netcdf phyf000 {
dimensions:
	grid_xt = 4881 ;
	grid_yt = 2961 ;
	nchars = 20 ;
	pfull = 65 ;
	phalf = 66 ;
	time = 1 ;
variables:
	float pfull(pfull) ;
		pfull:cartesian_axis = "Z" ;
		pfull:edges = "phalf" ;
		pfull:long_name = "ref full pressure level" ;
		pfull:positive = "down" ;
		pfull:units = "mb" ;
	float phalf(phalf) ;
		phalf:cartesian_axis = "Z" ;
		phalf:long_name = "ref half pressure level" ;
		phalf:positive = "down" ;
		phalf:units = "mb" ;
	double time(time) ;
		time:calendar = "JULIAN" ;
		time:calendar_type = "JULIAN" ;
		time:cartesian_axis = "T" ;
		time:long_name = "time" ;
		time:units = "hours since 2024-02-17 00:00:00" ;
	double grid_xt(grid_xt) ;
		grid_xt:cartesian_axis = "X" ;
		grid_xt:long_name = "rotated T-cell longiitude" ;
		grid_xt:units = "degrees" ;
	double grid_yt(grid_yt) ;
		grid_yt:cartesian_axis = "Y" ;
		grid_yt:long_name = "rotated T-cell latiitude" ;
		grid_yt:units = "degrees" ;
	char time_iso(time, nchars) ;
		time_iso:long_name = "valid time" ;
		time_iso:description = "ISO 8601 datetime string" ;
		time_iso:_Encoding = "UTF-8" ;
	double lon(grid_yt, grid_xt) ;
		lon:long_name = "T-cell longitude" ;
		lon:units = "degrees_E" ;
	double lat(grid_yt, grid_xt) ;
		lat:long_name = "T-cell latitude" ;
		lat:units = "degrees_N" ;
	float accswe_ice(time, grid_yt, grid_xt) ;
		accswe_ice:_FillValue = 9.99e+20f ;
		accswe_ice:cell_methods = "time: point" ;
		accswe_ice:long_name = "total accumulated SWE of frozen precipitation over ice" ;
		accswe_ice:missing_value = 9.99e+20f ;
		accswe_ice:output_file = "phy" ;
		accswe_ice:units = "kg m-2" ;
	float accswe_land(time, grid_yt, grid_xt) ;
		accswe_land:_FillValue = 9.99e+20f ;
		accswe_land:cell_methods = "time: point" ;
		accswe_land:long_name = "total accumulated SWE of frozen precipitation over land" ;
		accswe_land:missing_value = 9.99e+20f ;
		accswe_land:output_file = "phy" ;
		accswe_land:units = "kg m-2" ;
	float acond(time, grid_yt, grid_xt) ;
		acond:_FillValue = 9.99e+20f ;
		acond:cell_methods = "time: point" ;
		acond:long_name = "Aerodynamic conductance" ;
		acond:missing_value = 9.99e+20f ;
		acond:output_file = "phy" ;
		acond:units = "m/s" ;
	float albdo_ave(time, grid_yt, grid_xt) ;
		albdo_ave:_FillValue = 9.99e+20f ;
		albdo_ave:cell_methods = "time: point" ;
		albdo_ave:long_name = "surface albedo" ;
		albdo_ave:missing_value = 9.99e+20f ;
		albdo_ave:output_file = "phy" ;
		albdo_ave:units = "%" ;
	float alnsf(time, grid_yt, grid_xt) ;
		alnsf:_FillValue = 9.99e+20f ;
		alnsf:cell_methods = "time: point" ;
		alnsf:long_name = "mean nir albedo with strong cosz dependency" ;
		alnsf:missing_value = 9.99e+20f ;
		alnsf:output_file = "phy" ;
		alnsf:units = "%" ;
	float alnwf(time, grid_yt, grid_xt) ;
		alnwf:_FillValue = 9.99e+20f ;
		alnwf:cell_methods = "time: point" ;
		alnwf:long_name = "mean nir albedo with weak cosz dependency" ;
		alnwf:missing_value = 9.99e+20f ;
		alnwf:output_file = "phy" ;
		alnwf:units = "%" ;
	float alvsf(time, grid_yt, grid_xt) ;
		alvsf:_FillValue = 9.99e+20f ;
		alvsf:cell_methods = "time: point" ;
		alvsf:long_name = "mean vis albedo with strong cosz dependency" ;
		alvsf:missing_value = 9.99e+20f ;
		alvsf:output_file = "phy" ;
		alvsf:units = "%" ;
	float alvwf(time, grid_yt, grid_xt) ;
		alvwf:_FillValue = 9.99e+20f ;
		alvwf:cell_methods = "time: point" ;
		alvwf:long_name = "mean vis albedo with weak cosz dependency" ;
		alvwf:missing_value = 9.99e+20f ;
		alvwf:output_file = "phy" ;
		alvwf:units = "%" ;
	float canevap(time, grid_yt, grid_xt) ;
		canevap:_FillValue = 9.99e+20f ;
		canevap:cell_methods = "time: point" ;
		canevap:long_name = "instantaneous canopy evaporation" ;
		canevap:missing_value = 9.99e+20f ;
		canevap:output_file = "phy" ;
		canevap:units = "W m-2" ;
	float canevap_ave(time, grid_yt, grid_xt) ;
		canevap_ave:_FillValue = 9.99e+20f ;
		canevap_ave:cell_methods = "time: point" ;
		canevap_ave:long_name = "Canopy water evaporation" ;
		canevap_ave:missing_value = 9.99e+20f ;
		canevap_ave:output_file = "phy" ;
		canevap_ave:units = "W/m**2" ;
	float cduvb_ave(time, grid_yt, grid_xt) ;
		cduvb_ave:_FillValue = 9.99e+20f ;
		cduvb_ave:cell_methods = "time: point" ;
		cduvb_ave:long_name = "Clear sky UV-B Downward Solar Flux" ;
		cduvb_ave:missing_value = 9.99e+20f ;
		cduvb_ave:output_file = "phy" ;
		cduvb_ave:units = "W/m**2" ;
	float cieffr(time, pfull, grid_yt, grid_xt) ;
		cieffr:_FillValue = 9.99e+20f ;
		cieffr:cell_methods = "time: point" ;
		cieffr:long_name = "effective radius of stratiform cloud ice particle in um" ;
		cieffr:missing_value = 9.99e+20f ;
		cieffr:output_file = "phy" ;
		cieffr:units = "um" ;
	float cldfra(time, pfull, grid_yt, grid_xt) ;
		cldfra:_FillValue = 9.99e+20f ;
		cldfra:cell_methods = "time: point" ;
		cldfra:long_name = "Instantaneous 3D Cloud Fraction" ;
		cldfra:missing_value = 9.99e+20f ;
		cldfra:output_file = "phy" ;
		cldfra:units = "frac" ;
	float cleffr(time, pfull, grid_yt, grid_xt) ;
		cleffr:_FillValue = 9.99e+20f ;
		cleffr:cell_methods = "time: point" ;
		cleffr:long_name = "effective radius of cloud liquid water particle" ;
		cleffr:missing_value = 9.99e+20f ;
		cleffr:output_file = "phy" ;
		cleffr:units = "um" ;
	float cnwat(time, grid_yt, grid_xt) ;
		cnwat:_FillValue = 9.99e+20f ;
		cnwat:cell_methods = "time: point" ;
		cnwat:long_name = "canopy water (cnwat in gfs data)" ;
		cnwat:missing_value = 9.99e+20f ;
		cnwat:output_file = "phy" ;
		cnwat:units = "mm" ;
	float coef_bb_c(time, grid_yt, grid_xt) ;
		coef_bb_c:_FillValue = 9.99e+20f ;
		coef_bb_c:cell_methods = "time: point" ;
		coef_bb_c:long_name = "coeff bb for smoke" ;
		coef_bb_c:missing_value = 9.99e+20f ;
		coef_bb_c:output_file = "phy" ;
		coef_bb_c:units = "" ;
	float cpofp(time, grid_yt, grid_xt) ;
		cpofp:_FillValue = 9.99e+20f ;
		cpofp:cell_methods = "time: point" ;
		cpofp:long_name = "Percent frozen precipitation" ;
		cpofp:missing_value = 9.99e+20f ;
		cpofp:output_file = "phy" ;
		cpofp:units = "fraction" ;
	float crain(time, grid_yt, grid_xt) ;
		crain:_FillValue = 9.99e+20f ;
		crain:cell_methods = "time: point" ;
		crain:long_name = "instantaneous categorical rain" ;
		crain:missing_value = 9.99e+20f ;
		crain:output_file = "phy" ;
		crain:units = "number" ;
	float csdlf(time, grid_yt, grid_xt) ;
		csdlf:_FillValue = 9.99e+20f ;
		csdlf:cell_methods = "time: point" ;
		csdlf:long_name = "Clear Sky Downward Long Wave Flux" ;
		csdlf:missing_value = 9.99e+20f ;
		csdlf:output_file = "phy" ;
		csdlf:units = "W/m**2" ;
	float csdsf(time, grid_yt, grid_xt) ;
		csdsf:_FillValue = 9.99e+20f ;
		csdsf:cell_methods = "time: point" ;
		csdsf:long_name = "Clear Sky Downward Short Wave Flux" ;
		csdsf:missing_value = 9.99e+20f ;
		csdsf:output_file = "phy" ;
		csdsf:units = "W/m**2" ;
	float cseffr(time, pfull, grid_yt, grid_xt) ;
		cseffr:_FillValue = 9.99e+20f ;
