netcdf IMOS/Argo/dac/incois/4903783/4903783_Rtraj.nc {
  dimensions:
    DATE_TIME = 14;
    STRING256 = 256;
    STRING64 = 64;
    STRING32 = 32;
    STRING16 = 16;
    STRING8 = 8;
    STRING4 = 4;
    STRING2 = 2;
    N_PARAM = 28;
    N_MEASUREMENT = UNLIMITED;   // (10142 currently)
    N_CYCLE = 95;
    N_CALIB_PARAM = 1;
    N_CALIB_JULD = 1;
    N_HISTORY = 275;
  variables:
    char DATA_TYPE(STRING16=16);
      :long_name = "Data type";
      :conventions = "Argo reference table 1";
      :_FillValue = " ";

    char FORMAT_VERSION(STRING4=4);
      :long_name = "File format version";
      :_FillValue = " ";

    char HANDBOOK_VERSION(STRING4=4);
      :long_name = "Data handbook version";
      :_FillValue = " ";

    char REFERENCE_DATE_TIME(DATE_TIME=14);
      :long_name = "Date of reference for Julian days";
      :conventions = "YYYYMMDDHHMISS";
      :_FillValue = " ";

    char DATE_CREATION(DATE_TIME=14);
      :long_name = "Date of file creation";
      :conventions = "YYYYMMDDHHMISS";
      :_FillValue = " ";

    char DATE_UPDATE(DATE_TIME=14);
      :long_name = "Date of update of this file";
      :conventions = "YYYYMMDDHHMISS";
      :_FillValue = " ";

    char PLATFORM_NUMBER(STRING8=8);
      :long_name = "Float unique identifier";
      :conventions = "WMO float identifier : A9IIIII";
      :_FillValue = " ";

    char PROJECT_NAME(STRING64=64);
      :long_name = "Name of the project";
      :_FillValue = " ";

    char PI_NAME(STRING64=64);
      :long_name = "Name of the principal investigator";
      :_FillValue = " ";

    char TRAJECTORY_PARAMETERS(N_PARAM=28, STRING64=64);
      :long_name = "List of available parameters";
      :conventions = "Argo reference table 3";
      :_FillValue = " ";

    char DATA_CENTRE(STRING2=2);
      :long_name = "Data centre in charge of float data processing";
      :conventions = "Argo reference table 4";
      :_FillValue = " ";

    char DATA_STATE_INDICATOR(STRING4=4);
      :long_name = "Degree of processing the data have passed through";
      :conventions = "Argo reference table 6";
      :_FillValue = " ";

    char PLATFORM_TYPE(STRING32=32);
      :long_name = "Type of float";
      :conventions = "Argo reference table 23";
      :_FillValue = " ";

    char FLOAT_SERIAL_NO(STRING32=32);
      :long_name = "Serial number of the float";
      :_FillValue = " ";

    char FIRMWARE_VERSION(STRING64=64);
      :long_name = "Instrument firmware version";
      :_FillValue = " ";

    char WMO_INST_TYPE(STRING4=4);
      :long_name = "Coded instrument type";
      :conventions = "Argo reference table 8";
      :_FillValue = " ";

    char POSITIONING_SYSTEM(STRING8=8);
      :long_name = "Positioning system";
      :_FillValue = " ";

    double JULD(N_MEASUREMENT=10142);
      :long_name = "Julian day (UTC) of each measurement relative to REFERENCE_DATE_TIME";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 1.1574074074074073E-5; // double
      :_FillValue = 999999.0; // double
      :axis = "T";
      :comment_on_resolution = "JULD resolution is 1 second, except for measurement codes [89 100 150 189 190 203 250 289 290 300 389 450 489 500 503 589 590 600 700 901] for which JULD resolution is 1 minute";

    char JULD_STATUS(N_MEASUREMENT=10142);
      :long_name = "Status of the date and time";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    char JULD_QC(N_MEASUREMENT=10142);
      :long_name = "Quality on date and time";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    double JULD_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Adjusted julian day (UTC) of each measurement relative to REFERENCE_DATE_TIME";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 1.1574074074074073E-5; // double
      :_FillValue = 999999.0; // double
      :axis = "T";
      :comment_on_resolution = "JULD_ADJUSTED resolution is 1 second, except for measurement codes [89 100 150 189 190 203 250 289 290 300 389 450 489 500 503 589 590 600 700 901] for which JULD_ADJUSTED resolution is 1 minute";

