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! Output from IDLcr8ASCII application v4.0
! /homevip/annm/projects/EVDC2/avdc_evdc/scripts/groundbased_lidar.aerosol_nasa.jpl002_glass.1.1_mauna.loa.hi_20200124t053201z_20200124t075457z_001.hdf
!
! Global Attributes
PI_NAME=Leblanc;Thierry
PI_AFFILIATION=NASA Jet Propulsion Laboratory;NASA.JPL
PI_ADDRESS=JPL Table Mountain Facility;Wrightwood, CA 92397-0367;UNITED STATES
PI_EMAIL=thierry.leblanc@jpl.nasa.gov
DO_NAME=Leblanc;Thierry
DO_AFFILIATION=NASA Jet Propulsion Laboratory;NASA.JPL
DO_ADDRESS=JPL Table Mountain Facility;Wrightwood, CA 92397-0367;UNITED STATES
DO_EMAIL=thierry.leblanc@jpl.nasa.gov
DS_NAME=Leblanc;Thierry
DS_AFFILIATION=NASA Jet Propulsion Laboratory;NASA.JPL
DS_ADDRESS=JPL Table Mountain Facility;Wrightwood, CA 92397-0367;UNITED STATES
DS_EMAIL=thierry.leblanc@jpl.nasa.gov
DATA_DESCRIPTION=Routine middle atmospheric temperature profile from JPL LIDAR at Mauna Loa Observatory, HI (MLSOL)
DATA_DISCIPLINE=ATMOSPHERIC.CHEMISTRY;REMOTE.SENSING;GROUNDBASED
DATA_GROUP=EXPERIMENTAL;PROFILE.STATIONARY
DATA_LOCATION=MAUNA.LOA.HI
DATA_SOURCE=LIDAR.AEROSOL_NASA.JPL002_GLASS.1.1
DATA_VARIABLES=LATITUDE.INSTRUMENT;LONGITUDE.INSTRUMENT;ALTITUDE.INSTRUMENT;DATETIME;DATETIME.START;DATETIME.STOP;INTEGRATION.TIME;WAVELENGTH_EMISSION;WAVELENGTH_DETECTION;ANGLE.VIEW_ZENITH;ALTITUDE;AEROSOL.RETRIEVAL.METHOD;AEROSOL.BACKSCATTER.RATIO_BACKSCATTER;AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_UNCERTAINTY.ORIGINATOR;AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_UNCERTAINTY.COMBINED.STANDARD;AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_UNCERTAINTY.RANDOM.STANDARD;AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_UNCERTAINTY.SYSTEMATIC.STANDARD;AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM;RANGE_INDEPENDENT_NORMALIZATION;AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED;AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_UNCERTAINTY.ORIGINATOR;AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_UNCERTAINTY.COMBINED.STANDARD;AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_UNCERTAINTY.RANDOM.STANDARD;AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_UNCERTAINTY.SYSTEMATIC.STANDARD;AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM;NUMBER.DENSITY_INDEPENDENT;PRESSURE_INDEPENDENT;TEMPERATURE_INDEPENDENT;NUMBER.DENSITY_INDEPENDENT_SOURCE;PRESSURE_INDEPENDENT_SOURCE;TEMPERATURE_INDEPENDENT_SOURCE;SOURCE.PRODUCT
DATA_START_DATE=20200124T053201Z
DATA_STOP_DATE=20200124T075457Z
DATA_FILE_VERSION=001
DATA_MODIFICATIONS=Older data versions also available at NDACC in Ames format, filenames: mltp*.tll and mltp*.mdl
DATA_CAVEATS=Profile quality potentially impacted by clouds, aerosol layers, and occasional instrument issues
DATA_RULES_OF_USE=
DATA_ACKNOWLEDGEMENT=Notify PI that data is being used and ask for proper form of acknowledgement
DATA_QUALITY=Full QC/QA completed
DATA_TEMPLATE=GEOMS-TE-LIDAR-AEROSOL-005
DATA_PROCESSOR=GLASS v1.18_20200919
FILE_NAME=groundbased_lidar.aerosol_nasa.jpl002_glass.1.1_mauna.loa.hi_20200124t053201z_20200124t075457z_001.hdf
FILE_GENERATION_DATE=20200928T224850Z
FILE_ACCESS=NDACC;AVDC
FILE_PROJECT_ID=CAMS27
FILE_ASSOCIATION=
FILE_DOI=
FILE_META_VERSION=04R051;CUSTOM
!