		cseffr:cell_methods = "time: point" ;
		cseffr:long_name = "effective radius of stratiform cloud snow particle in um" ;
		cseffr:missing_value = 9.99e+20f ;
		cseffr:output_file = "phy" ;
		cseffr:units = "um" ;
	float csulf(time, grid_yt, grid_xt) ;
		csulf:_FillValue = 9.99e+20f ;
		csulf:cell_methods = "time: point" ;
		csulf:long_name = "Clear Sky Upward Long Wave Flux" ;
		csulf:missing_value = 9.99e+20f ;
		csulf:output_file = "phy" ;
		csulf:units = "W/m**2" ;
	float csulftoa(time, grid_yt, grid_xt) ;
		csulftoa:_FillValue = 9.99e+20f ;
		csulftoa:cell_methods = "time: point" ;
		csulftoa:long_name = "Clear Sky Upward Long Wave Flux at toa" ;
		csulftoa:missing_value = 9.99e+20f ;
		csulftoa:output_file = "phy" ;
		csulftoa:units = "W/m**2" ;
	float csusf(time, grid_yt, grid_xt) ;
		csusf:_FillValue = 9.99e+20f ;
		csusf:cell_methods = "time: point" ;
		csusf:long_name = "Clear Sky Upward Short Wave Flux" ;
		csusf:missing_value = 9.99e+20f ;
		csusf:output_file = "phy" ;
		csusf:units = "W/m**2" ;
	float csusftoa(time, grid_yt, grid_xt) ;
		csusftoa:_FillValue = 9.99e+20f ;
		csusftoa:cell_methods = "time: point" ;
		csusftoa:long_name = "Clear Sky Upward Short Wave Flux at toa" ;
		csusftoa:missing_value = 9.99e+20f ;
		csusftoa:output_file = "phy" ;
		csusftoa:units = "W/m**2" ;
	float direvap(time, grid_yt, grid_xt) ;
		direvap:_FillValue = 9.99e+20f ;
		direvap:cell_methods = "time: point" ;
		direvap:long_name = "instantaneous direct evaporation over land" ;
		direvap:missing_value = 9.99e+20f ;
		direvap:output_file = "phy" ;
		direvap:units = "W m-2" ;
	float direvap_ave(time, grid_yt, grid_xt) ;
		direvap_ave:_FillValue = 9.99e+20f ;
		direvap_ave:cell_methods = "time: point" ;
		direvap_ave:long_name = "Direct Evaporation from Bare Soil" ;
		direvap_ave:missing_value = 9.99e+20f ;
		direvap_ave:output_file = "phy" ;
		direvap_ave:units = "W/m**2" ;
	float dlwrf(time, grid_yt, grid_xt) ;
		dlwrf:_FillValue = 9.99e+20f ;
		dlwrf:cell_methods = "time: point" ;
		dlwrf:long_name = "instantaneous surface downward longwave flux" ;
		dlwrf:missing_value = 9.99e+20f ;
		dlwrf:output_file = "phy" ;
		dlwrf:units = "W/m**2" ;
	float dlwrf_ave(time, grid_yt, grid_xt) ;
		dlwrf_ave:_FillValue = 9.99e+20f ;
		dlwrf_ave:cell_methods = "time: point" ;
		dlwrf_ave:long_name = "surface downward longwave flux" ;
		dlwrf_ave:missing_value = 9.99e+20f ;
		dlwrf_ave:output_file = "phy" ;
		dlwrf_ave:units = "W/m**2" ;
	float dpt2m(time, grid_yt, grid_xt) ;
		dpt2m:_FillValue = 9.99e+20f ;
		dpt2m:cell_methods = "time: point" ;
		dpt2m:long_name = "2 meter dew point temperature" ;
		dpt2m:missing_value = 9.99e+20f ;
		dpt2m:output_file = "phy" ;
		dpt2m:units = "K" ;
	float dswrf(time, grid_yt, grid_xt) ;
		dswrf:_FillValue = 9.99e+20f ;
		dswrf:cell_methods = "time: point" ;
		dswrf:long_name = "instantaneous surface downward shortwave flux" ;
		dswrf:missing_value = 9.99e+20f ;
		dswrf:output_file = "phy" ;
		dswrf:units = "W/m**2" ;
	float dswrf_ave(time, grid_yt, grid_xt) ;
		dswrf_ave:_FillValue = 9.99e+20f ;
		dswrf_ave:cell_methods = "time: point" ;
		dswrf_ave:long_name = "averaged surface downward shortwave flux" ;
		dswrf_ave:missing_value = 9.99e+20f ;
		dswrf_ave:output_file = "phy" ;
		dswrf_ave:units = "W/m**2" ;
	float dswrf_avetoa(time, grid_yt, grid_xt) ;
		dswrf_avetoa:_FillValue = 9.99e+20f ;
		dswrf_avetoa:cell_methods = "time: point" ;
		dswrf_avetoa:long_name = "top of atmos downward shortwave flux" ;
		dswrf_avetoa:missing_value = 9.99e+20f ;
		dswrf_avetoa:output_file = "phy" ;
		dswrf_avetoa:units = "W/m**2" ;
	float duvb_ave(time, grid_yt, grid_xt) ;
		duvb_ave:_FillValue = 9.99e+20f ;
		duvb_ave:cell_methods = "time: point" ;
		duvb_ave:long_name = "UV-B Downward Solar Flux" ;
		duvb_ave:missing_value = 9.99e+20f ;
		duvb_ave:output_file = "phy" ;
		duvb_ave:units = "W/m**2" ;
	float ebu_smoke(time, pfull, grid_yt, grid_xt) ;
		ebu_smoke:_FillValue = 9.99e+20f ;
		ebu_smoke:cell_methods = "time: point" ;
		ebu_smoke:long_name = "smoke emission" ;
		ebu_smoke:missing_value = 9.99e+20f ;
		ebu_smoke:output_file = "phy" ;
		ebu_smoke:units = "ug/m2/s" ;
	float el_pbl(time, pfull, grid_yt, grid_xt) ;
		el_pbl:_FillValue = 9.99e+20f ;
		el_pbl:cell_methods = "time: point" ;
		el_pbl:long_name = "turbulent mixing length" ;
		el_pbl:missing_value = 9.99e+20f ;
		el_pbl:output_file = "phy" ;
		el_pbl:units = "m" ;
	float emanoc(time, grid_yt, grid_xt) ;
		emanoc:_FillValue = 9.99e+20f ;
		emanoc:cell_methods = "time: point" ;
		emanoc:long_name = "emission of anoc for thompson mp" ;
		emanoc:missing_value = 9.99e+20f ;
		emanoc:output_file = "phy" ;
		emanoc:units = "ug m-2 s-1" ;
	float emdust(time, grid_yt, grid_xt) ;
		emdust:_FillValue = 9.99e+20f ;
		emdust:cell_methods = "time: point" ;
		emdust:long_name = "emission of fine dust for smoke" ;
		emdust:missing_value = 9.99e+20f ;
		emdust:output_file = "phy" ;
		emdust:units = "ug m-2 s-1" ;
	float emseas(time, grid_yt, grid_xt) ;
		emseas:_FillValue = 9.99e+20f ;
		emseas:cell_methods = "time: point" ;
		emseas:long_name = "emission of seas for smoke" ;
		emseas:missing_value = 9.99e+20f ;
		emseas:output_file = "phy" ;
		emseas:units = "ug m-2 s-1" ;
	float ext550(time, pfull, grid_yt, grid_xt) ;
		ext550:_FillValue = 9.99e+20f ;
		ext550:cell_methods = "time: point" ;
		ext550:long_name = "3d total extinction at 550nm" ;
		ext550:missing_value = 9.99e+20f ;
		ext550:output_file = "phy" ;
		ext550:units = "" ;
	float f10m(time, grid_yt, grid_xt) ;
		f10m:_FillValue = 9.99e+20f ;
		f10m:cell_methods = "time: point" ;
		f10m:long_name = "10-meter wind speed divided by lowest model wind speed" ;
		f10m:missing_value = 9.99e+20f ;
		f10m:output_file = "phy" ;
		f10m:units = "N/A" ;
	float facsf(time, grid_yt, grid_xt) ;
		facsf:_FillValue = 9.99e+20f ;
		facsf:cell_methods = "time: point" ;
		facsf:long_name = "fractional coverage with strong cosz dependency" ;
		facsf:missing_value = 9.99e+20f ;
		facsf:output_file = "phy" ;
		facsf:units = "XXX" ;
	float facwf(time, grid_yt, grid_xt) ;
		facwf:_FillValue = 9.99e+20f ;
		facwf:cell_methods = "time: point" ;
		facwf:long_name = "fractional coverage with weak cosz dependency" ;
		facwf:missing_value = 9.99e+20f ;
		facwf:output_file = "phy" ;
		facwf:units = "XXX" ;
	float ffhh(time, grid_yt, grid_xt) ;
		ffhh:_FillValue = 9.99e+20f ;
		ffhh:cell_methods = "time: point" ;
		ffhh:long_name = "fh parameter from PBL scheme" ;
		ffhh:missing_value = 9.99e+20f ;
		ffhh:output_file = "phy" ;
		ffhh:units = "XXX" ;
	float ffmm(time, grid_yt, grid_xt) ;
		ffmm:_FillValue = 9.99e+20f ;
		ffmm:cell_methods = "time: point" ;
		ffmm:long_name = "fm parameter from PBL scheme" ;
		ffmm:missing_value = 9.99e+20f ;
		ffmm:output_file = "phy" ;
		ffmm:units = "XXX" ;
	float flhc(time, grid_yt, grid_xt) ;
		flhc:_FillValue = 9.99e+20f ;
		flhc:cell_methods = "time: point" ;