    char JULD_ADJUSTED_STATUS(N_MEASUREMENT=10142);
      :long_name = "Status of the JULD_ADJUSTED date";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    char JULD_ADJUSTED_QC(N_MEASUREMENT=10142);
      :long_name = "Quality on adjusted date and time";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    char JULD_DATA_MODE(N_MEASUREMENT=10142);
      :long_name = "Delayed mode or real time data";
      :conventions = "R : real time; D : delayed mode; A : real time with adjustment";
      :_FillValue = " ";

    double LATITUDE(N_MEASUREMENT=10142);
      :long_name = "Latitude of each location";
      :standard_name = "latitude";
      :units = "degree_north";
      :_FillValue = 99999.0; // double
      :valid_min = -90.0; // double
      :valid_max = 90.0; // double
      :axis = "Y";

    double LONGITUDE(N_MEASUREMENT=10142);
      :long_name = "Longitude of each location";
      :standard_name = "longitude";
      :units = "degree_east";
      :_FillValue = 99999.0; // double
      :valid_min = -180.0; // double
      :valid_max = 180.0; // double
      :axis = "X";

    char POSITION_ACCURACY(N_MEASUREMENT=10142);
      :long_name = "Estimated accuracy in latitude and longitude";
      :conventions = "Argo reference table 5";
      :_FillValue = " ";

    char POSITION_QC(N_MEASUREMENT=10142);
      :long_name = "Quality on position";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float AXES_ERROR_ELLIPSE_MAJOR(N_MEASUREMENT=10142);
      :long_name = "Semi-major axis of error ellipse from positioning system";
      :units = "meters";
      :_FillValue = 99999.0f; // float

    float AXES_ERROR_ELLIPSE_MINOR(N_MEASUREMENT=10142);
      :long_name = "Semi-minor axis of error ellipse from positioning system";
      :units = "meters";
      :_FillValue = 99999.0f; // float

    float AXES_ERROR_ELLIPSE_ANGLE(N_MEASUREMENT=10142);
      :long_name = "Angle of error ellipse from positioning system";
      :units = "Degrees (from North when heading East)";
      :_FillValue = 99999.0f; // float

    char SATELLITE_NAME(N_MEASUREMENT=10142);
      :long_name = "Satellite name from positioning system";
      :_FillValue = " ";

    int CYCLE_NUMBER(N_MEASUREMENT=10142);
      :long_name = "Float cycle number of the measurement";
      :conventions = "0...N, 0 : launch cycle, 1 : first complete cycle";
      :_FillValue = 99999; // int

    int CYCLE_NUMBER_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Adjusted float cycle number of the measurement";
      :conventions = "0...N, 0 : launch cycle, 1 : first complete cycle";
      :_FillValue = 99999; // int

    int MEASUREMENT_CODE(N_MEASUREMENT=10142);
      :long_name = "Flag referring to a measurement event in the cycle";
      :conventions = "Argo reference table 15";
      :_FillValue = 99999; // int

    char TRAJECTORY_PARAMETER_DATA_MODE(N_MEASUREMENT=10142, N_PARAM=28);
      :long_name = "Delayed mode or real time data";
      :conventions = "R : real time; D : delayed mode; A : real time with adjustment";
      :_FillValue = " ";

    float PRES(N_MEASUREMENT=10142);
      :long_name = "Sea water pressure, equals 0 at sea-level";
      :standard_name = "sea_water_pressure";
      :_FillValue = 99999.0f; // float
      :units = "decibar";
      :valid_min = 0.0f; // float
      :valid_max = 12000.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.1f; // float
      :comment_on_resolution = "PRES resolution is 0.1 dbar, except for measurement codes [901] for which PRES resolution is 1 dbar and for measurement codes [150 189 198 289 297 298 389 398 489 497 498 589 901] for which PRES resolution is 10 dbar";
      :axis = "Z";

    char PRES_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PRES_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Sea water pressure, equals 0 at sea-level";
      :standard_name = "sea_water_pressure";
      :_FillValue = 99999.0f; // float
      :units = "decibar";
      :valid_min = 0.0f; // float
      :valid_max = 12000.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.1f; // float
      :comment_on_resolution = "PRES_ADJUSTED resolution is 0.1 dbar, except for measurement codes [901] for which PRES_ADJUSTED resolution is 1 dbar and for measurement codes [150 189 198 289 297 298 389 398 489 497 498 589 901] for which PRES_ADJUSTED resolution is 10 dbar";
      :axis = "Z";

    char PRES_ADJUSTED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PRES_ADJUSTED_ERROR(N_MEASUREMENT=10142);
      :long_name = "Contains the error on the adjusted values as determined by the delayed mode QC process";
      :_FillValue = 99999.0f; // float
      :units = "decibar";
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.1f; // float

