HDF4 file: 1400 data descriptors
library version = "HDF Version 4.2 Release 5, February 17, 2010"
vgroup "/data/pay/REM/NDACC/H2O/data_hdf/groundbased_lidar.h2o_mch001_hires.5.0_payerne_20170824t192746z_20170825t034247z_002.hdf" class "CDF0.0"
	vgroup "fakeDim0" class "Dim0.0"
		vdata "fakeDim0" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim1" class "Dim0.0"
		vdata "fakeDim1" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim2" class "Dim0.0"
		vdata "fakeDim2" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim3" class "Dim0.0"
		vdata "fakeDim3" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim4" class "Dim0.0"
		vdata "fakeDim4" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim5" class "Dim0.0"
		vdata "fakeDim5" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim6" class "Dim0.0"
		vdata "fakeDim6" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim7" class "Dim0.0"
		vdata "fakeDim7" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim8" class "Dim0.0"
		vdata "fakeDim8" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim9" class "Dim0.0"
		vdata "fakeDim9" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim10" class "Dim0.0"
		vdata "fakeDim10" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim11" class "Dim0.0"
		vdata "fakeDim11" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim12" class "Dim0.0"
		vdata "fakeDim12" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim13" class "Dim0.0"
		vdata "fakeDim13" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim14" class "Dim0.0"
		vdata "fakeDim14" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim15" class "Dim0.0"
		vdata "fakeDim15" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim16" class "Dim0.0"
		vdata "fakeDim16" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim17" class "Dim0.0"
		vdata "fakeDim17" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim18" class "Dim0.0"
		vdata "fakeDim18" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim19" class "Dim0.0"
		vdata "fakeDim19" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim20" class "Dim0.0"
		vdata "fakeDim20" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim21" class "Dim0.0"
		vdata "fakeDim21" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim22" class "Dim0.0"
		vdata "fakeDim22" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim23" class "Dim0.0"
		vdata "fakeDim23" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim24" class "Dim0.0"
		vdata "fakeDim24" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim25" class "Dim0.0"
		vdata "fakeDim25" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim26" class "Dim0.0"
		vdata "fakeDim26" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim27" class "Dim0.0"
		vdata "fakeDim27" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim28" class "Dim0.0"
		vdata "fakeDim28" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim29" class "Dim0.0"
		vdata "fakeDim29" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim30" class "Dim0.0"
		vdata "fakeDim30" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim31" class "Dim0.0"
		vdata "fakeDim31" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim32" class "Dim0.0"
		vdata "fakeDim32" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim33" class "Dim0.0"
		vdata "fakeDim33" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim34" class "Dim0.0"
		vdata "fakeDim34" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim35" class "Dim0.0"
		vdata "fakeDim35" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim36" class "Dim0.0"
		vdata "fakeDim36" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim37" class "Dim0.0"
		vdata "fakeDim37" class "DimVal0.1": fields Values; 1 records
	vgroup "fakeDim38" class "Dim0.0"
		vdata "fakeDim38" class "DimVal0.1": fields Values; 1 records
	vgroup "LATITUDE.INSTRUMENT" class "Var0.0"
		attribute VAR_NAME = "LATITUDE.INSTRUMENT"
		attribute VAR_DESCRIPTION = "instrument geolocation (+ for north; - for south) "
		attribute VAR_NOTES = "Degrees of Laitude North"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "deg"
		attribute VAR_SI_CONVERSION = "0.0;1.74533E-2;rad"
		attribute VAR_VALID_MIN = -90.0
		attribute VAR_VALID_MAX = 90.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "LONGITUDE.INSTRUMENT" class "Var0.0"