		flhc:long_name = "surface exchange coefficient for heat" ;
		flhc:missing_value = 9.99e+20f ;
		flhc:output_file = "phy" ;
		flhc:units = "W m-2 K-1" ;
	float flqc(time, grid_yt, grid_xt) ;
		flqc:_FillValue = 9.99e+20f ;
		flqc:cell_methods = "time: point" ;
		flqc:long_name = "surface exchange coefficient for moisture" ;
		flqc:missing_value = 9.99e+20f ;
		flqc:output_file = "phy" ;
		flqc:units = "kg m-2 s-1" ;
	float fricv(time, grid_yt, grid_xt) ;
		fricv:_FillValue = 9.99e+20f ;
		fricv:cell_methods = "time: point" ;
		fricv:long_name = "uustar surface frictional wind" ;
		fricv:missing_value = 9.99e+20f ;
		fricv:output_file = "phy" ;
		fricv:units = "XXX" ;
	float frozr(time, grid_yt, grid_xt) ;
		frozr:_FillValue = 9.99e+20f ;
		frozr:cell_methods = "time: point" ;
		frozr:long_name = "accumulated surface graupel" ;
		frozr:missing_value = 9.99e+20f ;
		frozr:output_file = "phy" ;
		frozr:units = "kg/m**2" ;
	float frozrb(time, grid_yt, grid_xt) ;
		frozrb:_FillValue = 9.99e+20f ;
		frozrb:cell_methods = "time: point" ;
		frozrb:long_name = "accumulated surface graupel in bucket" ;
		frozrb:missing_value = 9.99e+20f ;
		frozrb:output_file = "phy" ;
		frozrb:units = "kg/m**2" ;
	float frzr(time, grid_yt, grid_xt) ;
		frzr:_FillValue = 9.99e+20f ;
		frzr:cell_methods = "time: point" ;
		frzr:long_name = "accumulated surface freezing rain" ;
		frzr:missing_value = 9.99e+20f ;
		frzr:output_file = "phy" ;
		frzr:units = "kg/m**2" ;
	float frzrb(time, grid_yt, grid_xt) ;
		frzrb:_FillValue = 9.99e+20f ;
		frzrb:cell_methods = "time: point" ;
		frzrb:long_name = "accumulated surface freezing rain in bucket" ;
		frzrb:missing_value = 9.99e+20f ;
		frzrb:output_file = "phy" ;
		frzrb:units = "kg/m**2" ;
	float gflux(time, grid_yt, grid_xt) ;
		gflux:_FillValue = 9.99e+20f ;
		gflux:cell_methods = "time: point" ;
		gflux:long_name = "instantaneous surface ground heat flux" ;
		gflux:missing_value = 9.99e+20f ;
		gflux:output_file = "phy" ;
		gflux:units = "W/m**2" ;
	float gflux_ave(time, grid_yt, grid_xt) ;
		gflux_ave:_FillValue = 9.99e+20f ;
		gflux_ave:cell_methods = "time: point" ;
		gflux_ave:long_name = "surface ground heat flux" ;
		gflux_ave:missing_value = 9.99e+20f ;
		gflux_ave:output_file = "phy" ;
		gflux_ave:units = "W/m**2" ;
	float graupel(time, grid_yt, grid_xt) ;
		graupel:_FillValue = 9.99e+20f ;
		graupel:cell_methods = "time: point" ;
		graupel:long_name = "graupel fall at this time step" ;
		graupel:missing_value = 9.99e+20f ;
		graupel:output_file = "phy" ;
		graupel:units = "XXX" ;
	float hgt_hyblev1(time, grid_yt, grid_xt) ;
		hgt_hyblev1:_FillValue = 9.99e+20f ;
		hgt_hyblev1:cell_methods = "time: point" ;
		hgt_hyblev1:long_name = "layer 1 height" ;
		hgt_hyblev1:missing_value = 9.99e+20f ;
		hgt_hyblev1:output_file = "phy" ;
		hgt_hyblev1:units = "m" ;
	float hpbl(time, grid_yt, grid_xt) ;
		hpbl:_FillValue = 9.99e+20f ;
		hpbl:cell_methods = "time: point" ;
		hpbl:long_name = "surface planetary boundary layer height" ;
		hpbl:missing_value = 9.99e+20f ;
		hpbl:output_file = "phy" ;
		hpbl:units = "m" ;
	float hwp(time, grid_yt, grid_xt) ;
		hwp:_FillValue = 9.99e+20f ;
		hwp:cell_methods = "time: point" ;
		hwp:long_name = "hourly fire weather potential" ;
		hwp:missing_value = 9.99e+20f ;
		hwp:output_file = "phy" ;
		hwp:units = "" ;
	float icec(time, grid_yt, grid_xt) ;
		icec:_FillValue = 9.99e+20f ;
		icec:cell_methods = "time: point" ;
		icec:long_name = "surface ice concentration (ice=1; no ice=0)" ;
		icec:missing_value = 9.99e+20f ;
		icec:output_file = "phy" ;
		icec:units = "fraction" ;
	float icetk(time, grid_yt, grid_xt) ;
		icetk:_FillValue = 9.99e+20f ;
		icetk:cell_methods = "time: point" ;
		icetk:long_name = "sea ice thickness (icetk in gfs_data)" ;
		icetk:missing_value = 9.99e+20f ;
		icetk:output_file = "phy" ;
		icetk:units = "m" ;
	float lake_albedo(time, grid_yt, grid_xt) ;
		lake_albedo:_FillValue = 9.99e+20f ;
		lake_albedo:cell_methods = "time: point" ;
		lake_albedo:long_name = "mid day surface albedo over lake" ;
		lake_albedo:missing_value = 9.99e+20f ;
		lake_albedo:output_file = "phy" ;
		lake_albedo:units = "fraction" ;
	float lake_h2osno2d(time, grid_yt, grid_xt) ;
		lake_h2osno2d:_FillValue = 9.99e+20f ;
		lake_h2osno2d:cell_methods = "time: point" ;
		lake_h2osno2d:long_name = "water equiv of acc snow depth over lake" ;
		lake_h2osno2d:missing_value = 9.99e+20f ;
		lake_h2osno2d:output_file = "phy" ;
		lake_h2osno2d:units = "mm" ;
	float lake_icefrac3d_1(time, grid_yt, grid_xt) ;
		lake_icefrac3d_1:_FillValue = 9.99e+20f ;
		lake_icefrac3d_1:cell_methods = "time: point" ;
		lake_icefrac3d_1:long_name = "lake fractional ice cover level 1 of 10" ;
		lake_icefrac3d_1:missing_value = 9.99e+20f ;
		lake_icefrac3d_1:output_file = "phy" ;
		lake_icefrac3d_1:units = "fraction" ;
	float lake_icefrac3d_10(time, grid_yt, grid_xt) ;
		lake_icefrac3d_10:_FillValue = 9.99e+20f ;
		lake_icefrac3d_10:cell_methods = "time: point" ;
		lake_icefrac3d_10:long_name = "lake fractional ice cover level 10 of 10" ;
		lake_icefrac3d_10:missing_value = 9.99e+20f ;
		lake_icefrac3d_10:output_file = "phy" ;
		lake_icefrac3d_10:units = "fraction" ;
	float lake_icefrac3d_2(time, grid_yt, grid_xt) ;
		lake_icefrac3d_2:_FillValue = 9.99e+20f ;
		lake_icefrac3d_2:cell_methods = "time: point" ;
		lake_icefrac3d_2:long_name = "lake fractional ice cover level 2 of 10" ;
		lake_icefrac3d_2:missing_value = 9.99e+20f ;
		lake_icefrac3d_2:output_file = "phy" ;
		lake_icefrac3d_2:units = "fraction" ;
	float lake_icefrac3d_3(time, grid_yt, grid_xt) ;
		lake_icefrac3d_3:_FillValue = 9.99e+20f ;
		lake_icefrac3d_3:cell_methods = "time: point" ;
		lake_icefrac3d_3:long_name = "lake fractional ice cover level 3 of 10" ;
		lake_icefrac3d_3:missing_value = 9.99e+20f ;
		lake_icefrac3d_3:output_file = "phy" ;
		lake_icefrac3d_3:units = "fraction" ;
	float lake_icefrac3d_4(time, grid_yt, grid_xt) ;
		lake_icefrac3d_4:_FillValue = 9.99e+20f ;
		lake_icefrac3d_4:cell_methods = "time: point" ;
		lake_icefrac3d_4:long_name = "lake fractional ice cover level 4 of 10" ;
		lake_icefrac3d_4:missing_value = 9.99e+20f ;
		lake_icefrac3d_4:output_file = "phy" ;
		lake_icefrac3d_4:units = "fraction" ;
	float lake_icefrac3d_5(time, grid_yt, grid_xt) ;
		lake_icefrac3d_5:_FillValue = 9.99e+20f ;
		lake_icefrac3d_5:cell_methods = "time: point" ;
		lake_icefrac3d_5:long_name = "lake fractional ice cover level 5 of 10" ;
		lake_icefrac3d_5:missing_value = 9.99e+20f ;
		lake_icefrac3d_5:output_file = "phy" ;
		lake_icefrac3d_5:units = "fraction" ;
	float lake_icefrac3d_6(time, grid_yt, grid_xt) ;
		lake_icefrac3d_6:_FillValue = 9.99e+20f ;
		lake_icefrac3d_6:cell_methods = "time: point" ;
		lake_icefrac3d_6:long_name = "lake fractional ice cover level 6 of 10" ;
		lake_icefrac3d_6:missing_value = 9.99e+20f ;
		lake_icefrac3d_6:output_file = "phy" ;