    float C1PHASE_DOXY(N_MEASUREMENT=10142);
      :long_name = "Uncalibrated phase shift reported by oxygen sensor";
      :_FillValue = 99999.0f; // float
      :units = "degree";
      :valid_min = 10.0f; // float
      :valid_max = 70.0f; // float
      :C_format = "%8.2f";
      :FORTRAN_format = "F8.2";
      :resolution = 0.01f; // float

    char C1PHASE_DOXY_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float C2PHASE_DOXY(N_MEASUREMENT=10142);
      :long_name = "Uncalibrated phase shift reported by oxygen sensor";
      :_FillValue = 99999.0f; // float
      :units = "degree";
      :valid_min = 0.0f; // float
      :valid_max = 15.0f; // float
      :C_format = "%8.2f";
      :FORTRAN_format = "F8.2";
      :resolution = 0.01f; // float

    char C2PHASE_DOXY_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float TEMP_DOXY(N_MEASUREMENT=10142);
      :long_name = "Sea temperature from oxygen sensor ITS-90 scale";
      :standard_name = "temperature_of_sensor_for_oxygen_in_sea_water";
      :_FillValue = 99999.0f; // float
      :units = "degree_Celsius";
      :valid_min = -2.0f; // float
      :valid_max = 40.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char TEMP_DOXY_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float DOXY(N_MEASUREMENT=10142);
      :long_name = "Dissolved oxygen";
      :standard_name = "moles_of_oxygen_per_unit_mass_in_sea_water";
      :_FillValue = 99999.0f; // float
      :units = "micromole/kg";
      :valid_min = -5.0f; // float
      :valid_max = 600.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char DOXY_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float DOXY_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Dissolved oxygen";
      :standard_name = "moles_of_oxygen_per_unit_mass_in_sea_water";
      :_FillValue = 99999.0f; // float
      :units = "micromole/kg";
      :valid_min = -5.0f; // float
      :valid_max = 600.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char DOXY_ADJUSTED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float DOXY_ADJUSTED_ERROR(N_MEASUREMENT=10142);
      :long_name = "Contains the error on the adjusted values as determined by the delayed mode QC process";
      :_FillValue = 99999.0f; // float
      :units = "micromole/kg";
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    float FLUORESCENCE_CHLA(N_MEASUREMENT=10142);
      :long_name = "Chlorophyll-A signal from fluorescence sensor";
      :_FillValue = 99999.0f; // float
      :units = "count";
      :C_format = "%.1f";
      :FORTRAN_format = "F.1";
      :resolution = 0.1f; // float

    char FLUORESCENCE_CHLA_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float BETA_BACKSCATTERING700(N_MEASUREMENT=10142);
      :long_name = "Total angle specific volume from backscattering sensor at 700 nanometers";
      :_FillValue = 99999.0f; // float
      :units = "count";
      :C_format = "%.1f";
      :FORTRAN_format = "F.1";
      :resolution = 0.1f; // float

    char BETA_BACKSCATTERING700_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float CHLA(N_MEASUREMENT=10142);
      :long_name = "Chlorophyll-A";
      :standard_name = "mass_concentration_of_chlorophyll_a_in_sea_water";
      :_FillValue = 99999.0f; // float
      :units = "mg/m3";
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 0.025f; // float

    char CHLA_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float CHLA_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Chlorophyll-A";
      :standard_name = "mass_concentration_of_chlorophyll_a_in_sea_water";
      :_FillValue = 99999.0f; // float
      :units = "mg/m3";
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 0.025f; // float

    char CHLA_ADJUSTED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float CHLA_ADJUSTED_ERROR(N_MEASUREMENT=10142);
      :long_name = "Contains the error on the adjusted values as determined by the delayed mode QC process";
      :_FillValue = 99999.0f; // float
      :units = "mg/m3";
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 0.025f; // float

    float CHLA_FLUORESCENCE(N_MEASUREMENT=10142);
      :long_name = "Chlorophyll fluorescence with factory calibration";
      :_FillValue = 99999.0f; // float
      :units = "ru";
      :valid_min = -0.2f; // float
      :valid_max = 100.0f; // float
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 0.025f; // float

    char CHLA_FLUORESCENCE_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float CHLA_FLUORESCENCE_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Chlorophyll fluorescence with factory calibration";
      :_FillValue = 99999.0f; // float
      :units = "ru";
      :valid_min = -0.2f; // float
      :valid_max = 100.0f; // float
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 0.025f; // float

