units of permil.
- d18O_FLAG_W - Quality flag of Delta 18 Oxygen measurement
- d18O_STDEV - Standard deviation of Delta 18 Oxygen
- d18O_STDEV_FLAG_W - Quality flag of Delta 18 Oxygen standard deviation
- dD - Deuterium isotope ratio in delta notation relative to Vienna Standard Mean Ocean Water in units of permil.
- date - Date and Time stamp (local date and time) for each observation.
- date - Date and time of measurement when it was made (should be a 30 minute interval). All are in UTC.
- date - Date and time of measurements
- date - date and time of sampling
- day - The day of the month of the data record
- density00 - The density of the observation
- depSM - Depth in salt water
- depSM - Depth salt water, m
- depSM - depth
- dissolved_oxygen - Dissolved oxygen concentration as measured in the surface water.
- dissolved_oxygen_saturation - Surface water dissolved oxygen saturation, as calculated for the elevation and temperature observed. Units are percent, where values >100% represent supersaturation of dissolved oxygen, which is not uncommon in streams.
- dovdt - Estimate of sensor output change over time
- dovdt2 - Estimate of sensor output change over time
- end_scan_num - ending scan number
- firing_number - firing number of sensor
- firing_position - firing position of sensor
- flECO-AFL - WetLabs ECO fluorescence
- flSP - Seapoint fluorometer fluorescence (relative units)
- flag - The flag of the observation. (0).
- flag - flag
- flc - fluorescence
- gust_speed - The highest wind speed measured over the past measurement period (e.g., 30 min), reported in meters per second.
- horizontal_precision - An estimate of the precision of the horizontal measurement made.
- hour (GMT) - The hour of the data record (GMT). Ranges from 0 to 23.
- latitude - Latitude, decimal degrees
- longitude - Longitude, decimal degrees
- month - The month of the data record
- nbf - Bottles Fired
- nbin - number of scans per bin
- nscans - number of CTD scans used in pressure bin-averaging
- obs3+ - The turbidity of the observation
- obs3+1 - The turbidity of the observation
- oxsolMm/kg - Oxygen saturation, calculated from Garcia and Gordon, micro moles/kg
- par - PAR/Irradiance, Biospherical/Licor
- par - photosynthetically active radiation, irradiance, biospherical/licor
- potemp090C - The potential temperature of the observation
- prDM - Pressure, digiquartz, db
- prDM - pressure in digiquartz
- prdM - Pressure, Strain Gauge [db]
- prdM - The pressure of the observation
- prdM - pressure, strain gauge
- pressure - Absolute Air Pressure or Barometric Pressure measured as millibars.
- rain - Rainfall measured in the past 30 min in units of millimeters.
- sal00 - Salinity, Practical [PSU]
- sal00 - Salinity, practical (PSU)
- sal00 - The salinity of the observation
- sal00 - practical salinity, the concentration of dissolved salts in water etc.
- sal00 - salinity, the concentration of dissolved salts in water
- sal11 - Salinity, practical (PSU)
- sal11 - salinity 2, the concentration of dissolved salts in water
- sbeox0ML/L - recorded oxygen from SBE 43 instrument
- sbeox0Mm/kg - Oxygen concentration from SBE43 probe, in micromoles/kg
- sbeox0V - SBE43 raw oxygen sensor voltage
- scan - scan count
- sigma-t00 - Density [sigma-t, Kg/m^3 ]
- sigma-t00 - Sigma theta density
- sigma-theta - Density
- solar_radiation - Solar Radiation is the shortwave radiation from the atmosphere measured at the meteorological station, units reported in Watts per square meter.
- svCM - Sound Velocity
- svCM - sound velocity in Chen-Millero m/s
- t090C - Temperature, ITS-90, deg C
- t090C - temperature in celsius
- t190C - Temperature, ITS-90, deg C
- t190C - temperature 2 in celsius
- temperature - Air temperature in degrees Celsius.
- temperature - Temperature measured in the well
- temperature - Water temperature as measured by the MiniDOT data logger in the surface channel.
- temperature_DewPt - Dew Point Temperature estimated based on the current air temperature and the relative humidity, reported as degrees Celsius.
- timeJ - julian days
- timeS - time elapsed
- transect - Transect identification name
- tv290C - Temperature [ITS-90, deg C]
- tv290C - temperature in celsius, ITS-90
- tv290c - The temperature of the observation, in ITS-90.
- upoly0 - Upoly 0, turner cyclops fluoremeter
- v0 - voltage 0
- v1 - voltage 1
- v2 - voltage 2
- v3 - voltage 3
- v4 - voltage 4
- v5 - voltage 5
- v6 - voltage 6
- vertical_precision - An estimate of the precision of the vertical measurement made.
- well - Well identification name
- wetCDOM - WetLabs CDOM fluorescence
- wetStar - Fluorescence, WET Labs WETstar [mg/m^3]
- wind_direction - Wind direction reported from 0-360 degrees, with 0 degrees being roughly due north.
- wind_speed - Wind speed averaged over the past period of measurement (e.g., 30 minutes) reported in meters per second.
- wocecode - World Ocean Circulation Experiment quality word for each variable
- xmiss - Beam Transmission percentage, Chelsea/Seatech/WET Labs CStar
- year - The year of the data record
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| Project keywords |
NODC PROJECT NAMES THESAURUS
Global Change Master Directory (GCMD) Project Keywords
Originator Project Names
- Closing the Isotope Hydrology at Summit: Measurements of Source Regions, Precipitation and Post-deposition Processes
- Collaborative Research: Arctic Oases - How does the delayed release of winter discharge from aufeis affect the ecosystem structure and function of rivers?
- Collaborative Research: CTD/Hydrographic and Underway Service Measurements for the Shelf-Basin Interactions Phase II Field Project
- Collaborative Research: Glacier-Ocean Interactions at a Greenland Ice Shelf at Tidal to Interannual Time Scales
- Collaborative Research: REU Site: Svalbard REU: Holocene and Modern Climate Change in the Norwegian High Arctic
- Collaborative Research: The Distributed Biological Observatory (DBO)-A Change Detection Array in the Pacific Arctic Region
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO3, from 2011 ICESCAPE on the USCGC Healy (HLY1101)
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO3, from 2011 RUSALCA on R/V Kromov
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO3, from 2012 RUSALCA on R/V Kromov
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO4, from 2011 CSESP on the Westward Wind
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO4, from 2012 CSESP on the Westward Wind
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO5, from 2010 ICESCAPE on the USCGC Healy (HLY1001)
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO5, from 2011 on the USCGC Healy (HLY1104)
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO5, from the 2013 Arctic Observing Network (AON) on the RV Annika Marie.
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO6, from 2010 AON on the USCGC Healy (HLY1003)
- Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO6, from 2011 ICESCAPE on the USCGC Healy (HLY1101)
- Late Season Productivity, Carbon, and Nutrient Dynamics in a Changing Arctic
- SUBICE Bottle File
- SUBICE CTD Data
- SWL16_Bottle_data v1
- Submission Title: Distributed Biological Observatory (DBO), Conductivity-Temperature-Depth (CTD) data along DBO5, from 2012 AON on the USCGC Healy (HLY1203)
- UpTempO: Measuring the Upper Layer Temperature of the Arctic Ocean
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