		attribute VAR_NAME = "LONGITUDE.INSTRUMENT"
		attribute VAR_DESCRIPTION = "instrument geolocation (+ for east; - for west) "
		attribute VAR_NOTES = "Degrees of Longitude East"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "deg"
		attribute VAR_SI_CONVERSION = "0.0;1.74533E-2;rad"
		attribute VAR_VALID_MIN = -180.0
		attribute VAR_VALID_MAX = 180.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "ALTITUDE.INSTRUMENT" class "Var0.0"
		attribute VAR_NAME = "ALTITUDE.INSTRUMENT"
		attribute VAR_DESCRIPTION = "Instrument altitude above sea level (m)"
		attribute VAR_NOTES = "Meters abobe sea level"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "m"
		attribute VAR_SI_CONVERSION = "0.0;1.0;m"
		attribute VAR_VALID_MIN = -300.0
		attribute VAR_VALID_MAX = 20000.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "DATETIME" class "Var0.0"
		attribute VAR_NAME = "DATETIME"
		attribute VAR_DESCRIPTION = "weighted datetime of lidar measurement (MJD2000)"
		attribute VAR_NOTES = "central time"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "DATETIME"
		attribute VAR_DATA_TYPE = "DOUBLE"
		attribute VAR_UNITS = "MJD2K"
		attribute VAR_SI_CONVERSION = "0.0;86400.0;s"
		attribute VAR_VALID_MIN = 6445.982824074104
		attribute VAR_VALID_MAX = 6445.982824074104
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "DATETIME.START" class "Var0.0"
		attribute VAR_NAME = "DATETIME.START"
		attribute VAR_DESCRIPTION = "Start date and time of measurement (MJD2000)."
		attribute VAR_NOTES = "start time"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "DATETIME"
		attribute VAR_DATA_TYPE = "DOUBLE"
		attribute VAR_UNITS = "MJD2K"
		attribute VAR_SI_CONVERSION = "0.0;86400.0;s"
		attribute VAR_VALID_MIN = 6445.810949074104
		attribute VAR_VALID_MAX = 6445.810949074104
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "DATETIME.STOP" class "Var0.0"
		attribute VAR_NAME = "DATETIME.STOP"
		attribute VAR_DESCRIPTION = "Start date and time of measurement (MJD2000)."
		attribute VAR_NOTES = "end time"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "DATETIME"
		attribute VAR_DATA_TYPE = "DOUBLE"
		attribute VAR_UNITS = "MJD2K"
		attribute VAR_SI_CONVERSION = "0.0;86400.0;s"
		attribute VAR_VALID_MIN = 6446.154710648116
		attribute VAR_VALID_MAX = 6446.154710648116
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "INTEGRATION.TIME" class "Var0.0"
		attribute VAR_NAME = "INTEGRATION.TIME"
		attribute VAR_DESCRIPTION = "Effective integration time of measurement (hours)"
		attribute VAR_NOTES = "end time"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "DATETIME"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "h"
		attribute VAR_SI_CONVERSION = "0.0;3600.0;s"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 24.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "ALTITUDE" class "Var0.0"
		attribute VAR_NAME = "ALTITUDE"
		attribute VAR_DESCRIPTION = "Altitude above sea level (m)"
		attribute VAR_NOTES = "altitude points at same start/end time in m a.s.l."
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "m"
		attribute VAR_SI_CONVERSION = "0.0;1.0;m"
		attribute VAR_VALID_MIN = -300.0
		attribute VAR_VALID_MAX = 120000.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER"
		attribute VAR_DESCRIPTION = "Water vapor volume mixing ratio (ppmv)"
		attribute VAR_NOTES = "WVMR"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "ppmv"
		attribute VAR_SI_CONVERSION = "0.0;1.0E-6;1"
		attribute VAR_VALID_MIN = -111.761116
		attribute VAR_VALID_MAX = 20484.832
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.COMBINED.STANDARD" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.COMBINED.STANDARD"
		attribute VAR_DESCRIPTION = "Combined uncertainty (random + systematic) (ppmv)"
		attribute VAR_NOTES = "total wv uncertainty"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "ppmv"
		attribute VAR_SI_CONVERSION = "0.0;1.0E-6;1"
		attribute VAR_VALID_MIN = 252.976257
		attribute VAR_VALID_MAX = 19410.6836
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.RANDOM.STANDARD" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.RANDOM.STANDARD"
		attribute VAR_DESCRIPTION = "Random uncertainty (ppmv). Obtained dividing the combined uncertainty by the calibration factor."