    char CHLA_FLUORESCENCE_ADJUSTED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float CHLA_FLUORESCENCE_ADJUSTED_ERROR(N_MEASUREMENT=10142);
      :long_name = "Contains the error on the adjusted values as determined by the delayed mode QC process";
      :_FillValue = 99999.0f; // float
      :units = "ru";
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 0.025f; // float

    float BBP700(N_MEASUREMENT=10142);
      :long_name = "Particle backscattering at 700 nanometers";
      :_FillValue = 99999.0f; // float
      :units = "m-1";
      :C_format = "%.7f";
      :FORTRAN_format = "F.7";
      :resolution = 1.0E-7f; // float

    char BBP700_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float BBP700_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Particle backscattering at 700 nanometers";
      :_FillValue = 99999.0f; // float
      :units = "m-1";
      :C_format = "%.7f";
      :FORTRAN_format = "F.7";
      :resolution = 1.0E-7f; // float

    char BBP700_ADJUSTED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float BBP700_ADJUSTED_ERROR(N_MEASUREMENT=10142);
      :long_name = "Contains the error on the adjusted values as determined by the delayed mode QC process";
      :_FillValue = 99999.0f; // float
      :units = "m-1";
      :C_format = "%.7f";
      :FORTRAN_format = "F.7";
      :resolution = 1.0E-7f; // float

    float TEMP(N_MEASUREMENT=10142);
      :long_name = "Sea temperature in-situ ITS-90 scale";
      :standard_name = "sea_water_temperature";
      :_FillValue = 99999.0f; // float
      :units = "degree_Celsius";
      :valid_min = -2.5f; // float
      :valid_max = 40.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char TEMP_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float TEMP_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Sea temperature in-situ ITS-90 scale";
      :standard_name = "sea_water_temperature";
      :_FillValue = 99999.0f; // float
      :units = "degree_Celsius";
      :valid_min = -2.5f; // float
      :valid_max = 40.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char TEMP_ADJUSTED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float TEMP_ADJUSTED_ERROR(N_MEASUREMENT=10142);
      :long_name = "Contains the error on the adjusted values as determined by the delayed mode QC process";
      :_FillValue = 99999.0f; // float
      :units = "degree_Celsius";
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    float PSAL(N_MEASUREMENT=10142);
      :long_name = "Practical salinity";
      :standard_name = "sea_water_salinity";
      :_FillValue = 99999.0f; // float
      :units = "psu";
      :valid_min = 2.0f; // float
      :valid_max = 41.0f; // float
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 1.0E-4f; // float

    char PSAL_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PSAL_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Practical salinity";
      :standard_name = "sea_water_salinity";
      :_FillValue = 99999.0f; // float
      :units = "psu";
      :valid_min = 2.0f; // float
      :valid_max = 41.0f; // float
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 1.0E-4f; // float

    char PSAL_ADJUSTED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PSAL_ADJUSTED_ERROR(N_MEASUREMENT=10142);
      :long_name = "Contains the error on the adjusted values as determined by the delayed mode QC process";
      :_FillValue = 99999.0f; // float
      :units = "psu";
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 1.0E-4f; // float

    float C1PHASE_DOXY_STD(N_MEASUREMENT=10142);
      :long_name = "Standard deviation of uncalibrated phase shift reported by oxygen sensor";
      :_FillValue = 99999.0f; // float
      :units = "degree";
      :valid_min = 10.0f; // float
      :valid_max = 70.0f; // float
      :C_format = "%8.2f";
      :FORTRAN_format = "F8.2";
      :resolution = 0.01f; // float

    char C1PHASE_DOXY_STD_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float C2PHASE_DOXY_STD(N_MEASUREMENT=10142);
      :long_name = "Standard deviation of uncalibrated phase shift reported by oxygen sensor";
      :_FillValue = 99999.0f; // float
      :units = "degree";
      :valid_min = 0.0f; // float
      :valid_max = 15.0f; // float
      :C_format = "%8.2f";
      :FORTRAN_format = "F8.2";
      :resolution = 0.01f; // float

    char C2PHASE_DOXY_STD_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float TEMP_DOXY_STD(N_MEASUREMENT=10142);
      :long_name = "Standard deviation of sea temperature from oxygen sensor ITS-90 scale";
      :_FillValue = 99999.0f; // float
      :units = "degree_Celsius";
      :valid_min = -2.0f; // float
      :valid_max = 40.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char TEMP_DOXY_STD_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float C1PHASE_DOXY_MED(N_MEASUREMENT=10142);
      :long_name = "Median value of uncalibrated phase shift reported by oxygen sensor";
      :_FillValue = 99999.0f; // float
      :units = "degree";
      :valid_min = 10.0f; // float
      :valid_max = 70.0f; // float
      :C_format = "%8.2f";
      :FORTRAN_format = "F8.2";
      :resolution = 0.01f; // float

