netcdf sgpqmemwrlblC1.c1.980903.112500 { dimensions: time = UNLIMITED ; // (2 currently) variables: int base_time ; base_time:string = "3-Sep-98,11:25:00 GMT" ; base_time:long_name = "Base time in Epoch" ; base_time:units = "seconds since 1970-1-1 0:00:00 0:00" ; double time_offset(time) ; time_offset:long_name = "Time offset from base_time" ; time_offset:units = "seconds since 1998-09-03 11:25:00 0:00" ; float resid_23(time) ; resid_23:long_name = "MWR minus LBLRTM residuals for 23.8 GHz" ; resid_23:units = "degK" ; float resid_31(time) ; resid_31:long_name = "MWR minus LBLRTM residuals for 31.4 GHz" ; resid_31:units = "degK" ; float lbl_tb23sky(time) ; lbl_tb23sky:long_name = "23.8 GHz brightness temperature, calculated from LBLRTM" ; lbl_tb23sky:units = "degK" ; float lbl_tb31sky(time) ; lbl_tb31sky:long_name = "31.4 GHz brightness temperature, calculated from LBLRTM" ; lbl_tb31sky:units = "degK" ; float lbl_tb20sky_etl(time) ; lbl_tb20sky_etl:long_name = "20.6 GHz brightness temperature (for ETL MWR), calculated from LBLRTM" ; lbl_tb20sky_etl:units = "degK" ; float lbl_tb31sky_etl(time) ; lbl_tb31sky_etl:long_name = "31.65 GHz brightness temperature (for ETL MWR), calculated from LBLRTM" ; lbl_tb31sky_etl:units = "degK" ; float lbl_vap(time) ; lbl_vap:long_name = "Averaged total water vapor along input path" ; lbl_vap:units = "cm" ; float lbl_surface_T(time) ; lbl_surface_T:long_name = "Surface temperature input to LBLRTM" ; lbl_surface_T:units = "degC" ; float lbl_surface_P(time) ; lbl_surface_P:long_name = "Surface pressure input to LBLRTM" ; lbl_surface_P:units = "hPa" ; float lbl_surface_RH(time) ; lbl_surface_RH:long_name = "Surface relative humidity input to LBLRTM" ; lbl_surface_RH:units = "%" ; float lbl_CGT(time) ; lbl_CGT:long_name = "Curtis-Godson temperature used in the LBLRTM run" ; lbl_CGT:units = "degK" ; float lbl_CGP(time) ; lbl_CGP:long_name = "Curtis-Godson pressure used in the LBLRTM run" ; lbl_CGP:units = "hPa" ; float lbl_top_h20_alt(time) ; lbl_top_h20_alt:long_name = "Altitude of highest external H20 input to LBLRTM" ; lbl_top_h20_alt:units = "km" ; float mwr_23tbsky(time) ; mwr_23tbsky:long_name = "Averaged 23.8 GHz sky brightness temp from MWR" ; mwr_23tbsky:units = "degK" ; float mwr_31tbsky(time) ; mwr_31tbsky:long_name = "Averaged 31.4 GHz sky brightness temp from MWR" ; mwr_31tbsky:units = "degK" ; float mwr_vap(time) ; mwr_vap:long_name = "Averaged total water vapor along LOS path from MWR" ; mwr_vap:units = "cm" ; float mwr_liq(time) ; mwr_liq:long_name = "Averaged total liquid water along LOS path from MWR" ; mwr_liq:units = "cm" ; float mwr_nobs(time) ; mwr_nobs:long_name = "Number of MWR data points averaged" ; mwr_nobs:units = "unitless" ; float mwr_wet_window(time) ; mwr_wet_window:long_name = "Water on MWR window (1=wet, 0=dry)" ; mwr_wet_window:units = "unitless" ; float smos_T(time) ; smos_T:long_name = "Temperature of the SMOS level input to LBLRTM" ; smos_T:units = "degC" ; float smos_P(time) ; smos_P:long_name = "Pressure