		attribute VAR_NOTES = "random wv uncertainty"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "ppmv"
		attribute VAR_SI_CONVERSION = "0.0;1.0E-6;1"
		attribute VAR_VALID_MIN = 92.199379
		attribute VAR_VALID_MAX = 19249.9062
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.SYSTEMATIC.STANDARD" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.SYSTEMATIC.STANDARD"
		attribute VAR_DESCRIPTION = "Systematic uncertainty (ppmv). Equal to the constant deadtime contribution of 0.1 g/kg."
		attribute VAR_NOTES = "systematic wv uncertainty"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "ppmv"
		attribute VAR_SI_CONVERSION = "0.0;1.0E-6;1"
		attribute VAR_VALID_MIN = 160.776871
		attribute VAR_VALID_MAX = 160.776871
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM"
		attribute VAR_DESCRIPTION = "Vertical resolution: Full-width at half-maximum (FWHM) of impulse response (NDACC-standardized defintion)"
		attribute VAR_NOTES = "NDACC-standardized vertical resolution"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "m"
		attribute VAR_SI_CONVERSION = "0.0;1.0;m"
		attribute VAR_VALID_MIN = 55.6845093
		attribute VAR_VALID_MAX = 242.350418
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "HUMIDITY.RELATIVE_DERIVED" class "Var0.0"
		attribute VAR_NAME = "HUMIDITY.RELATIVE_DERIVED"
		attribute VAR_DESCRIPTION = "Derived relative humidity with respect to water (T and p from radiosounding)"
		attribute VAR_NOTES = "relative humidity with respect to water"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "%"
		attribute VAR_SI_CONVERSION = "0.0;0.01;1"
		attribute VAR_VALID_MIN = -22.1762486
		attribute VAR_VALID_MAX = 386.095459
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.COMBINED.STANDARD" class "Var0.0"
		attribute VAR_NAME = "HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.COMBINED.STANDARD"
		attribute VAR_DESCRIPTION = "Combined uncertainty. Calculated assuming errorless T and p from radiosounding"
		attribute VAR_NOTES = "absolute RH uncertainty"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "%"
		attribute VAR_SI_CONVERSION = "0.0;0.01;1"
		attribute VAR_VALID_MIN = 1787448.5
		attribute VAR_VALID_MAX = 40796920.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.RANDOM.STANDARD" class "Var0.0"
		attribute VAR_NAME = "HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.RANDOM.STANDARD"
		attribute VAR_DESCRIPTION = "Random uncertainty (%). Based on statistical dataset validated by Navas-Guzman et al. 2019 (https://doi.org/10.5194/acp-19-11651-2019)."
		attribute VAR_NOTES = "random RH uncertainty"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "%"
		attribute VAR_SI_CONVERSION = "0.0;0.01;1"
		attribute VAR_VALID_MIN = 4.42155552
		attribute VAR_VALID_MAX = 16.129715
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.SYSTEMATIC.STANDARD" class "Var0.0"
		attribute VAR_NAME = "HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.SYSTEMATIC.STANDARD"
		attribute VAR_DESCRIPTION = "Systematic uncertainty (%). Based on statistical dataset validated by Navas-Guzman et al. 2019 (https://doi.org/10.5194/acp-19-11651-2019)."