    char C1PHASE_DOXY_MED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float C2PHASE_DOXY_MED(N_MEASUREMENT=10142);
      :long_name = "Median value of uncalibrated phase shift reported by oxygen sensor";
      :_FillValue = 99999.0f; // float
      :units = "degree";
      :valid_min = 0.0f; // float
      :valid_max = 15.0f; // float
      :C_format = "%8.2f";
      :FORTRAN_format = "F8.2";
      :resolution = 0.01f; // float

    char C2PHASE_DOXY_MED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float TEMP_DOXY_MED(N_MEASUREMENT=10142);
      :long_name = "Median value of sea temperature from oxygen sensor ITS-90 scale";
      :_FillValue = 99999.0f; // float
      :units = "degree_Celsius";
      :valid_min = -2.0f; // float
      :valid_max = 40.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char TEMP_DOXY_MED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float FLUORESCENCE_CHLA_STD(N_MEASUREMENT=10142);
      :long_name = "Standard deviation of chlorophyll-A signal from fluorescence sensor";
      :_FillValue = 99999.0f; // float
      :units = "count";
      :C_format = "%.1f";
      :FORTRAN_format = "F.1";
      :resolution = 0.1f; // float

    char FLUORESCENCE_CHLA_STD_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float BETA_BACKSCATTERING700_STD(N_MEASUREMENT=10142);
      :long_name = "Standard deviation of total angle specific volume from backscattering sensor at 700 nanometers";
      :_FillValue = 99999.0f; // float
      :units = "count";
      :C_format = "%.1f";
      :FORTRAN_format = "F.1";
      :resolution = 0.1f; // float

    char BETA_BACKSCATTERING700_STD_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float FLUORESCENCE_CHLA_MED(N_MEASUREMENT=10142);
      :long_name = "Median value of chlorophyll-A signal from fluorescence sensor";
      :_FillValue = 99999.0f; // float
      :units = "count";
      :C_format = "%.1f";
      :FORTRAN_format = "F.1";
      :resolution = 0.1f; // float

    char FLUORESCENCE_CHLA_MED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float BETA_BACKSCATTERING700_MED(N_MEASUREMENT=10142);
      :long_name = "Median value of total angle specific volume from backscattering sensor at 700 nanometers";
      :_FillValue = 99999.0f; // float
      :units = "count";
      :C_format = "%.1f";
      :FORTRAN_format = "F.1";
      :resolution = 0.1f; // float

    char BETA_BACKSCATTERING700_MED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float TEMP_STD(N_MEASUREMENT=10142);
      :long_name = "Standard deviation of sea temperature in-situ ITS-90 scale";
      :_FillValue = 99999.0f; // float
      :units = "degree_Celsius";
      :valid_min = -2.5f; // float
      :valid_max = 40.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char TEMP_STD_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PSAL_STD(N_MEASUREMENT=10142);
      :long_name = "Standard deviation of practical salinity";
      :_FillValue = 99999.0f; // float
      :units = "psu";
      :valid_min = 2.0f; // float
      :valid_max = 41.0f; // float
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 1.0E-4f; // float

    char PSAL_STD_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PRES_MED(N_MEASUREMENT=10142);
      :long_name = "Median value of sea water pressure, equals 0 at sea-level";
      :_FillValue = 99999.0f; // float
      :units = "decibar";
      :valid_min = 0.0f; // float
      :valid_max = 12000.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char PRES_MED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float TEMP_MED(N_MEASUREMENT=10142);
      :long_name = "Median value of sea temperature in-situ ITS-90 scale";
      :_FillValue = 99999.0f; // float
      :units = "degree_Celsius";
      :valid_min = -2.5f; // float
      :valid_max = 40.0f; // float
      :C_format = "%.3f";
      :FORTRAN_format = "F.3";
      :resolution = 0.001f; // float

    char TEMP_MED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PSAL_MED(N_MEASUREMENT=10142);
      :long_name = "Median value of practical salinity";
      :_FillValue = 99999.0f; // float
      :units = "psu";
      :valid_min = 2.0f; // float
      :valid_max = 41.0f; // float
      :C_format = "%.4f";
      :FORTRAN_format = "F.4";
      :resolution = 1.0E-4f; // float