of the SMOS level input to LBLRTM" ; smos_P:units = "hPa" ; float smos_RH(time) ; smos_RH:long_name = "Relative humidity at the SMOS level input to LBLRTM" ; smos_RH:units = "%" ; float smos_time_offset(time) ; smos_time_offset:long_name = "Sonde launch time minus SMOS observation time" ; smos_time_offset:units = "seconds" ; smos_time_offset:explanation = "SMOS sample time = base_time + time_offset(i) - smos_time_offset(i)" ; float aeri_time_offset(time) ; aeri_time_offset:long_name = "AERI sample time minus sonde launch time" ; aeri_time_offset:units = "seconds" ; aeri_time_offset:explanation = "AERI sample time = base_time + time_offset(i) + aeri_time_offset(i)" ; float lat ; lat:long_name = "north latitude" ; lat:units = "degrees" ; lat:valid_range = -90.f, 90.f ; float lon ; lon:long_name = "east longitude" ; lon:units = "degrees" ; lon:valid_range = -180.f, 180.f ; float alt ; alt:long_name = "altitude" ; alt:units = "meters above Mean Sea Level" ; // global attributes: :Date = "Sun Sep 6 17:58:38 1998" ; :Version = "$State: Release_1_9 $" ; :Command_Line = "/apps/vip/bin/lblmwringest -i 980903.112500:980903.202600" ; :Input_Platforms = "none; ingest from external file" ; :BW_Version = "Release_3_2" ; :Title = "LBLRTM output filtered to emulate MWR data (sonde inputs)" ; :SMOS_level = "320 meters" ; :time_offset_explanation = "base_time + time_offset(i) is sonde launch time for sample \'i\'" ; :interp_threshold_level = "100 hPa" ; :Continuum = "on" ; :ALFA0 = "0.040" ; :DPTMIN = "0.0000" ; :DPTFAC = "0.0010" ; :CO2_Mixing_Ratio = "360.00" ; :Minimum_Boundary_Alt = "0.320" ; :Maximum_Boundary_Alt = "21.000" ; :Molecules = "H20, CO2, O3, N20, CO, CH4, O2" ; :Cross_Sections = "None" ; :Scanning_Function = "four-point interpolation" ; :Scanning_Interval = "[ 0.0100, 4.0000]" ; :Spectral_Spacing = "default value" ; :LBLRTM_ID = "$ Rundeck for 980903.202600, LBLMWR version $State: Release_1_9 $" ; :Version_lblrtm = "4.2" ; :Version_contnm = "3.8" ; :Version_fftscn = "NOT USED" ; :Version_lblatm = "3.13" ; :Version_lbllow = "NOT USED" ; :Version_ncargks = "NOT USED" ; :Version_oprop = "4.2" ; :Version_postsub = "3.9" ; :Version_pltlbl = "NOT USED" ; :Version_testmm = "NOT USED" ; :Version_xmerge = "4.2" ; :Version_util_xxx = "3.2" ; :Version_solar = "NOT USED" ; :Continuum_Version = "ckd_2.2" ; :Hitran_Version = "hitran96.dat" ; :LBLRTM_Version = "3.2" ; :lnfl_Header = "LINES FOR LBLRTM IN THE 0-50 CM-1 SPE CTRAL REGION: 1/31/94 f=1.22 TSTMM86I 03/22/88 16.09.41" ; :lnfl_Molecules = "H2O CO2 O3 N2O CO CH4 O2" ; :lnfl_Count = "517 0 417 28 0 0 315" ; :lnfl_Coupled_Lines = "0 0 0 0 0 0 41" ; :lnfl_NLTE_Lines = "0 0 0 0 0 0 0" ; :lnfl_Sum_LBLRTM_Strengths = "3.2834E-19 0.0000E+00 4.1361E-20 4.4007E-21 0.0000E+00 0.0000E+00 1.4410E-22" ; :lnfl_Lowest_Line = "0.000" ; :lnfl_Highest_Line = "79.786" ; :lnfl_Number_Lines = "1277" ; :zeb_platform = "sgpqmemwrlblC1.c1" ; :history = "created by Zeb DataStore, 6-Sep-98,17:58:38, $RCSfile: DFA_NetCDF.c,v $ $Revision: 3.47 $\n", "" ; }