		attribute VAR_NOTES = "systematic RH uncertainty"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "%"
		attribute VAR_SI_CONVERSION = "0.0;0.01;1"
		attribute VAR_VALID_MIN = -8.77325153
		attribute VAR_VALID_MAX = 6.28587103
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "PRESSURE_INDEPENDENT" class "Var0.0"
		attribute VAR_NAME = "PRESSURE_INDEPENDENT"
		attribute VAR_DESCRIPTION = "Pressure profile from radiosounding used to derive mixing ratio"
		attribute VAR_NOTES = "RS GPS-derived (SRS-C50) pressure profile"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "hPa"
		attribute VAR_SI_CONVERSION = "0.0;1.0E2;kg m-1 s-2"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 1200.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "TEMPERATURE_INDEPENDENT" class "Var0.0"
		attribute VAR_NAME = "TEMPERATURE_INDEPENDENT"
		attribute VAR_DESCRIPTION = "Temperature profile from radiosounding used to derive mixing ratio"
		attribute VAR_NOTES = "RS-derived (SRS-C50) temperature profile"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "K"
		attribute VAR_SI_CONVERSION = "0.0;1.0;K"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 1200.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "PRESSURE_INDEPENDENT_SOURCE" class "Var0.0"
		attribute VAR_NAME = "PRESSURE_INDEPENDENT_SOURCE"
		attribute VAR_DESCRIPTION = "Pressure profile source"
		attribute VAR_NOTES = "RS GPS-derived (SRS-C50) pressure profile"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "STRING"
		attribute VAR_UNITS = ""
		attribute VAR_SI_CONVERSION = ""
		attribute VAR_VALID_MIN = ""
		attribute VAR_VALID_MAX = ""
		attribute VAR_FILL_VALUE = ""
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "TEMPERATURE_INDEPENDENT_SOURCE" class "Var0.0"
		attribute VAR_NAME = "TEMPERATURE_INDEPENDENT_SOURCE"
		attribute VAR_DESCRIPTION = "Temperature profile source"
		attribute VAR_NOTES = "RS-derived (SRS-C50) temperature profile"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "STRING"
		attribute VAR_UNITS = ""
		attribute VAR_SI_CONVERSION = ""
		attribute VAR_VALID_MIN = ""
		attribute VAR_VALID_MAX = ""
		attribute VAR_FILL_VALUE = ""
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_INDEPENDENT_CALIBRATION.FACTOR" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_INDEPENDENT_CALIBRATION.FACTOR"
		attribute VAR_DESCRIPTION = "WV calibration constant"
		attribute VAR_NOTES = "RS-derived (SRS-C50) WV calibration factor"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "1"
		attribute VAR_SI_CONVERSION = "0.0;1.0;1"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 1.00000003e+32
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_INDEPENDENT_UNCERTAINTY.CALIBRATION.FACTOR.ORIGINATOR" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_INDEPENDENT_UNCERTAINTY.CALIBRATION.FACTOR.ORIGINATOR"
		attribute VAR_DESCRIPTION = "Calibration factor Uncertainty"
		attribute VAR_NOTES = "uncertainty of RS-derived (SRS-C50) WV calibration factor"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "1"
		attribute VAR_SI_CONVERSION = "0.0;1.0;1"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 1.00000003e+32
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_INDEPENDENT_CALIBRATION.SOURCE" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_INDEPENDENT_CALIBRATION.SOURCE"
		attribute VAR_DESCRIPTION = "Calibration factor source"
		attribute VAR_NOTES = "Sonde (SRS-C50) calibration"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "STRING"
		attribute VAR_UNITS = ""
		attribute VAR_SI_CONVERSION = ""
		attribute VAR_VALID_MIN = ""
		attribute VAR_VALID_MAX = ""
		attribute VAR_FILL_VALUE = ""
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.CUTOFF" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.CUTOFF"
		attribute VAR_DESCRIPTION = "Additional NDACC-lidar-standardized vertical resolution information: Vertical resolution following digital filter cut-off-frequency-based definition (expressed as vertical wavelength)"
		attribute VAR_NOTES = "vertical resolution according to NDACC"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "m"