    char PSAL_MED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PPOX_DOXY(N_MEASUREMENT=10142);
      :long_name = "Partial pressure of oxygen";
      :_FillValue = 99999.0f; // float
      :units = "millibar";
      :valid_min = -5.0f; // float
      :valid_max = 5000.0f; // float
      :C_format = "%8.2f";
      :FORTRAN_format = "F8.2";
      :resolution = 0.01f; // float

    char PPOX_DOXY_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PPOX_DOXY_ADJUSTED(N_MEASUREMENT=10142);
      :long_name = "Partial pressure of oxygen";
      :_FillValue = 99999.0f; // float
      :units = "millibar";
      :valid_min = -5.0f; // float
      :valid_max = 5000.0f; // float
      :C_format = "%8.2f";
      :FORTRAN_format = "F8.2";
      :resolution = 0.01f; // float

    char PPOX_DOXY_ADJUSTED_QC(N_MEASUREMENT=10142);
      :long_name = "quality flag";
      :conventions = "Argo reference table 2";
      :_FillValue = " ";

    float PPOX_DOXY_ADJUSTED_ERROR(N_MEASUREMENT=10142);
      :long_name = "Contains the error on the adjusted values as determined by the delayed mode QC process";
      :_FillValue = 99999.0f; // float
      :units = "millibar";
      :C_format = "%8.2f";
      :FORTRAN_format = "F8.2";
      :resolution = 0.01f; // float

    double JULD_DESCENT_START(N_CYCLE=95);
      :long_name = "Descent start date of the cycle";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_DESCENT_START_STATUS(N_CYCLE=95);
      :long_name = "Status of descent start date of the cycle";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_FIRST_STABILIZATION(N_CYCLE=95);
      :long_name = "Time when a float first becomes water-neutral";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_FIRST_STABILIZATION_STATUS(N_CYCLE=95);
      :long_name = "Status of time when a float first becomes water-neutral";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_DESCENT_END(N_CYCLE=95);
      :long_name = "Descent end date of the cycle";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_DESCENT_END_STATUS(N_CYCLE=95);
      :long_name = "Status of descent end date of the cycle";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_PARK_START(N_CYCLE=95);
      :long_name = "Drift start date of the cycle";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_PARK_START_STATUS(N_CYCLE=95);
      :long_name = "Status of drift start date of the cycle";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_PARK_END(N_CYCLE=95);
      :long_name = "Drift end date of the cycle";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_PARK_END_STATUS(N_CYCLE=95);
      :long_name = "Status of drift end date of the cycle";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_DEEP_DESCENT_END(N_CYCLE=95);
      :long_name = "Deep descent end date of the cycle";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_DEEP_DESCENT_END_STATUS(N_CYCLE=95);
      :long_name = "Status of deep descent end date of the cycle";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_DEEP_PARK_START(N_CYCLE=95);
      :long_name = "Deep park start date of the cycle";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_DEEP_PARK_START_STATUS(N_CYCLE=95);
      :long_name = "Status of deep park start date of the cycle";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_ASCENT_START(N_CYCLE=95);
      :long_name = "Start date of the ascent to the surface";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_ASCENT_START_STATUS(N_CYCLE=95);
      :long_name = "Status of start date of the ascent to the surface";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_DEEP_ASCENT_START(N_CYCLE=95);
      :long_name = "Deep ascent start date of the cycle";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_DEEP_ASCENT_START_STATUS(N_CYCLE=95);
      :long_name = "Status of deep ascent start date of the cycle";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_ASCENT_END(N_CYCLE=95);
      :long_name = "End date of ascent to the surface";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_ASCENT_END_STATUS(N_CYCLE=95);
      :long_name = "Status of end date of ascent to the surface";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_TRANSMISSION_START(N_CYCLE=95);
      :long_name = "Start date of transmission";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_TRANSMISSION_START_STATUS(N_CYCLE=95);
      :long_name = "Status of start date of transmission";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_FIRST_MESSAGE(N_CYCLE=95);
      :long_name = "Date of earliest float message received";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 1.1574074074074073E-5; // double
      :_FillValue = 999999.0; // double

    char JULD_FIRST_MESSAGE_STATUS(N_CYCLE=95);
      :long_name = "Status of date of earliest float message received";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_FIRST_LOCATION(N_CYCLE=95);
      :long_name = "Date of earliest location";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 1.1574074074074073E-5; // double
      :_FillValue = 999999.0; // double