		lake_icefrac3d_6:units = "fraction" ;
	float lake_icefrac3d_7(time, grid_yt, grid_xt) ;
		lake_icefrac3d_7:_FillValue = 9.99e+20f ;
		lake_icefrac3d_7:cell_methods = "time: point" ;
		lake_icefrac3d_7:long_name = "lake fractional ice cover level 7 of 10" ;
		lake_icefrac3d_7:missing_value = 9.99e+20f ;
		lake_icefrac3d_7:output_file = "phy" ;
		lake_icefrac3d_7:units = "fraction" ;
	float lake_icefrac3d_8(time, grid_yt, grid_xt) ;
		lake_icefrac3d_8:_FillValue = 9.99e+20f ;
		lake_icefrac3d_8:cell_methods = "time: point" ;
		lake_icefrac3d_8:long_name = "lake fractional ice cover level 8 of 10" ;
		lake_icefrac3d_8:missing_value = 9.99e+20f ;
		lake_icefrac3d_8:output_file = "phy" ;
		lake_icefrac3d_8:units = "fraction" ;
	float lake_icefrac3d_9(time, grid_yt, grid_xt) ;
		lake_icefrac3d_9:_FillValue = 9.99e+20f ;
		lake_icefrac3d_9:cell_methods = "time: point" ;
		lake_icefrac3d_9:long_name = "lake fractional ice cover level 9 of 10" ;
		lake_icefrac3d_9:missing_value = 9.99e+20f ;
		lake_icefrac3d_9:output_file = "phy" ;
		lake_icefrac3d_9:units = "fraction" ;
	float lake_q2m(time, grid_yt, grid_xt) ;
		lake_q2m:_FillValue = 9.99e+20f ;
		lake_q2m:cell_methods = "time: point" ;
		lake_q2m:long_name = "2m specific humidity from Lake Model" ;
		lake_q2m:missing_value = 9.99e+20f ;
		lake_q2m:output_file = "phy" ;
		lake_q2m:units = "kg/kg" ;
	float lake_savedtke12d(time, grid_yt, grid_xt) ;
		lake_savedtke12d:_FillValue = 9.99e+20f ;
		lake_savedtke12d:cell_methods = "time: point" ;
		lake_savedtke12d:long_name = "top level eddy conductivity from previous timestep in clm lake model" ;
		lake_savedtke12d:missing_value = 9.99e+20f ;
		lake_savedtke12d:output_file = "phy" ;
		lake_savedtke12d:units = "kg m-3" ;
	float lake_sndpth2d(time, grid_yt, grid_xt) ;
		lake_sndpth2d:_FillValue = 9.99e+20f ;
		lake_sndpth2d:cell_methods = "time: point" ;
		lake_sndpth2d:long_name = "actual acc snow depth over lake in clm lake model" ;
		lake_sndpth2d:missing_value = 9.99e+20f ;
		lake_sndpth2d:output_file = "phy" ;
		lake_sndpth2d:units = "m" ;
	float lake_snl2d(time, grid_yt, grid_xt) ;
		lake_snl2d:_FillValue = 9.99e+20f ;
		lake_snl2d:cell_methods = "time: point" ;
		lake_snl2d:long_name = "snow layers in clm lake model (treated as integer)" ;
		lake_snl2d:missing_value = 9.99e+20f ;
		lake_snl2d:output_file = "phy" ;
		lake_snl2d:units = "count" ;
	float lake_t2m(time, grid_yt, grid_xt) ;
		lake_t2m:_FillValue = 9.99e+20f ;
		lake_t2m:cell_methods = "time: point" ;
		lake_t2m:long_name = "Temperature at 2 m from Lake Model" ;
		lake_t2m:missing_value = 9.99e+20f ;
		lake_t2m:output_file = "phy" ;
		lake_t2m:units = "K" ;
	float lake_t_lake3d_1(time, grid_yt, grid_xt) ;
		lake_t_lake3d_1:_FillValue = 9.99e+20f ;
		lake_t_lake3d_1:cell_methods = "time: point" ;
		lake_t_lake3d_1:long_name = "lake layer temperature level 1 of 10" ;
		lake_t_lake3d_1:missing_value = 9.99e+20f ;
		lake_t_lake3d_1:output_file = "phy" ;
		lake_t_lake3d_1:units = "K" ;
	float lake_t_lake3d_10(time, grid_yt, grid_xt) ;
		lake_t_lake3d_10:_FillValue = 9.99e+20f ;
		lake_t_lake3d_10:cell_methods = "time: point" ;
		lake_t_lake3d_10:long_name = "lake layer temperature level 10 of 10" ;
		lake_t_lake3d_10:missing_value = 9.99e+20f ;
		lake_t_lake3d_10:output_file = "phy" ;
		lake_t_lake3d_10:units = "K" ;
	float lake_t_lake3d_2(time, grid_yt, grid_xt) ;
		lake_t_lake3d_2:_FillValue = 9.99e+20f ;
		lake_t_lake3d_2:cell_methods = "time: point" ;
		lake_t_lake3d_2:long_name = "lake layer temperature level 2 of 10" ;
		lake_t_lake3d_2:missing_value = 9.99e+20f ;
		lake_t_lake3d_2:output_file = "phy" ;
		lake_t_lake3d_2:units = "K" ;
	float lake_t_lake3d_3(time, grid_yt, grid_xt) ;
		lake_t_lake3d_3:_FillValue = 9.99e+20f ;
		lake_t_lake3d_3:cell_methods = "time: point" ;
		lake_t_lake3d_3:long_name = "lake layer temperature level 3 of 10" ;
		lake_t_lake3d_3:missing_value = 9.99e+20f ;
		lake_t_lake3d_3:output_file = "phy" ;
		lake_t_lake3d_3:units = "K" ;
	float lake_t_lake3d_4(time, grid_yt, grid_xt) ;
		lake_t_lake3d_4:_FillValue = 9.99e+20f ;
		lake_t_lake3d_4:cell_methods = "time: point" ;
		lake_t_lake3d_4:long_name = "lake layer temperature level 4 of 10" ;
		lake_t_lake3d_4:missing_value = 9.99e+20f ;
		lake_t_lake3d_4:output_file = "phy" ;
		lake_t_lake3d_4:units = "K" ;
	float lake_t_lake3d_5(time, grid_yt, grid_xt) ;
		lake_t_lake3d_5:_FillValue = 9.99e+20f ;
		lake_t_lake3d_5:cell_methods = "time: point" ;
		lake_t_lake3d_5:long_name = "lake layer temperature level 5 of 10" ;
		lake_t_lake3d_5:missing_value = 9.99e+20f ;
		lake_t_lake3d_5:output_file = "phy" ;
		lake_t_lake3d_5:units = "K" ;
	float lake_t_lake3d_6(time, grid_yt, grid_xt) ;
		lake_t_lake3d_6:_FillValue = 9.99e+20f ;
		lake_t_lake3d_6:cell_methods = "time: point" ;
		lake_t_lake3d_6:long_name = "lake layer temperature level 6 of 10" ;
		lake_t_lake3d_6:missing_value = 9.99e+20f ;
		lake_t_lake3d_6:output_file = "phy" ;
		lake_t_lake3d_6:units = "K" ;
	float lake_t_lake3d_7(time, grid_yt, grid_xt) ;
		lake_t_lake3d_7:_FillValue = 9.99e+20f ;
		lake_t_lake3d_7:cell_methods = "time: point" ;
		lake_t_lake3d_7:long_name = "lake layer temperature level 7 of 10" ;
		lake_t_lake3d_7:missing_value = 9.99e+20f ;
		lake_t_lake3d_7:output_file = "phy" ;
		lake_t_lake3d_7:units = "K" ;
	float lake_t_lake3d_8(time, grid_yt, grid_xt) ;
		lake_t_lake3d_8:_FillValue = 9.99e+20f ;
		lake_t_lake3d_8:cell_methods = "time: point" ;
		lake_t_lake3d_8:long_name = "lake layer temperature level 8 of 10" ;
		lake_t_lake3d_8:missing_value = 9.99e+20f ;
		lake_t_lake3d_8:output_file = "phy" ;
		lake_t_lake3d_8:units = "K" ;
	float lake_t_lake3d_9(time, grid_yt, grid_xt) ;
		lake_t_lake3d_9:_FillValue = 9.99e+20f ;
		lake_t_lake3d_9:cell_methods = "time: point" ;
		lake_t_lake3d_9:long_name = "lake layer temperature level 9 of 10" ;
		lake_t_lake3d_9:missing_value = 9.99e+20f ;
		lake_t_lake3d_9:output_file = "phy" ;
		lake_t_lake3d_9:units = "K" ;
	float lake_t_soisno3d_1(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_1:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_1:cell_methods = "time: point" ;
		lake_t_soisno3d_1:long_name = "snow or soil level temperature level 1 of 15" ;
		lake_t_soisno3d_1:missing_value = 9.99e+20f ;
		lake_t_soisno3d_1:output_file = "phy" ;
		lake_t_soisno3d_1:units = "K" ;
	float lake_t_soisno3d_10(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_10:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_10:cell_methods = "time: point" ;
		lake_t_soisno3d_10:long_name = "snow or soil level temperature level 10 of 15" ;
		lake_t_soisno3d_10:missing_value = 9.99e+20f ;
		lake_t_soisno3d_10:output_file = "phy" ;
		lake_t_soisno3d_10:units = "K" ;
	float lake_t_soisno3d_11(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_11:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_11:cell_methods = "time: point" ;
