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info.txt
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xarray.Dataset {
dimensions:
time = 93 ;
variables:
datetime64[ns] time(time) ;
float64 lon() ;
lon:standard_name = longitude ;
lon:long_name = longitude ;
lon:units = degrees_east ;
lon:axis = X ;
float64 lat() ;
lat:standard_name = latitude ;
lat:long_name = latitude ;
lat:units = degrees_north ;
lat:axis = Y ;
float64 station_height() ;
<U8 Name() ;
int64 Id() ;
float64 downward_direct(time) ;
downward_direct:long_name = Downward direct short wave radiation flux at surface (mean over hour time time-stamp) ;
downward_direct:units = W m-2 ;
downward_direct:param = 198.4.0 ;
float64 downward_diffuse(time) ;
downward_diffuse:long_name = Downward diffusive short wave radiation flux at surface (mean over hour time time-stamp) ;
downward_diffuse:units = W m-2 ;
downward_diffuse:param = 199.4.0 ;
float64 specific_humidity(time) ;
specific_humidity:standard_name = specific_humidity ;
specific_humidity:long_name = Specific Humidity (2m) ;
specific_humidity:units = kg kg-1 ;
specific_humidity:param = 0.1.0 ;
float64 mslp(time) ;
mslp:long_name = Pressure reduced to MSL ;
mslp:units = Pa ;
mslp:param = 1.3.0 ;
float64 air_temperature(time) ;
air_temperature:standard_name = air_temperature ;
air_temperature:long_name = 2 metre temperature ;
air_temperature:units = degC ;
air_temperature:param = 0.0.0 ;
float64 eastward_wind(time) ;
eastward_wind:standard_name = eastward_wind ;
eastward_wind:long_name = 10 metre U wind component ;
eastward_wind:units = m s**-1 ;
eastward_wind:param = 2.2.0 ;
float64 northward_wind(time) ;
northward_wind:standard_name = northward_wind ;
northward_wind:long_name = 10 metre V wind component ;
northward_wind:units = m s**-1 ;
northward_wind:param = 3.2.0 ;
float64 PET(time) ;
PET:standard_name = PET ;
PET:long_name = physiological equivalent temperature ;
PET:units = C ;
float64 UTCI(time) ;
UTCI:standard_name = UTCI ;
UTCI:long_name = Universal Thermal Climate Index ;
UTCI:units = C ;
float64 Tmrt(time) ;
Tmrt:standard_name = Tmrt ;
Tmrt:long_name = Mean Radiant Temperature ;
Tmrt:units = C ;
float64 IO(time) ;
IO:standard_name = IO ;
IO:long_name = Clear-sky solar radiation ;
IO:units = W m-2 ;
float64 altitude(time) ;
altitude:standard_name = altitude ;
altitude:long_name = Solar altitude ;
altitude:units = deg ;
float64 azimuth(time) ;
azimuth:standard_name = azimuth ;
azimuth:long_name = Solar azimuth ;
azimuth:units = deg ;
float64 wind_speed(time) ;
wind_speed:standard_name = wind_speed ;
wind_speed:long_name = 10 metre wind speed ;
wind_speed:units = m s**-1 ;
float64 relative_humidity(time) ;
relative_humidity:standard_name = relative_humidity ;
relative_humidity:long_name = Relative humidity ;
relative_humidity:units = % ;
float64 longwave_down(time) ;
longwave_down:standard_name = longwave_down ;
longwave_down:long_name = Longwave down from SOLWEIG1d_2020a ;
longwave_down:units = W m-2 ;
// global attributes:
}