    char JULD_FIRST_LOCATION_STATUS(N_CYCLE=95);
      :long_name = "Status of date of earliest location";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_LAST_LOCATION(N_CYCLE=95);
      :long_name = "Date of latest location";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 1.1574074074074073E-5; // double
      :_FillValue = 999999.0; // double

    char JULD_LAST_LOCATION_STATUS(N_CYCLE=95);
      :long_name = "Status of date of latest location";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_LAST_MESSAGE(N_CYCLE=95);
      :long_name = "Date of latest float message received";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 1.1574074074074073E-5; // double
      :_FillValue = 999999.0; // double

    char JULD_LAST_MESSAGE_STATUS(N_CYCLE=95);
      :long_name = "Status of date of latest float message received";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double JULD_TRANSMISSION_END(N_CYCLE=95);
      :long_name = "Transmission end date";
      :standard_name = "time";
      :units = "days since 1950-01-01 00:00:00 UTC";
      :conventions = "Relative julian days with decimal part (as parts of day)";
      :resolution = 6.944444444444445E-4; // double
      :_FillValue = 999999.0; // double

    char JULD_TRANSMISSION_END_STATUS(N_CYCLE=95);
      :long_name = "Status of transmission end date";
      :conventions = "Argo reference table 19";
      :_FillValue = " ";

    double CLOCK_OFFSET(N_CYCLE=95);
      :long_name = "Time of float clock drift";
      :units = "days";
      :conventions = "Days with decimal part (as parts of day)";
      :_FillValue = 999999.0; // double

    char GROUNDED(N_CYCLE=95);
      :long_name = "Did the profiler touch the ground for that cycle?";
      :conventions = "Argo reference table 20";
      :_FillValue = " ";

    float REPRESENTATIVE_PARK_PRESSURE(N_CYCLE=95);
      :long_name = "Best pressure value during park phase";
      :units = "decibar";
      :_FillValue = 99999.0f; // float

    char REPRESENTATIVE_PARK_PRESSURE_STATUS(N_CYCLE=95);
      :long_name = "Status of best pressure value during park phase";
      :conventions = "Argo reference table 21";
      :_FillValue = " ";

    int CONFIG_MISSION_NUMBER(N_CYCLE=95);
      :long_name = "Unique number denoting the missions performed by the float";
      :conventions = "1...N, 1 : first complete mission";
      :_FillValue = 99999; // int

    int CYCLE_NUMBER_INDEX(N_CYCLE=95);
      :long_name = "Cycle number that corresponds to the current index";
      :conventions = "0...N, 0 : launch cycle, 1 : first complete cycle";
      :_FillValue = 99999; // int

    int CYCLE_NUMBER_INDEX_ADJUSTED(N_CYCLE=95);
      :long_name = "Adjusted cycle number that corresponds to the current index";
      :conventions = "0...N, 0 : launch cycle, 1 : first complete cycle";
      :_FillValue = 99999; // int

    char DATA_MODE(N_CYCLE=95);
      :long_name = "Delayed mode or real time data";
      :conventions = "R : real time; D : delayed mode; A : real time with adjustment";
      :_FillValue = " ";

    char SCIENTIFIC_CALIB_PARAMETER(N_CALIB_PARAM=1, N_PARAM=28, STRING64=64);
      :long_name = "List of parameters with calibration information";
      :conventions = "Argo reference table 3";
      :_FillValue = " ";

    char SCIENTIFIC_CALIB_EQUATION(N_CALIB_PARAM=1, N_PARAM=28, STRING256=256);
      :long_name = "Calibration equation for this parameter";
      :_FillValue = " ";

    char SCIENTIFIC_CALIB_COEFFICIENT(N_CALIB_PARAM=1, N_PARAM=28, STRING256=256);
      :long_name = "Calibration coefficients for this equation";
      :_FillValue = " ";

    char SCIENTIFIC_CALIB_COMMENT(N_CALIB_PARAM=1, N_PARAM=28, STRING256=256);
      :long_name = "Comment applying to this parameter calibration";
      :_FillValue = " ";

    char SCIENTIFIC_CALIB_DATE(N_CALIB_PARAM=1, N_PARAM=28, DATE_TIME=14);
      :long_name = "Date of calibration";
      :conventions = "YYYYMMDDHHMISS";
      :_FillValue = " ";

    char JULD_CALIB_EQUATION(N_CALIB_JULD=1, STRING256=256);
      :long_name = "Calibration equation for JULD";
      :_FillValue = " ";

    char JULD_CALIB_COEFFICIENT(N_CALIB_JULD=1, STRING256=256);
      :long_name = "Calibration coefficients for JULD equation";
      :_FillValue = " ";