		lake_t_soisno3d_11:long_name = "snow or soil level temperature level 11 of 15" ;
		lake_t_soisno3d_11:missing_value = 9.99e+20f ;
		lake_t_soisno3d_11:output_file = "phy" ;
		lake_t_soisno3d_11:units = "K" ;
	float lake_t_soisno3d_12(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_12:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_12:cell_methods = "time: point" ;
		lake_t_soisno3d_12:long_name = "snow or soil level temperature level 12 of 15" ;
		lake_t_soisno3d_12:missing_value = 9.99e+20f ;
		lake_t_soisno3d_12:output_file = "phy" ;
		lake_t_soisno3d_12:units = "K" ;
	float lake_t_soisno3d_13(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_13:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_13:cell_methods = "time: point" ;
		lake_t_soisno3d_13:long_name = "snow or soil level temperature level 13 of 15" ;
		lake_t_soisno3d_13:missing_value = 9.99e+20f ;
		lake_t_soisno3d_13:output_file = "phy" ;
		lake_t_soisno3d_13:units = "K" ;
	float lake_t_soisno3d_14(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_14:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_14:cell_methods = "time: point" ;
		lake_t_soisno3d_14:long_name = "snow or soil level temperature level 14 of 15" ;
		lake_t_soisno3d_14:missing_value = 9.99e+20f ;
		lake_t_soisno3d_14:output_file = "phy" ;
		lake_t_soisno3d_14:units = "K" ;
	float lake_t_soisno3d_15(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_15:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_15:cell_methods = "time: point" ;
		lake_t_soisno3d_15:long_name = "snow or soil level temperature level 15 of 15" ;
		lake_t_soisno3d_15:missing_value = 9.99e+20f ;
		lake_t_soisno3d_15:output_file = "phy" ;
		lake_t_soisno3d_15:units = "K" ;
	float lake_t_soisno3d_2(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_2:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_2:cell_methods = "time: point" ;
		lake_t_soisno3d_2:long_name = "snow or soil level temperature level 2 of 15" ;
		lake_t_soisno3d_2:missing_value = 9.99e+20f ;
		lake_t_soisno3d_2:output_file = "phy" ;
		lake_t_soisno3d_2:units = "K" ;
	float lake_t_soisno3d_3(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_3:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_3:cell_methods = "time: point" ;
		lake_t_soisno3d_3:long_name = "snow or soil level temperature level 3 of 15" ;
		lake_t_soisno3d_3:missing_value = 9.99e+20f ;
		lake_t_soisno3d_3:output_file = "phy" ;
		lake_t_soisno3d_3:units = "K" ;
	float lake_t_soisno3d_4(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_4:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_4:cell_methods = "time: point" ;
		lake_t_soisno3d_4:long_name = "snow or soil level temperature level 4 of 15" ;
		lake_t_soisno3d_4:missing_value = 9.99e+20f ;
		lake_t_soisno3d_4:output_file = "phy" ;
		lake_t_soisno3d_4:units = "K" ;
	float lake_t_soisno3d_5(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_5:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_5:cell_methods = "time: point" ;
		lake_t_soisno3d_5:long_name = "snow or soil level temperature level 5 of 15" ;
		lake_t_soisno3d_5:missing_value = 9.99e+20f ;
		lake_t_soisno3d_5:output_file = "phy" ;
		lake_t_soisno3d_5:units = "K" ;
	float lake_t_soisno3d_6(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_6:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_6:cell_methods = "time: point" ;
		lake_t_soisno3d_6:long_name = "snow or soil level temperature level 6 of 15" ;
		lake_t_soisno3d_6:missing_value = 9.99e+20f ;
		lake_t_soisno3d_6:output_file = "phy" ;
		lake_t_soisno3d_6:units = "K" ;
	float lake_t_soisno3d_7(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_7:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_7:cell_methods = "time: point" ;
		lake_t_soisno3d_7:long_name = "snow or soil level temperature level 7 of 15" ;
		lake_t_soisno3d_7:missing_value = 9.99e+20f ;
		lake_t_soisno3d_7:output_file = "phy" ;
		lake_t_soisno3d_7:units = "K" ;
	float lake_t_soisno3d_8(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_8:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_8:cell_methods = "time: point" ;
		lake_t_soisno3d_8:long_name = "snow or soil level temperature level 8 of 15" ;
		lake_t_soisno3d_8:missing_value = 9.99e+20f ;
		lake_t_soisno3d_8:output_file = "phy" ;
		lake_t_soisno3d_8:units = "K" ;
	float lake_t_soisno3d_9(time, grid_yt, grid_xt) ;
		lake_t_soisno3d_9:_FillValue = 9.99e+20f ;
		lake_t_soisno3d_9:cell_methods = "time: point" ;
		lake_t_soisno3d_9:long_name = "snow or soil level temperature level 9 of 15" ;
		lake_t_soisno3d_9:missing_value = 9.99e+20f ;
		lake_t_soisno3d_9:output_file = "phy" ;
		lake_t_soisno3d_9:units = "K" ;
	float lakedepth(time, grid_yt, grid_xt) ;
		lakedepth:_FillValue = 9.99e+20f ;
		lakedepth:cell_methods = "time: point" ;
		lakedepth:long_name = "Lake Depth" ;
		lakedepth:missing_value = 9.99e+20f ;
		lakedepth:output_file = "phy" ;
		lakedepth:units = "m" ;
	float lakefrac(time, grid_yt, grid_xt) ;
		lakefrac:_FillValue = 9.99e+20f ;
		lakefrac:cell_methods = "time: point" ;
		lakefrac:long_name = "Lake Fraction" ;
		lakefrac:missing_value = 9.99e+20f ;
		lakefrac:output_file = "phy" ;
		lakefrac:units = "fraction" ;
	float land(time, grid_yt, grid_xt) ;
		land:_FillValue = 9.99e+20f ;
		land:cell_methods = "time: point" ;
		land:long_name = "sea-land-ice mask (0-sea, 1-land, 2-ice)" ;
		land:missing_value = 9.99e+20f ;
		land:output_file = "phy" ;
		land:units = "numerical" ;
	float lhtfl(time, grid_yt, grid_xt) ;
		lhtfl:_FillValue = 9.99e+20f ;
		lhtfl:cell_methods = "time: point" ;
		lhtfl:long_name = "instantaneous surface latent heat net flux" ;
		lhtfl:missing_value = 9.99e+20f ;
		lhtfl:output_file = "phy" ;
		lhtfl:units = "W/m**2" ;
	float lhtfl_ave(time, grid_yt, grid_xt) ;
		lhtfl_ave:_FillValue = 9.99e+20f ;
		lhtfl_ave:cell_methods = "time: point" ;
		lhtfl_ave:long_name = "surface latent heat flux" ;
		lhtfl_ave:missing_value = 9.99e+20f ;
		lhtfl_ave:output_file = "phy" ;
		lhtfl_ave:units = "w/m**2" ;
	float ltg1_max(time, grid_yt, grid_xt) ;
		ltg1_max:_FillValue = 9.99e+20f ;
		ltg1_max:cell_methods = "time: point" ;
		ltg1_max:long_name = "Max Lightning Threat 1" ;
		ltg1_max:missing_value = 9.99e+20f ;
		ltg1_max:output_file = "phy" ;
		ltg1_max:units = "flashes/(5 min)" ;
	float ltg2_max(time, grid_yt, grid_xt) ;
		ltg2_max:_FillValue = 9.99e+20f ;
		ltg2_max:cell_methods = "time: point" ;
		ltg2_max:long_name = "Max Lightning Threat 2" ;
		ltg2_max:missing_value = 9.99e+20f ;
		ltg2_max:output_file = "phy" ;
		ltg2_max:units = "flashes/(5 min)" ;
	float ltg3_max(time, grid_yt, grid_xt) ;
		ltg3_max:_FillValue = 9.99e+20f ;
		ltg3_max:cell_methods = "time: point" ;
		ltg3_max:long_name = "Max Lightning Threat 3" ;
		ltg3_max:missing_value = 9.99e+20f ;
		ltg3_max:output_file = "phy" ;
