netcdf classic (CDF-1) {
dimensions:
	nlocs = 100 ;
	nlayers = 14 ;
	nwaves = 33 ;
// global attributes:
		:date_time = 2019032112 ;
		:history = "Wed Apr 10 16:33:00 2024: ncrename -v .sensorChannelNumber,Channel ./pace_radiance_geovals_2019032112.nc ./data2/pace_radiance_geovals_2019032112.nc" ;
		:NCO = "netCDF Operators version 5.1.6 (Homepage = http://nco.sf.net, Code = http://github.com/nco/nco)" ;
variables:
	double aerosol_optical_thickness(nlocs, nwaves) ;
	double single_scattering_albedo(nlocs, nwaves) ;
	double asymmetry_parameter(nlocs, nwaves) ;
	double sea_water_cell_thickness(nlocs, nlayers) ;
	double Carbon_nitrogen_detritus_concentration(nlocs, nlayers) ;
	double Particulate_inorganic_carbon(nlocs, nlayers) ;
	double colored_dissolved_organic_carbon(nlocs, nlayers) ;
	double diatom_concentration(nlocs, nlayers) ;
	double chlorophyte_concentration(nlocs, nlayers) ;
	double cyano-bacteria_concentration(nlocs, nlayers) ;
	double coccolithophore_concentration(nlocs, nlayers) ;
	double dinoflagellate_concentration(nlocs, nlayers) ;
	double phaeocystis_concentration(nlocs, nlayers) ;
	double latitude(nlocs) ;
	double longitude(nlocs) ;
	double surface_pressure_at_mean_sea_level(nlocs) ;
	double surface_wind_speed(nlocs) ;
	double ozone_thickness(nlocs) ;
	double water_vapor(nlocs) ;
	double relative_humidity(nlocs) ;
	double cloud_area_fraction_in_atmosphere_layer(nlocs) ;
	double cloud_optical_thickness(nlocs) ;
	double cloud_liquid_water_path(nlocs) ;
	double effective_radius_of_cloud_liquid_water_particle(nlocs) ;
}