netcdf sgp30twrmrC1.c1.20090929.000000 { dimensions: time = UNLIMITED ; // (48 currently) variables: int base_time ; base_time:string = "29-Sep-2009,00:00:00 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 2009-9-29 00:00:00 0:00" ; float pres_02m(time) ; pres_02m:long_name = "Barometric pressure at 2 m" ; pres_02m:units = "mb" ; float pres_25m(time) ; pres_25m:long_name = "Barometric pressure at 25 m" ; pres_25m:units = "mb" ; float pres_60m(time) ; pres_60m:long_name = "Barometric pressure at 60 m" ; pres_60m:units = "mb" ; float temp_02m(time) ; temp_02m:long_name = "Temperature at 2 m" ; temp_02m:units = "degC" ; float temp_25m(time) ; temp_25m:long_name = "Temperature at 25 m" ; temp_25m:units = "degC" ; float temp_60m(time) ; temp_60m:long_name = "Temperature at 60 m" ; temp_60m:units = "degC" ; float temp_02m_SMOS(time) ; temp_02m_SMOS:long_name = "Temperature at surface from SMOS" ; temp_02m_SMOS:units = "degC" ; float temp_02m_THWAPS(time) ; temp_02m_THWAPS:long_name = "Temperature at surface from THWAPS" ; temp_02m_THWAPS:units = "degC" ; float temp_25m_SE(time) ; temp_25m_SE:long_name = "Temperature at 25 m from SE elevator" ; temp_25m_SE:units = "degC" ; float temp_25m_W(time) ; temp_25m_W:long_name = "Temperature at 25 m from W elevator" ; temp_25m_W:units = "degC" ; float temp_60m_SE(time) ; temp_60m_SE:long_name = "Temperature at 60 m from SE elevator" ; temp_60m_SE:units = "degC" ; float temp_60m_W(time) ; temp_60m_W:long_name = "Temperature at 60 m from W elevator" ; temp_60m_W:units = "degC" ; float rh_02m(time) ; rh_02m:long_name = "Relative humidity at 2 m" ; rh_02m:units = "%" ; float rh_25m(time) ; rh_25m:long_name = "Relative humidity at 25 m" ; rh_25m:units = "%" ; float rh_60m(time) ; rh_60m:long_name = "Relative humidity at 60 m" ; rh_60m:units = "%" ; float rh_02m_SMOS(time) ; rh_02m_SMOS:long_name = "Relative humidity at surface from SMOS" ; rh_02m_SMOS:units = "%" ; float rh_02m_THWAPS(time) ; rh_02m_THWAPS:long_name = "Relative humidity at surface from THWAPS" ; rh_02m_THWAPS:units = "%" ; float rh_25m_SE(time) ; rh_25m_SE:long_name = "Relative humidity at 25 m from SE elevator" ; rh_25m_SE:units = "%" ; float rh_25m_W(time) ; rh_25m_W:long_name = "Relative humidity at 25 m from W elevator" ; rh_25m_W:units = "%" ; float rh_60m_SE(time) ; rh_60m_SE:long_name = "Relative humidity at 60 m from SE elevator" ; rh_60m_SE:units = "%" ; float rh_60m_W(time) ; rh_60m_W:long_name = "Relative humidity at 60 m from W elevator" ; rh_60m_W:units = "%" ; float vap_pres_02m(time) ; vap_pres_02m:long_name = "Vapor pressure at 2 m" ; vap_pres_02m:units = "mb" ; float vap_pres_25m(time) ; vap_pres_25m:long_name = "Vapor pressure at 25 m" ; vap_pres_25m:units = "mb" ; float vap_pres_60m(time) ; vap_pres_60m:long_name = "Vapor pressure at 60 m" ; vap_pres_60m:units = "mb" ; float vap_pres_02m_SMOS(time) ; vap_pres_02m_SMOS:long_name = "Vapor pressure at surface from SMOS" ; vap_pres_02m_SMOS:units = "mb" ; float vap_pres_02m_THWAPS(time) ; vap_pres_02m_THWAPS:long_name = "Vapor pressure at surface from THWAPS" ; vap_pres_02m_THWAPS:units = "mb" ; float vap_pres_25m_SE(time) ; vap_pres_25m_SE:long_name = "Vapor pressure at 25 m from SE elevator" ; vap_pres_25m_SE:units = "mb" ; float vap_pres_25m_W(time) ; vap_pres_25m_W:long_name = "Vapor pressure at 25 m from W elevator" ; vap_pres_25m_W:units = "mb" ; float vap_pres_60m_SE(time) ; vap_pres_60m_SE:long_name = "Vapor pressure at 60 m from SE elevator" ; vap_pres_60m_SE:units = "mb" ; float vap_pres_60m_W(time) ; vap_pres_60m_W:long_name = "Vapor pressure at 60 m from W elevator" ; vap_pres_60m_W:units = "mb" ; float mixing_ratio_02m(time) ; mixing_ratio_02m:long_name = "Water vapor mixing ratio at 2 m" ; mixing_ratio_02m:units = "g/kg" ; float mixing_ratio_25m(time) ; mixing_ratio_25m:long_name = "Water vapor mixing ratio at 25 m" ; mixing_ratio_25m:units = "g/kg" ; float mixing_ratio_60m(time) ; mixing_ratio_60m:long_name = "Water vapor mixing ratio at 60 m" ; mixing_ratio_60m:units = "g/kg" ; float mixing_ratio_02m_SMOS(time) ; mixing_ratio_02m_SMOS:long_name = "Water vapor mixing ratio at surface from SMOS" ; mixing_ratio_02m_SMOS:units = "g/kg" ; float mixing_ratio_02m_THWAPS(time) ; mixing_ratio_02m_THWAPS:long_name = "Water vapor mixing ratio at surface from THWAPS" ; mixing_ratio_02m_THWAPS:units = "g/kg" ; float mixing_ratio_25m_SE(time) ; mixing_ratio_25m_SE:long_name = "Water vapor mixing ratio at 25 m from SE elevator" ; mixing_ratio_25m_SE:units = "g/kg" ; float mixing_ratio_25m_W(time) ; mixing_ratio_25m_W:long_name = "Water vapor mixing ratio at 25 m from W elevator" ; mixing_ratio_25m_W:units = "g/kg" ; float mixing_ratio_60m_SE(time) ; mixing_ratio_60m_SE:long_name = "Water vapor mixing ratio at 60 m from SE elevator" ; mixing_ratio_60m_SE:units = "g/kg" ; float mixing_ratio_60m_W(time) ; mixing_ratio_60m_W:long_name = "Water vapor mixing ratio at 60 m from W elevator" ; mixing_ratio_60m_W:units = "g/kg" ; float lat ; lat:long_name = "north latitude" ; lat:units = "degrees" ; float lon ; lon:long_name = "east longitude" ; lon:units = "degrees" ; float alt ; alt:long_name = "altitude" ; alt:units = "meters above Mean Sea Level" ; // global attributes: :Date = "Fri Oct 23 18:40:15 GMT 2009" ; :Version = "$State: process-vap-twrmr-1.5-1 $" ; :IDL_Tools_Lib_Version = "$State: ds-idltools-idltools-1.18-0 $" ; :IDL_Version = "VAP coded in IDL (sparc / sunos / unix / 5.4)" ; :Command_Line = "/apps/process/bin/twrmr -g 30 -d 20090929" ; :Number_Input_Platforms = "5" ; :Input_Platforms = "sgp30smosE13.b1, sgpthwapsC1.b1, sgp30twr10xC1.b1, sgp30twr25mC1.b1, sgp30twr60mC1.b1" ; :Averaging_Int = "30 min" ; :Surface_selection_order = "SMOS used as primary surface obs, THWAPS as secondary" ; :Tower_selection_order = "SE elevator used as primary tower obs, W elevator as secondary" ; :zeb_platform = "sgp30twrmrC1.c1" ; :missing-data = "******" ; }