		ltg3_max:units = "flashes/(5 min)" ;
	float max_fplume(time, grid_yt, grid_xt) ;
		max_fplume:_FillValue = 9.99e+20f ;
		max_fplume:cell_methods = "time: point" ;
		max_fplume:long_name = "maximum smoke plume height" ;
		max_fplume:missing_value = 9.99e+20f ;
		max_fplume:output_file = "phy" ;
		max_fplume:units = "" ;
	float maxmf(time, grid_yt, grid_xt) ;
		maxmf:_FillValue = 9.99e+20f ;
		maxmf:cell_methods = "time: point" ;
		maxmf:long_name = "maximum mass-flux in column" ;
		maxmf:missing_value = 9.99e+20f ;
		maxmf:output_file = "phy" ;
		maxmf:units = "m s-1" ;
	float min_fplume(time, grid_yt, grid_xt) ;
		min_fplume:_FillValue = 9.99e+20f ;
		min_fplume:cell_methods = "time: point" ;
		min_fplume:long_name = "minimum smoke plume height" ;
		min_fplume:missing_value = 9.99e+20f ;
		min_fplume:output_file = "phy" ;
		min_fplume:units = "" ;
	float nbdsf_ave(time, grid_yt, grid_xt) ;
		nbdsf_ave:_FillValue = 9.99e+20f ;
		nbdsf_ave:cell_methods = "time: point" ;
		nbdsf_ave:long_name = "Near IR Beam Downward Solar Flux" ;
		nbdsf_ave:missing_value = 9.99e+20f ;
		nbdsf_ave:output_file = "phy" ;
		nbdsf_ave:units = "W/m**2" ;
	float nddsf_ave(time, grid_yt, grid_xt) ;
		nddsf_ave:_FillValue = 9.99e+20f ;
		nddsf_ave:cell_methods = "time: point" ;
		nddsf_ave:long_name = "Near IR Diffuse Downward Solar Flux" ;
		nddsf_ave:missing_value = 9.99e+20f ;
		nddsf_ave:output_file = "phy" ;
		nddsf_ave:units = "W/m**2" ;
	float nifa(time, pfull, grid_yt, grid_xt) ;
		nifa:_FillValue = 9.99e+20f ;
		nifa:cell_methods = "time: point" ;
		nifa:long_name = "number concentration of ice-friendly aerosols" ;
		nifa:missing_value = 9.99e+20f ;
		nifa:output_file = "phy" ;
		nifa:units = "kg-1" ;
	float nifa2d(time, grid_yt, grid_xt) ;
		nifa2d:_FillValue = 9.99e+20f ;
		nifa2d:cell_methods = "time: point" ;
		nifa2d:long_name = "ice-friendly surface aerosol source" ;
		nifa2d:missing_value = 9.99e+20f ;
		nifa2d:output_file = "phy" ;
		nifa2d:units = "kg-1 s-1" ;
	float nirbmdi(time, grid_yt, grid_xt) ;
		nirbmdi:_FillValue = 9.99e+20f ;
		nirbmdi:cell_methods = "time: point" ;
		nirbmdi:long_name = "sfc nir beam sw downward flux" ;
		nirbmdi:missing_value = 9.99e+20f ;
		nirbmdi:output_file = "phy" ;
		nirbmdi:units = "W/m**2" ;
	float nirdfdi(time, grid_yt, grid_xt) ;
		nirdfdi:_FillValue = 9.99e+20f ;
		nirdfdi:cell_methods = "time: point" ;
		nirdfdi:long_name = "sfc nir diff sw downward flux" ;
		nirdfdi:missing_value = 9.99e+20f ;
		nirdfdi:output_file = "phy" ;
		nirdfdi:units = "W/m**2" ;
	float nwfa(time, pfull, grid_yt, grid_xt) ;
		nwfa:_FillValue = 9.99e+20f ;
		nwfa:cell_methods = "time: point" ;
		nwfa:long_name = "number concentration of water-friendly aerosols" ;
		nwfa:missing_value = 9.99e+20f ;
		nwfa:output_file = "phy" ;
		nwfa:units = "kg-1" ;
	float nwfa2d(time, grid_yt, grid_xt) ;
		nwfa2d:_FillValue = 9.99e+20f ;
		nwfa2d:cell_methods = "time: point" ;
		nwfa2d:long_name = "water-friendly surface aerosol source" ;
		nwfa2d:missing_value = 9.99e+20f ;
		nwfa2d:output_file = "phy" ;
		nwfa2d:units = "kg-1 s-1" ;
	float orog(time, grid_yt, grid_xt) ;
		orog:_FillValue = 9.99e+20f ;
		orog:cell_methods = "time: point" ;
		orog:long_name = "surface geopotential height" ;
		orog:missing_value = 9.99e+20f ;
		orog:output_file = "phy" ;
		orog:units = "gpm" ;
	float pevpr(time, grid_yt, grid_xt) ;
		pevpr:_FillValue = 9.99e+20f ;
		pevpr:cell_methods = "time: point" ;
		pevpr:long_name = "instantaneous surface potential evaporation" ;
		pevpr:missing_value = 9.99e+20f ;
		pevpr:output_file = "phy" ;
		pevpr:units = "W/M**2" ;
	float pevpr_ave(time, grid_yt, grid_xt) ;
		pevpr_ave:_FillValue = 9.99e+20f ;
		pevpr_ave:cell_methods = "time: point" ;
		pevpr_ave:long_name = "averaged potential evaporation rate" ;
		pevpr_ave:missing_value = 9.99e+20f ;
		pevpr_ave:output_file = "phy" ;
		pevpr_ave:units = "W/M**2" ;
	float prate_ave(time, grid_yt, grid_xt) ;
		prate_ave:_FillValue = 9.99e+20f ;
		prate_ave:cell_methods = "time: point" ;
		prate_ave:long_name = "surface precipitation rate" ;
		prate_ave:missing_value = 9.99e+20f ;
		prate_ave:output_file = "phy" ;
		prate_ave:units = "kg/m**2/s" ;
	float prateb_ave(time, grid_yt, grid_xt) ;
		prateb_ave:_FillValue = 9.99e+20f ;
		prateb_ave:cell_methods = "time: point" ;
		prateb_ave:long_name = "bucket surface precipitation rate" ;
		prateb_ave:missing_value = 9.99e+20f ;
		prateb_ave:output_file = "phy" ;
		prateb_ave:units = "kg/m**2/s" ;
	float pratemax(time, grid_yt, grid_xt) ;
		pratemax:_FillValue = 9.99e+20f ;
		pratemax:cell_methods = "time: point" ;
		pratemax:long_name = "max hourly precipitation rate" ;
		pratemax:missing_value = 9.99e+20f ;
		pratemax:output_file = "phy" ;
		pratemax:units = "mm h-1" ;
	float pres_avehcb(time, grid_yt, grid_xt) ;
		pres_avehcb:_FillValue = 9.99e+20f ;
		pres_avehcb:cell_methods = "time: point" ;
		pres_avehcb:long_name = "pressure high cloud bottom level" ;
		pres_avehcb:missing_value = 9.99e+20f ;
		pres_avehcb:output_file = "phy" ;
		pres_avehcb:units = "%" ;
	float pres_avehct(time, grid_yt, grid_xt) ;
		pres_avehct:_FillValue = 9.99e+20f ;
		pres_avehct:cell_methods = "time: point" ;
		pres_avehct:long_name = "pressure high cloud top level" ;
		pres_avehct:missing_value = 9.99e+20f ;
		pres_avehct:output_file = "phy" ;
		pres_avehct:units = "%" ;
	float pres_avelcb(time, grid_yt, grid_xt) ;
		pres_avelcb:_FillValue = 9.99e+20f ;
		pres_avelcb:cell_methods = "time: point" ;
		pres_avelcb:long_name = "pressure low cloud bottom level" ;
		pres_avelcb:missing_value = 9.99e+20f ;
		pres_avelcb:output_file = "phy" ;
		pres_avelcb:units = "%" ;
	float pres_avelct(time, grid_yt, grid_xt) ;
		pres_avelct:_FillValue = 9.99e+20f ;
		pres_avelct:cell_methods = "time: point" ;
		pres_avelct:long_name = "pressure low cloud top level" ;
		pres_avelct:missing_value = 9.99e+20f ;
		pres_avelct:output_file = "phy" ;
		pres_avelct:units = "%" ;
	float pres_avemcb(time, grid_yt, grid_xt) ;
		pres_avemcb:_FillValue = 9.99e+20f ;
		pres_avemcb:cell_methods = "time: point" ;
		pres_avemcb:long_name = "pressure middle cloud bottom level" ;
		pres_avemcb:missing_value = 9.99e+20f ;
		pres_avemcb:output_file = "phy" ;
		pres_avemcb:units = "%" ;
	float pres_avemct(time, grid_yt, grid_xt) ;
		pres_avemct:_FillValue = 9.99e+20f ;
		pres_avemct:cell_methods = "time: point" ;
		pres_avemct:long_name = "pressure middle cloud top level" ;
		pres_avemct:missing_value = 9.99e+20f ;
		pres_avemct:output_file = "phy" ;
		pres_avemct:units = "%" ;
	float pressfc(time, grid_yt, grid_xt) ;
		pressfc:_FillValue = 9.99e+20f ;
		pressfc:cell_methods = "time: point" ;
		pressfc:long_name = "surface pressure" ;
		pressfc:missing_value = 9.99e+20f ;
		pressfc:output_file = "phy" ;
		pressfc:units = "Pa" ;
	float pwatclm(time, grid_yt, grid_xt) ;
		pwatclm:_FillValue = 9.99e+20f ;
		pwatclm:cell_methods = "time: point" ;