		attribute VAR_SI_CONVERSION = "0.0;1.0;m"
		attribute VAR_VALID_MIN = 55.6845093
		attribute VAR_VALID_MAX = 242.350418
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.ORIGINATOR" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.ORIGINATOR"
		attribute VAR_DESCRIPTION = "Additional NDACC-lidar-standardized vertical resolution information: Vertical resolution following digital filter cut-off-frequency-based definition (expressed as vertical wavelength)"
		attribute VAR_NOTES = "vertical resolution according to NDACC"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "m"
		attribute VAR_SI_CONVERSION = "0.0;1.0;m"
		attribute VAR_VALID_MIN = 551.0
		attribute VAR_VALID_MAX = 20471.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.ORIGINATOR" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.ORIGINATOR"
		attribute VAR_DESCRIPTION = "in-house calculated uncertainty: combination of detection noise, saturation and background correction uncertainty"
		attribute VAR_NOTES = "total wv uncertainty"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "ppmv"
		attribute VAR_SI_CONVERSION = "0.0;1.0E-6;1"
		attribute VAR_VALID_MIN = 252.976257
		attribute VAR_VALID_MAX = 19410.6836
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.ORIGINATOR" class "Var0.0"
		attribute VAR_NAME = "HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.ORIGINATOR"
		attribute VAR_DESCRIPTION = "Derived from water vapor MR uncertainty (originator)"
		attribute VAR_NOTES = "total RH uncertainty"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "%"
		attribute VAR_SI_CONVERSION = "0.0;0.01;1"
		attribute VAR_VALID_MIN = 1787448.5
		attribute VAR_VALID_MAX = 40796920.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.NORMALIZED.FREQUENCY" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.NORMALIZED.FREQUENCY"
		attribute VAR_DESCRIPTION = "Additional NDACC-lidar-standardized vertical resolution information: Normalized frequencies (in 1/bin) to be used as independent variable for digital filter transfer function (next variable)"
		attribute VAR_NOTES = "Normalized frequencies (in 1/bin)"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.NORMALIZED.FREQUENCY"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "1"
		attribute VAR_SI_CONVERSION = "0.0;1.0;1"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 1.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.TRANSFER.FUNCTION" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.TRANSFER.FUNCTION"
		attribute VAR_DESCRIPTION = "Additional NDACC-lidar-standardized vertical resolution information: Digital filter transfer function as a function of altitude and normalized frequency (2-dimensional)"
		attribute VAR_NOTES = "Digital filter transfer function"
		attribute VAR_SIZE = "665;665"
		attribute VAR_DEPEND = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.NORMALIZED.FREQUENCY;ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "1"
		attribute VAR_SI_CONVERSION = "0.0;1.0;1"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 1.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DISTANCE.FROM.IMPULSE" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DISTANCE.FROM.IMPULSE"
		attribute VAR_DESCRIPTION = "Additional NDACC-lidar-standardized vertical resolution information: Distance (in data bin) from location of impulse to be used as independent variable for impulse response function (next variable)"
		attribute VAR_NOTES = "Distance (in data bin)"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DISTANCE.FROM.IMPULSE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "1"
		attribute VAR_SI_CONVERSION = "0.0;1.0;1"
		attribute VAR_VALID_MIN = -90000.0
		attribute VAR_VALID_MAX = 90000.0
		attribute VAR_FILL_VALUE = -99999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE"
		attribute VAR_DESCRIPTION = "Additional NDACC-lidar-standardized vertical resolution information: Impulse response function(2-dimensional) for eachaltitude bin and as a function of distance from this bin. User needs to shift response function so that peak is at altitude in question."