! Variable Attributes
VAR_NAME=LATITUDE.INSTRUMENT
VAR_DESCRIPTION=Instrument geolocation (+ for north; - for south)
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=REAL
VAR_UNITS=deg
VAR_SI_CONVERSION=0.0;1.74533E-2;rad
VAR_VALID_MIN=-9.000000E+01
VAR_VALID_MAX=9.000000E+01
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=LONGITUDE.INSTRUMENT
VAR_DESCRIPTION=Instrument geolocation (+ for east; - for west)
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=REAL
VAR_UNITS=deg
VAR_SI_CONVERSION=0.0;1.74533E-2;rad
VAR_VALID_MIN=-1.800000E+02
VAR_VALID_MAX=1.800000E+02
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=ALTITUDE.INSTRUMENT
VAR_DESCRIPTION=Instrument altitude above sea level (m)
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=-3.000000E+02
VAR_VALID_MAX=2.000000E+04
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=DATETIME
VAR_DESCRIPTION=Weighted datetime of the LIDAR measurement.
VAR_NOTES=Average time of effective measurement (i.e. excluding data gaps)
VAR_SIZE=1
VAR_DEPEND=DATETIME
VAR_DATA_TYPE=DOUBLE
VAR_UNITS=MJD2K
VAR_SI_CONVERSION=0.0;86400.0;s
VAR_VALID_MIN=-61.000000000
VAR_VALID_MAX=365243.000000000
VAR_FILL_VALUE=-9999.000000000
!
! Variable Attributes
VAR_NAME=DATETIME.START
VAR_DESCRIPTION=Start date and time of measurement (MJD2000).
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=DATETIME
VAR_DATA_TYPE=DOUBLE
VAR_UNITS=MJD2K
VAR_SI_CONVERSION=0.0;86400.0;s
VAR_VALID_MIN=-61.000000000
VAR_VALID_MAX=365243.000000000
VAR_FILL_VALUE=-9999.000000000
!
! Variable Attributes
VAR_NAME=DATETIME.STOP
VAR_DESCRIPTION=End date and time of measurement (MJD2000).
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=DATETIME
VAR_DATA_TYPE=DOUBLE
VAR_UNITS=MJD2K
VAR_SI_CONVERSION=0.0;86400.0;s
VAR_VALID_MIN=-61.000000000
VAR_VALID_MAX=365243.000000000
VAR_FILL_VALUE=-9999.000000000
!
! Variable Attributes
VAR_NAME=INTEGRATION.TIME
VAR_DESCRIPTION=Effective integration time of measurement (hours).
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=DATETIME
VAR_DATA_TYPE=REAL
VAR_UNITS=h
VAR_SI_CONVERSION=0.0;3600.0;s
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=2.400000E+01
VAR_FILL_VALUE=-9.999000E+03
!
! Variable Attributes
VAR_NAME=WAVELENGTH_EMISSION
VAR_DESCRIPTION=Emitted wavelength (transmitted)
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=REAL
VAR_UNITS=nm
VAR_SI_CONVERSION=0.0;1.0E-9;m
VAR_VALID_MIN=2.000000E+02
VAR_VALID_MAX=2.000000E+03
VAR_FILL_VALUE=-9.999000E+03
!
! Variable Attributes
VAR_NAME=WAVELENGTH_DETECTION
VAR_DESCRIPTION=Detection wavelength (collected)
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=WAVELENGTH_DETECTION
VAR_DATA_TYPE=REAL
VAR_UNITS=nm
VAR_SI_CONVERSION=0.0;1.0E-9;m
VAR_VALID_MIN=2.000000E+02
VAR_VALID_MAX=2.000000E+03
VAR_FILL_VALUE=-9.999000E+03
!
! Variable Attributes
VAR_NAME=ANGLE.VIEW_ZENITH
VAR_DESCRIPTION=Pointing direction of laser beam (0 for vertical)
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=REAL
VAR_UNITS=deg
VAR_SI_CONVERSION=0.0;1.74533E-2;rad
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.800000E+02
VAR_FILL_VALUE=-9.999000E+03
!