		pwatclm:long_name = "atmos column precipitable water" ;
		pwatclm:missing_value = 9.99e+20f ;
		pwatclm:output_file = "phy" ;
		pwatclm:units = "kg/m**2" ;
	float qc_bl(time, pfull, grid_yt, grid_xt) ;
		qc_bl:_FillValue = 9.99e+20f ;
		qc_bl:cell_methods = "time: point" ;
		qc_bl:long_name = "subgrid cloud mixing ratio" ;
		qc_bl:missing_value = 9.99e+20f ;
		qc_bl:output_file = "phy" ;
		qc_bl:units = "frac" ;
	float qke(time, pfull, grid_yt, grid_xt) ;
		qke:_FillValue = 9.99e+20f ;
		qke:cell_methods = "time: point" ;
		qke:long_name = "2 X TKE (from mynn)" ;
		qke:missing_value = 9.99e+20f ;
		qke:output_file = "phy" ;
		qke:units = "m2 s-2" ;
	float refdmax(time, grid_yt, grid_xt) ;
		refdmax:_FillValue = 9.99e+20f ;
		refdmax:cell_methods = "time: point" ;
		refdmax:long_name = "max hourly 1-km agl reflectivity" ;
		refdmax:missing_value = 9.99e+20f ;
		refdmax:output_file = "phy" ;
		refdmax:units = "dBZ" ;
	float refdmax263k(time, grid_yt, grid_xt) ;
		refdmax263k:_FillValue = 9.99e+20f ;
		refdmax263k:cell_methods = "time: point" ;
		refdmax263k:long_name = "max hourly -10C reflectivity" ;
		refdmax263k:missing_value = 9.99e+20f ;
		refdmax263k:output_file = "phy" ;
		refdmax263k:units = "dBZ" ;
	float refl_10cm(time, pfull, grid_yt, grid_xt) ;
		refl_10cm:_FillValue = 9.99e+20f ;
		refl_10cm:cell_methods = "time: point" ;
		refl_10cm:long_name = "Radar reflectivity" ;
		refl_10cm:missing_value = 9.99e+20f ;
		refl_10cm:output_file = "phy" ;
		refl_10cm:units = "dBz" ;
	float rh02max(time, grid_yt, grid_xt) ;
		rh02max:_FillValue = 9.99e+20f ;
		rh02max:cell_methods = "time: point" ;
		rh02max:long_name = "max hourly 2m RH" ;
		rh02max:missing_value = 9.99e+20f ;
		rh02max:output_file = "phy" ;
		rh02max:units = "%" ;
	float rh02min(time, grid_yt, grid_xt) ;
		rh02min:_FillValue = 9.99e+20f ;
		rh02min:cell_methods = "time: point" ;
		rh02min:long_name = "min hourly 2m RH" ;
		rh02min:missing_value = 9.99e+20f ;
		rh02min:output_file = "phy" ;
		rh02min:units = "%" ;
	float rhofr(time, grid_yt, grid_xt) ;
		rhofr:_FillValue = 9.99e+20f ;
		rhofr:cell_methods = "time: point" ;
		rhofr:long_name = "density of frozen precipitation" ;
		rhofr:missing_value = 9.99e+20f ;
		rhofr:output_file = "phy" ;
		rhofr:units = "kg m-3" ;
	float rhonewsn(time, grid_yt, grid_xt) ;
		rhonewsn:_FillValue = 9.99e+20f ;
		rhonewsn:cell_methods = "time: point" ;
		rhonewsn:long_name = "precipitation ice density" ;
		rhonewsn:missing_value = 9.99e+20f ;
		rhonewsn:output_file = "phy" ;
		rhonewsn:units = "kg m^-3" ;
	float sbsno_ave(time, grid_yt, grid_xt) ;
		sbsno_ave:_FillValue = 9.99e+20f ;
		sbsno_ave:cell_methods = "time: point" ;
		sbsno_ave:long_name = "Sublimation (evaporation from snow)" ;
		sbsno_ave:missing_value = 9.99e+20f ;
		sbsno_ave:output_file = "phy" ;
		sbsno_ave:units = "W/m**2" ;
	float sfcr(time, grid_yt, grid_xt) ;
		sfcr:_FillValue = 9.99e+20f ;
		sfcr:cell_methods = "time: point" ;
		sfcr:long_name = "surface roughness" ;
		sfcr:missing_value = 9.99e+20f ;
		sfcr:output_file = "phy" ;
		sfcr:units = "m" ;
	float sfexc(time, grid_yt, grid_xt) ;
		sfexc:_FillValue = 9.99e+20f ;
		sfexc:cell_methods = "time: point" ;
		sfexc:long_name = "Exchange Coefficient" ;
		sfexc:missing_value = 9.99e+20f ;
		sfexc:output_file = "phy" ;
		sfexc:units = "kg/m2/s" ;
	float shdmax(time, grid_yt, grid_xt) ;
		shdmax:_FillValue = 9.99e+20f ;
		shdmax:cell_methods = "time: point" ;
		shdmax:long_name = "maximum fractional coverage of green vegetation" ;
		shdmax:missing_value = 9.99e+20f ;
		shdmax:output_file = "phy" ;
		shdmax:units = "XXX" ;
	float shdmin(time, grid_yt, grid_xt) ;
		shdmin:_FillValue = 9.99e+20f ;
		shdmin:cell_methods = "time: point" ;
		shdmin:long_name = "minimum fractional coverage of green vegetation" ;
		shdmin:missing_value = 9.99e+20f ;
		shdmin:output_file = "phy" ;
		shdmin:units = "XXX" ;
	float shtfl(time, grid_yt, grid_xt) ;
		shtfl:_FillValue = 9.99e+20f ;
		shtfl:cell_methods = "time: point" ;
		shtfl:long_name = "instantaneous surface sensible heat net flux" ;
		shtfl:missing_value = 9.99e+20f ;
		shtfl:output_file = "phy" ;
		shtfl:units = "W/m**2" ;
	float shtfl_ave(time, grid_yt, grid_xt) ;
		shtfl_ave:_FillValue = 9.99e+20f ;
		shtfl_ave:cell_methods = "time: point" ;
		shtfl_ave:long_name = "surface sensible heat flux" ;
		shtfl_ave:missing_value = 9.99e+20f ;
		shtfl_ave:output_file = "phy" ;
		shtfl_ave:units = "w/m**2" ;
	float sltyp(time, grid_yt, grid_xt) ;
		sltyp:_FillValue = 9.99e+20f ;
		sltyp:cell_methods = "time: point" ;
		sltyp:long_name = "surface slope type" ;
		sltyp:missing_value = 9.99e+20f ;
		sltyp:output_file = "phy" ;
		sltyp:units = "XXX" ;
	float snacc_ice(time, grid_yt, grid_xt) ;
		snacc_ice:_FillValue = 9.99e+20f ;
		snacc_ice:cell_methods = "time: point" ;
		snacc_ice:long_name = "total accumulated frozen precipitation over ice" ;
		snacc_ice:missing_value = 9.99e+20f ;
		snacc_ice:output_file = "phy" ;
		snacc_ice:units = "kg m-2" ;
	float snacc_land(time, grid_yt, grid_xt) ;
		snacc_land:_FillValue = 9.99e+20f ;
		snacc_land:cell_methods = "time: point" ;
		snacc_land:long_name = "total accumulated frozen precipitation over land" ;
		snacc_land:missing_value = 9.99e+20f ;
		snacc_land:output_file = "phy" ;
		snacc_land:units = "kg m-2" ;
	float snoalb(time, grid_yt, grid_xt) ;
		snoalb:_FillValue = 9.99e+20f ;
		snoalb:cell_methods = "time: point" ;
		snoalb:long_name = "maximum snow albedo in fraction" ;
		snoalb:missing_value = 9.99e+20f ;
		snoalb:output_file = "phy" ;
		snoalb:units = "XXX" ;
	float snod(time, grid_yt, grid_xt) ;
		snod:_FillValue = 9.99e+20f ;
		snod:cell_methods = "time: point" ;
		snod:long_name = "surface snow depth" ;
		snod:missing_value = 9.99e+20f ;
		snod:output_file = "phy" ;
		snod:units = "m" ;
	float snohf(time, grid_yt, grid_xt) ;
		snohf:_FillValue = 9.99e+20f ;
		snohf:cell_methods = "time: point" ;
		snohf:long_name = "Snow Phase Change Heat Flux" ;
		snohf:missing_value = 9.99e+20f ;
		snohf:output_file = "phy" ;
		snohf:units = "W/m**2" ;
	float snom_ice(time, grid_yt, grid_xt) ;
		snom_ice:_FillValue = 9.99e+20f ;
		snom_ice:cell_methods = "time: point" ;
		snom_ice:long_name = "accumulated snow melt over ice" ;
		snom_ice:missing_value = 9.99e+20f ;
		snom_ice:output_file = "phy" ;
		snom_ice:units = "kg m-2" ;
	float snom_land(time, grid_yt, grid_xt) ;
		snom_land:_FillValue = 9.99e+20f ;
		snom_land:cell_methods = "time: point" ;
		snom_land:long_name = "accumulated snow melt over land" ;
		snom_land:missing_value = 9.99e+20f ;
		snom_land:output_file = "phy" ;
		snom_land:units = "kg m-2" ;
	float snow(time, grid_yt, grid_xt) ;
		snow:_FillValue = 9.99e+20f ;
		snow:cell_methods = "time: point" ;
		snow:long_name = "snow fall at this time step" ;
		snow:missing_value = 9.99e+20f ;
		snow:output_file = "phy" ;
		snow:units = "XXX" ;