		attribute VAR_NOTES = "Impulse response function(2-dimensional)"
		attribute VAR_SIZE = "665;665"
		attribute VAR_DEPEND = "H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DISTANCE.FROM.IMPULSE;ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "1"
		attribute VAR_SI_CONVERSION = "0.0;1.0;1"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 150.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_INDEPENDENT" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_INDEPENDENT"
		attribute VAR_DESCRIPTION = "Independent water vapor mixing ratio profile used to calibrate lidar mixing ratio"
		attribute VAR_NOTES = "WVMR by sonde SRS-C50"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "ppmv"
		attribute VAR_SI_CONVERSION = "0.0;1.0E-6;1"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 1000000.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "HUMIDITY.RELATIVE_INDEPENDENT" class "Var0.0"
		attribute VAR_NAME = "HUMIDITY.RELATIVE_INDEPENDENT"
		attribute VAR_DESCRIPTION = "Relative Humidity used to derive independent water vapor mixing ratio"
		attribute VAR_NOTES = "RH by sonde SRS-C50"
		attribute VAR_SIZE = "665"
		attribute VAR_DEPEND = "ALTITUDE"
		attribute VAR_DATA_TYPE = "REAL"
		attribute VAR_UNITS = "%"
		attribute VAR_SI_CONVERSION = "0.0;0.01;1"
		attribute VAR_VALID_MIN = 0.0
		attribute VAR_VALID_MAX = 150.0
		attribute VAR_FILL_VALUE = -9999.0
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "H2O.MIXING.RATIO.VOLUME_INDEPENDENT_SOURCE" class "Var0.0"
		attribute VAR_NAME = "H2O.MIXING.RATIO.VOLUME_INDEPENDENT_SOURCE"
		attribute VAR_DESCRIPTION = "Independent source of derived water vapor mixing ratio"
		attribute VAR_NOTES = "WVMR by sonde (SRS-C50)"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "STRING"
		attribute VAR_UNITS = ""
		attribute VAR_SI_CONVERSION = ""
		attribute VAR_VALID_MIN = ""
		attribute VAR_VALID_MAX = ""
		attribute VAR_FILL_VALUE = ""
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "HUMIDITY.RELATIVE_INDEPENDENT_SOURCE" class "Var0.0"
		attribute VAR_NAME = "HUMIDITY.RELATIVE_INDEPENDENT_SOURCE"
		attribute VAR_DESCRIPTION = "Independent source of retave humidity"
		attribute VAR_NOTES = "total RH uncertainty"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "CONSTANT"
		attribute VAR_DATA_TYPE = "STRING"
		attribute VAR_UNITS = ""
		attribute VAR_SI_CONVERSION = ""
		attribute VAR_VALID_MIN = ""
		attribute VAR_VALID_MAX = ""
		attribute VAR_FILL_VALUE = ""
		vdata "" class "SDSVar": fields SDS variable; 0 records
	vgroup "SOURCE.PRODUCT" class "Var0.0"
		attribute VAR_NAME = "SOURCE.PRODUCT"
		attribute VAR_DESCRIPTION = "Information relevant to the source history of the Metadata and Data, in form: Archive.Source_Archive.FileName_Archive.File.Generation.Date"
		attribute VAR_NOTES = "text information"
		attribute VAR_SIZE = "1"
		attribute VAR_DEPEND = "INDEPENDENT"
		attribute VAR_DATA_TYPE = "STRING"
		attribute VAR_UNITS = ""
		attribute VAR_SI_CONVERSION = ""
		attribute VAR_VALID_MIN = ""
		attribute VAR_VALID_MAX = ""
		attribute VAR_FILL_VALUE = ""
		vdata "" class "SDSVar": fields SDS variable; 0 records
	attribute PI_NAME = "Martucci;Giovanni"
	attribute PI_AFFILIATION = "Swiss Meteorological Institute;MCH"
	attribute PI_ADDRESS = "Chemin de l\"Aerologie;Payerne,1530;SWITZERLAND"
	attribute PI_EMAIL = "giovanni.martucci@meteoswiss.ch"