    char JULD_CALIB_COMMENT(N_CALIB_JULD=1, STRING256=256);
      :long_name = "Comment applying to JULD calibration";
      :_FillValue = " ";

    char JULD_CALIB_DATE(N_CALIB_JULD=1, DATE_TIME=14);
      :long_name = "Date of JULD calibration";
      :conventions = "YYYYMMDDHHMISS";
      :_FillValue = " ";

    char HISTORY_INSTITUTION(N_HISTORY=275, STRING4=4);
      :long_name = "Institution which performed action";
      :conventions = "Argo reference table 4";
      :_FillValue = " ";

    char HISTORY_STEP(N_HISTORY=275, STRING4=4);
      :long_name = "Step in data processing";
      :conventions = "Argo reference table 12";
      :_FillValue = " ";

    char HISTORY_SOFTWARE(N_HISTORY=275, STRING4=4);
      :long_name = "Name of software which performed action";
      :conventions = "Institution dependent";
      :_FillValue = " ";

    char HISTORY_SOFTWARE_RELEASE(N_HISTORY=275, STRING4=4);
      :long_name = "Version/release of software which performed action";
      :conventions = "Institution dependent";
      :_FillValue = " ";

    char HISTORY_REFERENCE(N_HISTORY=275, STRING64=64);
      :long_name = "Reference of database";
      :conventions = "Institution dependent";
      :_FillValue = " ";

    char HISTORY_DATE(N_HISTORY=275, DATE_TIME=14);
      :long_name = "Date the history record was created";
      :conventions = "YYYYMMDDHHMISS";
      :_FillValue = " ";

    char HISTORY_ACTION(N_HISTORY=275, STRING4=4);
      :long_name = "Action performed on data";
      :conventions = "Argo reference table 7";
      :_FillValue = " ";

    char HISTORY_PARAMETER(N_HISTORY=275, STRING64=64);
      :long_name = "Parameter action is performed on";
      :conventions = "Argo reference table 3";
      :_FillValue = " ";

    float HISTORY_PREVIOUS_VALUE(N_HISTORY=275);
      :long_name = "Parameter/Flag previous value before action";
      :_FillValue = 99999.0f; // float

    char HISTORY_INDEX_DIMENSION(N_HISTORY=275);
      :long_name = "Name of dimension to which HISTORY_START_INDEX and HISTORY_STOP_INDEX correspond";
      :conventions = "C: N_CYCLE, M: N_MEASUREMENT";
      :_FillValue = " ";

    int HISTORY_START_INDEX(N_HISTORY=275);
      :long_name = "Start index action applied on";
      :_FillValue = 99999; // int

    int HISTORY_STOP_INDEX(N_HISTORY=275);
      :long_name = "Stop index action applied on";
      :_FillValue = 99999; // int

    char HISTORY_QCTEST(N_HISTORY=275, STRING16=16);
      :long_name = "Documentation of tests performed, tests failed (in hex form)";
      :conventions = "Write tests performed when ACTION=QCP$; tests failed when ACTION=QCF$";
      :_FillValue = " ";

  // global attributes:
  :title = "Argo float trajectory file";
  :institution = "INCOIS";
  :source = "Argo float";
  :history = "2024-04-17T14:08:31Z creation; 2026-08-18T15:01:48Z last update (coriolis COQC software)";
  :references = "http://www.argodatamgt.org/Documentation";
  :user_manual_version = "3.4";
  :Conventions = "Argo-3.2 CF-1.6";
  :featureType = "trajectory";
  :decoder_version = "CODA_085i";
  :id = "https://doi.org/10.17882/42182";
  :comment_on_resolution = "JULD and PRES variable resolutions depend on measurement codes";
  :comment_on_measurement_code = "Meaning of some specific measurement codes for this float: 89: cycle start time, 189: buoyancy action during descent to park pressure, 190: descending profile dated levels, 198: max pressure sampled during descent to park pressure, 203: descending profile deepest level, 289: buoyancy action during drift at park pressure, 297: min pressure sampled during drift at park pressure, 298: max pressure sampled during drift at park pressure, 301: representative park measurement, 389: buoyancy action during descent to profile pressure, 398: max pressure sampled during descent to profile pressure, 489: buoyancy action during drift at profile pressure, 497: min pressure sampled during drift at profile pressure, 498: max pressure sampled during drift at profile pressure, 503: ascending profile deepest level, 589: buoyancy action during ascending profile, 590: ascending profile dated levels, 599: last pumped CTD raw measurement sampled during ascending profile, 901: grounded information";
}