netcdf stratus2001_10min {
dimensions:
	time = UNLIMITED ; // (2160 currently)
variables:
	float yrr(time) ;
		yrr:long_name = "Year of the cruise" ;
		yrr:units = "Gregorian year" ;
	float jdd(time) ;
		jdd:long_name = "yearday" ;
		jdd:units = "days since proir December 31" ;
	float latd(time) ;
		latd:long_name = "Latitude" ;
		latd:units = "degrees" ;
	float lond(time) ;
		lond:long_name = "Longitude" ;
		lond:units = "degrees" ;
	float tsgd(time) ;
		tsgd:long_name = "Ship thermosalinograph water temperature (5 m depth)" ;
		tsgd:units = "degrees C" ;
	float tsd(time) ;
		tsd:long_name = "ESRL seasnake water temperature (5 cm depth)" ;
		tsd:units = "degrees Celsius" ;
	float tad(time) ;
		tad:long_name = "Air Temperature (18 m)" ;
		tad:units = "C" ;
	float uxd(time) ;
		uxd:long_name = "Westerly wind component" ;
		uxd:units = "m/s" ;
	float uyd(time) ;
		uyd:long_name = "Southerly wind component" ;
		uyd:units = "m/s" ;
	float ud(time) ;
		ud:long_name = "Wind speed" ;
		ud:units = "m/s" ;
	float hsd(time) ;
		hsd:long_name = "Sensible heat flux" ;
		hsd:units = "W/m^2" ;
	float hld(time) ;
		hld:long_name = "Latent heat flux" ;
		hld:units = "W/m^2" ;
	float stress(time) ;
		stress:long_name = "Stress" ;
		stress:units = "N/m^2" ;
	float raind(time) ;
		raind:long_name = "Rain rate" ;
		raind:units = "mm/hr" ;
	float rld(time) ;
		rld:long_name = "Downward IR flux" ;
		rld:units = "W/m^2" ;
	float rlclrd(time) ;
		rlclrd:long_name = "Clear sky downward IR flux" ;
		rlclrd:units = "W/m^2" ;
	float rsd(time) ;
		rsd:long_name = "Downward solar flux" ;
		rsd:units = "W/m^2" ;
	float rsclrd(time) ;
		rsclrd:long_name = "Clear sky downward solar flux" ;
		rsclrd:units = "W/m^2" ;
	float zb1md(time) ;
		zb1md:long_name = "15th percentile cloud base height" ;
		zb1md:description = "15% of cloud bases lower than zb1md" ;
		zb1md:units = "meters" ;
	float zbmd(time) ;
		zbmd:long_name = "Median cloud base height" ;
		zbmd:units = "meters" ;
	float zb2md(time) ;
		zb2md:long_name = "85th percentile cloud base height" ;
		zb2md:description = "85% of cloud bases lower than zb2md" ;
		zb2md:units = "meters" ;
	float topd(time) ;
		topd:long_name = "Cloud top height" ;
		topd:units = "meters" ;
	float clodthkd(time) ;
		clodthkd:long_name = "Cloud thickness" ;
		clodthkd:units = "meters" ;
	float taud(time) ;
		taud:long_name = "Cloud optical thickness" ;
		taud:units = "none" ;
	float wmd(time) ;
		wmd:long_name = "Cloud liquid water path" ;
		wmd:units = "g/m^2" ;
	float cfd(time) ;
		cfd:long_name = "Cloud fraction" ;
		cfd:units = "none" ;
	float ndd(time) ;
		ndd:long_name = "Number cloud drops deduced from optical thickness" ;
		ndd:units = "number" ;
	float aer1d(time) ;
		aer1d:long_name = "Aerosol number per cm^3, diameter>0.1 micron and diameter<0.3 micron" ;
		aer1d:units = "number/cm^3" ;
	float aer2d(time) ;
		aer2d:long_name = "Aerosol number per cm^3, diameter>0.3 micron and diameter<1.0 micron" ;
		aer2d:units = "number/cm^3" ;
	float aer3d(time) ;
		aer3d:long_name = "Aerosol number per cm^3, diameter>1.0 micron" ;
		aer3d:units = "number/cm^3" ;
	float ivd(time) ;
		ivd:long_name = "water vapor path" ;
		ivd:units = "cm" ;
	float qad(time) ;
		qad:long_name = "surface air water vapor" ;
		qad:units = "g/kg" ;
	float tlcld(time) ;
		tlcld:long_name = "lifting condensation level temperature" ;
		tlcld:units = "K" ;
	float zlcld(time) ;
		zlcld:long_name = "lifting condensation level height" ;
		zlcld:units = "km" ;
	float aertd(time) ;
		aertd:long_name = "total number of accumuluation mode aerosols (>0.1 micron) per cm^3" ;
		aertd:units = "number/cm^3" ;
}