	attribute DO_NAME = "Martucci;Giovanni"
	attribute DO_AFFILIATION = "Swiss Meteorological Institute;MCH"
	attribute DO_ADDRESS = "Chemin de l\"Aerologie;Payerne,1530;SWITZERLAND"
	attribute DO_EMAIL = "giovanni.martucci@meteoswiss.ch"
	attribute DS_NAME = "Martucci;Giovanni"
	attribute DS_AFFILIATION = "Swiss Meteorological Institute;MCH"
	attribute DS_ADDRESS = "Chemin de l\"Aerologie;Payerne,1530;SWITZERLAND"
	attribute DS_EMAIL = "giovanni.martucci@meteoswiss.ch"
	attribute DATA_DESCRIPTION = "Routine water vapor profile from LIDAR at Payerne, Switzerland"
	attribute DATA_DISCIPLINE = "ATMOSPHERIC.CHEMISTRY;REMOTE.SENSING;GROUNDBASED"
	attribute DATA_GROUP = "EXPERIMENTAL;PROFILE.STATIONARY"
	attribute DATA_LOCATION = "PAYERNE"
	attribute DATA_SOURCE = "LIDAR.H2O_MCH001_HIRES.5.0"
	attribute DATA_VARIABLES = "LATITUDE.INSTRUMENT;LONGITUDE.INSTRUMENT;ALTITUDE.INSTRUMENT;DATETIME;DATETIME.START;DATETIME.STOP;INTEGRATION.TIME;ALTITUDE;H2O.MIXING.RATIO.VOLUME_BACKSCATTER;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.COMBINED.STANDARD;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.RANDOM.STANDARD;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.SYSTEMATIC.STANDARD;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM;HUMIDITY.RELATIVE_DERIVED;HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.COMBINED.STANDARD;HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.RANDOM.STANDARD;HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.SYSTEMATIC.STANDARD;PRESSURE_INDEPENDENT;TEMPERATURE_INDEPENDENT;PRESSURE_INDEPENDENT_SOURCE;TEMPERATURE_INDEPENDENT_SOURCE;H2O.MIXING.RATIO.VOLUME_INDEPENDENT_CALIBRATION.FACTOR;H2O.MIXING.RATIO.VOLUME_INDEPENDENT_UNCERTAINTY.CALIBRATION.FACTOR.ORIGINATOR;H2O.MIXING.RATIO.VOLUME_INDEPENDENT_CALIBRATION.SOURCE;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.CUTOFF;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.ORIGINATOR;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_UNCERTAINTY.ORIGINATOR;HUMIDITY.RELATIVE_DERIVED_UNCERTAINTY.ORIGINATOR;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.NORMALIZED.FREQUENCY;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DF.TRANSFER.FUNCTION;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.DISTANCE.FROM.IMPULSE;H2O.MIXING.RATIO.VOLUME_BACKSCATTER_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE;H2O.MIXING.RATIO.VOLUME_INDEPENDENT;HUMIDITY.RELATIVE_INDEPENDENT;H2O.MIXING.RATIO.VOLUME_INDEPENDENT_SOURCE;HUMIDITY.RELATIVE_INDEPENDENT_SOURCE;SOURCE.PRODUCT"
	attribute DATA_START_DATE = "20170824T192746Z"
	attribute DATA_STOP_DATE = "20170825T034247Z"
	attribute DATA_FILE_VERSION = "002"
	attribute DATA_MODIFICATIONS = "New HDF4 output format"
	attribute DATA_CAVEATS = "Still not validated"
	attribute DATA_RULES_OF_USE = " "
	attribute DATA_ACKNOWLEDGEMENT = "Notify PI that data is being used and ask for proper form of acknowledgement"
	attribute DATA_QUALITY = ""
	attribute DATA_TEMPLATE = "GEOMS-TE-LIDAR-H2O-005"
	attribute DATA_PROCESSOR = "ADT v5.0_20191017"
	attribute FILE_NAME = "groundbased_lidar.h2o_mch001_hires.5.0_payerne_20170824t192746z_20170825t034247z_002.hdf"
	attribute FILE_GENERATION_DATE = "20210604T190342Z"
	attribute FILE_ACCESS = "NDACC;AVDC"
	attribute FILE_PROJECT_ID = " "
	attribute FILE_ASSOCIATION = " "
	attribute FILE_DOI = " "
	attribute FILE_META_VERSION = "04R053;CUSTOM"