! Variable Attributes
VAR_NAME=ALTITUDE
VAR_DESCRIPTION=Altitude above sea level (m)
VAR_NOTES=Actual altitude measurement grid (amsl)
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=-3.000000E+02
VAR_VALID_MAX=1.200000E+05
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.RETRIEVAL.METHOD
VAR_DESCRIPTION=Retrieval method, using NDACC-standardized (TBD) definition with some reference to EARLINET
VAR_NOTES=Use NDACC-standardized (TBD) definition with some reference to EARLINET
VAR_SIZE=1
VAR_DEPEND=CONSTANT
VAR_DATA_TYPE=STRING
VAR_UNITS=
VAR_SI_CONVERSION=
VAR_VALID_MIN=
VAR_VALID_MAX=
VAR_FILL_VALUE=
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.RATIO_BACKSCATTER
VAR_DESCRIPTION=Ratio of extinction-corrected Raman signal to extinction-corrected Rayleigh signal, normalized near 35 km
VAR_NOTES=This is the lidar native measurement after normalization to 1.0, to be used preferably over backscatter coefficient
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=1
VAR_SI_CONVERSION=0.0;1.0;1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+02
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_UNCERTAINTY.ORIGINATOR
VAR_DESCRIPTION=Uncertainty: Using in-house historical definition, i.e., used before NDACC Standardization
VAR_NOTES=If reported, this term is a combination of detection noise, saturation and background correction uncertainty, and cross-section uncertainty
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=1
VAR_SI_CONVERSION=0.0;1.0;1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+02
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_UNCERTAINTY.COMBINED.STANDARD
VAR_DESCRIPTION=Combined uncertainty: Future NDACC-lidar-standardized definition (yet TBD)
VAR_NOTES=See ozone/temperature equivalent already published in DOI:10.5194/amt-9-4051-2016, DOI:10.5194/amt-9-4079-2016, and http://www.issibern.ch/teams/ndacc/ISSI_Team_Report.htm
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=1
VAR_SI_CONVERSION=0.0;1.0;1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+02
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_UNCERTAINTY.RANDOM.STANDARD
VAR_DESCRIPTION=Random uncertainty: Future NDACC-lidar-standardized definition (yet TBD)
VAR_NOTES=See ozone/temperature equivalent already published in DOI:10.5194/amt-9-4051-2016, DOI:10.5194/amt-9-4079-2016, and http://www.issibern.ch/teams/ndacc/ISSI_Team_Report.htm
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=1
VAR_SI_CONVERSION=0.0;1.0;1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+02
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_UNCERTAINTY.SYSTEMATIC.STANDARD
VAR_DESCRIPTION=Systematic uncertainty: Future NDACC-lidar-standardized definition (yet TBD)
VAR_NOTES=See ozone/temperature equivalent already published in DOI:10.5194/amt-9-4051-2016, DOI:10.5194/amt-9-4079-2016, and http://www.issibern.ch/teams/ndacc/ISSI_Team_Report.htm
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=1
VAR_SI_CONVERSION=0.0;1.0;1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+01
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.RATIO_BACKSCATTER_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM
VAR_DESCRIPTION=Vertical resolution: Full-width at half-maximum (FWHM) of impulse response (NDACC-standardized defintion)
VAR_NOTES=See DOI:10.5194/amt-9-4029-2016, DOI:10.5194/amt-9-4079-2016, and http://www.issibern.ch/teams/ndacc/ISSI_Team_Report.htm
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=2.500000E+04
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=RANGE_INDEPENDENT_NORMALIZATION
VAR_DESCRIPTION=Min and max altitude rnage of backscatter ratio normalization to 1
VAR_NOTES=Typically above 30 km
VAR_SIZE=2
VAR_DEPEND=INDEPENDENT
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.200000E+05
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED
VAR_DESCRIPTION=Derived backscatter coefficient (m-1.sr-1)
VAR_NOTES=Derived from lidar-measured backscatter ratio and atmospheric T/P from independent source
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1 sr-1
VAR_SI_CONVERSION=0.0;1.0;sr-1 m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+00
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_UNCERTAINTY.ORIGINATOR
VAR_DESCRIPTION=Uncertainty: Using in-house historical definition, i.e., used before NDACC Standardization
VAR_NOTES=If reported, this term is a combination of detection noise, saturation and background correction uncertainty, and cross-section uncertainty
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1 sr-1
VAR_SI_CONVERSION=0.0;1.0;sr-1 m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+00
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_UNCERTAINTY.COMBINED.STANDARD
VAR_DESCRIPTION=Combined uncertainty: Future NDACC-lidar-standardized definition (yet TBD)
VAR_NOTES=See ozone/temperature equivalent already published in DOI:10.5194/amt-9-4051-2016, DOI:10.5194/amt-9-4079-2016, and http://www.issibern.ch/teams/ndacc/ISSI_Team_Report.htm
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1 sr-1
VAR_SI_CONVERSION=0.0;1.0;sr-1 m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+00
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_UNCERTAINTY.RANDOM.STANDARD
VAR_DESCRIPTION=Random uncertainty: Future NDACC-lidar-standardized definition (yet TBD)
VAR_NOTES=See ozone/temperature equivalent already published in DOI:10.5194/amt-9-4051-2016, DOI:10.5194/amt-9-4079-2016, and http://www.issibern.ch/teams/ndacc/ISSI_Team_Report.htm
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1 sr-1
VAR_SI_CONVERSION=0.0;1.0;sr-1 m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+00
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_UNCERTAINTY.SYSTEMATIC.STANDARD
VAR_DESCRIPTION=Systematic uncertainty: Future NDACC-lidar-standardized definition (yet TBD)
VAR_NOTES=See ozone/temperature equivalent already published in DOI:10.5194/amt-9-4051-2016, DOI:10.5194/amt-9-4079-2016, and http://www.issibern.ch/teams/ndacc/ISSI_Team_Report.htm
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m-1 sr-1
VAR_SI_CONVERSION=0.0;1.0;sr-1 m-1
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=1.000000E+00
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=AEROSOL.BACKSCATTER.COEFFICIENT_DERIVED_RESOLUTION.ALTITUDE.IMPULSE.RESPONSE.FWHM
VAR_DESCRIPTION=Vertical resolution: Full-width at half-maximum (FWHM) of impulse response (NDACC-standardized defintion)
VAR_NOTES=See DOI:10.5194/amt-9-4029-2016, DOI:10.5194/amt-9-4079-2016, and http://www.issibern.ch/teams/ndacc/ISSI_Team_Report.htm
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=m
VAR_SI_CONVERSION=0.0;1.0;m
VAR_VALID_MIN=0.000000E+00
VAR_VALID_MAX=2.500000E+04
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=NUMBER.DENSITY_INDEPENDENT
VAR_DESCRIPTION=Air number density profile used to derive backscatter coefficient (e.g. NCEP; Sonde; ECMWF etc.)
VAR_NOTES=May be a single source, or a combination of multiple sources
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=molec m-3
VAR_SI_CONVERSION=0.0;1.66054E-24;mol m-3
VAR_VALID_MIN=1.000000E+20
VAR_VALID_MAX=1.000000E+26
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=PRESSURE_INDEPENDENT
VAR_DESCRIPTION=Pressure profile used to derive backscatter coefficient (e.g. NCEP; Sonde; ECMWF etc.)
VAR_NOTES=May be a single source, or a combination of multiple sources
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=hPa
VAR_SI_CONVERSION=0.0;1.0E2;kg m-1 s-2
VAR_VALID_MIN=1.000000E-04
VAR_VALID_MAX=1.100000E+03
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=TEMPERATURE_INDEPENDENT
VAR_DESCRIPTION=Temperature profile used to derive backscatter coefficient (e.g. NCEP; Sonde; ECMWF etc.)
VAR_NOTES=May be a single source, or a combination of multiple sources
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=REAL
VAR_UNITS=K
VAR_SI_CONVERSION=0.0;1.0;K
VAR_VALID_MIN=5.000000E+01
VAR_VALID_MAX=4.500000E+02
VAR_FILL_VALUE=-9.990000E+02
!
! Variable Attributes
VAR_NAME=NUMBER.DENSITY_INDEPENDENT_SOURCE
VAR_DESCRIPTION=Air number densityprofile source (e.g. Lidar; NCEP; Sonde; ECMWF etc.)
VAR_NOTES=May be a single source, or a combination of multiple sources
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=STRING
VAR_UNITS=
VAR_SI_CONVERSION=
VAR_VALID_MIN=
VAR_VALID_MAX=
VAR_FILL_VALUE=
!
! Variable Attributes
VAR_NAME=PRESSURE_INDEPENDENT_SOURCE
VAR_DESCRIPTION=Pressure profile source (e.g. Lidar; NCEP; Sonde; ECMWF etc.)
VAR_NOTES=May be a single source, or a combination of multiple sources
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=STRING
VAR_UNITS=
VAR_SI_CONVERSION=
VAR_VALID_MIN=
VAR_VALID_MAX=
VAR_FILL_VALUE=
!
! Variable Attributes
VAR_NAME=TEMPERATURE_INDEPENDENT_SOURCE
VAR_DESCRIPTION=Temperature profile source (e.g. Lidar; NCEP; Sonde; ECMWF etc.)
VAR_NOTES=May be a single source, or a combination of multiple sources
VAR_SIZE=141
VAR_DEPEND=ALTITUDE
VAR_DATA_TYPE=STRING
VAR_UNITS=
VAR_SI_CONVERSION=
VAR_VALID_MIN=
VAR_VALID_MAX=
VAR_FILL_VALUE=
!
! Variable Attributes
VAR_NAME=SOURCE.PRODUCT
VAR_DESCRIPTION=Information relevant to the source history of the Metadata and Data, in form: Archive.Source_Archive.FileName_Archive.File.Generation.Date
VAR_NOTES=
VAR_SIZE=1
VAR_DEPEND=INDEPENDENT
VAR_DATA_TYPE=STRING
VAR_UNITS=
VAR_SI_CONVERSION=
VAR_VALID_MIN=
VAR_VALID_MAX=
VAR_FILL_VALUE=
!
! End of output file created by IDLcr8ASCII
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