	float snowc(time, grid_yt, grid_xt) ;
		snowc:_FillValue = 9.99e+20f ;
		snowc:cell_methods = "time: point" ;
		snowc:long_name = "snow cover" ;
		snowc:missing_value = 9.99e+20f ;
		snowc:output_file = "phy" ;
		snowc:units = "fraction" ;
	float soill1(time, grid_yt, grid_xt) ;
		soill1:_FillValue = 9.99e+20f ;
		soill1:cell_methods = "time: point" ;
		soill1:long_name = "liquid soil moisture at 0 cm depth" ;
		soill1:missing_value = 9.99e+20f ;
		soill1:output_file = "phy" ;
		soill1:units = "m**3/m**3" ;
	float soill2(time, grid_yt, grid_xt) ;
		soill2:_FillValue = 9.99e+20f ;
		soill2:cell_methods = "time: point" ;
		soill2:long_name = "liquid soil moisture at 5 cm depth" ;
		soill2:missing_value = 9.99e+20f ;
		soill2:output_file = "phy" ;
		soill2:units = "m**3/m**3" ;
	float soill3(time, grid_yt, grid_xt) ;
		soill3:_FillValue = 9.99e+20f ;
		soill3:cell_methods = "time: point" ;
		soill3:long_name = "liquid soil moisture at 20 cm depth" ;
		soill3:missing_value = 9.99e+20f ;
		soill3:output_file = "phy" ;
		soill3:units = "m**3/m**3" ;
	float soill4(time, grid_yt, grid_xt) ;
		soill4:_FillValue = 9.99e+20f ;
		soill4:cell_methods = "time: point" ;
		soill4:long_name = "liquid soil moisture at 40 cm depth" ;
		soill4:missing_value = 9.99e+20f ;
		soill4:output_file = "phy" ;
		soill4:units = "m**3/m**3" ;
	float soill5(time, grid_yt, grid_xt) ;
		soill5:_FillValue = 9.99e+20f ;
		soill5:cell_methods = "time: point" ;
		soill5:long_name = "liquid soil moisture at 60 cm depth" ;
		soill5:missing_value = 9.99e+20f ;
		soill5:output_file = "phy" ;
		soill5:units = "m**3/m**3" ;
	float soill6(time, grid_yt, grid_xt) ;
		soill6:_FillValue = 9.99e+20f ;
		soill6:cell_methods = "time: point" ;
		soill6:long_name = "liquid soil moisture at 100 cm depth" ;
		soill6:missing_value = 9.99e+20f ;
		soill6:output_file = "phy" ;
		soill6:units = "m**3/m**3" ;
	float soill7(time, grid_yt, grid_xt) ;
		soill7:_FillValue = 9.99e+20f ;
		soill7:cell_methods = "time: point" ;
		soill7:long_name = "liquid soil moisture at 160 cm depth" ;
		soill7:missing_value = 9.99e+20f ;
		soill7:output_file = "phy" ;
		soill7:units = "m**3/m**3" ;
	float soill8(time, grid_yt, grid_xt) ;
		soill8:_FillValue = 9.99e+20f ;
		soill8:cell_methods = "time: point" ;
		soill8:long_name = "liquid soil moisture at 220 cm depth" ;
		soill8:missing_value = 9.99e+20f ;
		soill8:output_file = "phy" ;
		soill8:units = "m**3/m**3" ;
	float soill9(time, grid_yt, grid_xt) ;
		soill9:_FillValue = 9.99e+20f ;
		soill9:cell_methods = "time: point" ;
		soill9:long_name = "liquid soil moisture at 300 cm depth" ;
		soill9:missing_value = 9.99e+20f ;
		soill9:output_file = "phy" ;
		soill9:units = "m**3/m**3" ;
	float soilm(time, grid_yt, grid_xt) ;
		soilm:_FillValue = 9.99e+20f ;
		soilm:cell_methods = "time: point" ;
		soilm:long_name = "total column soil moisture content" ;
		soilm:missing_value = 9.99e+20f ;
		soilm:output_file = "phy" ;
		soilm:units = "kg/m**2" ;
	float soilt1(time, grid_yt, grid_xt) ;
		soilt1:_FillValue = 9.99e+20f ;
		soilt1:cell_methods = "time: point" ;
		soilt1:long_name = "soil temperature at 0 cm depth" ;
		soilt1:missing_value = 9.99e+20f ;
		soilt1:output_file = "phy" ;
		soilt1:units = "K" ;
	float soilt2(time, grid_yt, grid_xt) ;
		soilt2:_FillValue = 9.99e+20f ;
		soilt2:cell_methods = "time: point" ;
		soilt2:long_name = "soil temperature at 5 cm depth" ;
		soilt2:missing_value = 9.99e+20f ;
		soilt2:output_file = "phy" ;
		soilt2:units = "K" ;
	float soilt3(time, grid_yt, grid_xt) ;
		soilt3:_FillValue = 9.99e+20f ;
		soilt3:cell_methods = "time: point" ;
		soilt3:long_name = "soil temperature at 20 cm depth" ;
		soilt3:missing_value = 9.99e+20f ;
		soilt3:output_file = "phy" ;
		soilt3:units = "K" ;
	float soilt4(time, grid_yt, grid_xt) ;
		soilt4:_FillValue = 9.99e+20f ;
		soilt4:cell_methods = "time: point" ;
		soilt4:long_name = "soil temperature at 40 cm depth" ;
		soilt4:missing_value = 9.99e+20f ;
		soilt4:output_file = "phy" ;
		soilt4:units = "K" ;
	float soilt5(time, grid_yt, grid_xt) ;
		soilt5:_FillValue = 9.99e+20f ;
		soilt5:cell_methods = "time: point" ;
		soilt5:long_name = "soil temperature at 60 cm depth" ;
		soilt5:missing_value = 9.99e+20f ;
		soilt5:output_file = "phy" ;
		soilt5:units = "K" ;
	float soilt6(time, grid_yt, grid_xt) ;
		soilt6:_FillValue = 9.99e+20f ;
		soilt6:cell_methods = "time: point" ;
		soilt6:long_name = "soil temperature at 100 cm depth" ;
		soilt6:missing_value = 9.99e+20f ;
		soilt6:output_file = "phy" ;
		soilt6:units = "K" ;
	float soilt7(time, grid_yt, grid_xt) ;
		soilt7:_FillValue = 9.99e+20f ;
		soilt7:cell_methods = "time: point" ;
		soilt7:long_name = "soil temperature at 160 cm depth" ;
		soilt7:missing_value = 9.99e+20f ;
		soilt7:output_file = "phy" ;
		soilt7:units = "K" ;
	float soilt8(time, grid_yt, grid_xt) ;
		soilt8:_FillValue = 9.99e+20f ;
		soilt8:cell_methods = "time: point" ;
		soilt8:long_name = "soil temperature at 220 cm depth" ;
		soilt8:missing_value = 9.99e+20f ;
		soilt8:output_file = "phy" ;
		soilt8:units = "K" ;
	float soilt9(time, grid_yt, grid_xt) ;
		soilt9:_FillValue = 9.99e+20f ;
		soilt9:cell_methods = "time: point" ;
		soilt9:long_name = "soil temperature at 300 cm depth" ;
		soilt9:missing_value = 9.99e+20f ;
		soilt9:output_file = "phy" ;
		soilt9:units = "K" ;
	float soilw1(time, grid_yt, grid_xt) ;
		soilw1:_FillValue = 9.99e+20f ;
		soilw1:cell_methods = "time: point" ;
		soilw1:long_name = "volumetric soil moisture at 0 cm depth" ;
		soilw1:missing_value = 9.99e+20f ;
		soilw1:output_file = "phy" ;
		soilw1:units = "fraction" ;
	float soilw2(time, grid_yt, grid_xt) ;
		soilw2:_FillValue = 9.99e+20f ;
		soilw2:cell_methods = "time: point" ;
		soilw2:long_name = "volumetric soil moisture at 5 cm depth" ;
		soilw2:missing_value = 9.99e+20f ;
		soilw2:output_file = "phy" ;
		soilw2:units = "fraction" ;
	float soilw3(time, grid_yt, grid_xt) ;
		soilw3:_FillValue = 9.99e+20f ;
		soilw3:cell_methods = "time: point" ;
		soilw3:long_name = "volumetric soil moisture at 20 cm depth" ;
		soilw3:missing_value = 9.99e+20f ;
		soilw3:output_file = "phy" ;
		soilw3:units = "fraction" ;
	float soilw4(time, grid_yt, grid_xt) ;
		soilw4:_FillValue = 9.99e+20f ;
		soilw4:cell_methods = "time: point" ;
		soilw4:long_name = "volumetric soil moisture at 40 cm depth" ;
		soilw4:missing_value = 9.99e+20f ;
		soilw4:output_file = "phy" ;
		soilw4:units = "fraction" ;
	float soilw5(time, grid_yt, grid_xt) ;
		soilw5:_FillValue = 9.99e+20f ;
		soilw5:cell_methods = "time: point" ;
		soilw5:long_name = "volumetric soil moisture at 60 cm depth" ;
		soilw5:missing_value = 9.99e+20f ;
		soilw5:output_file = "phy" ;
		soilw5:units = "fraction" ;
	float soilw6(time, grid_yt, grid_xt) ;
		soilw6:_FillValue = 9.99e+20f ;
		soilw6:cell_methods = "time: point" ;
		soilw6:long_name = "volumetric soil moisture at 100 cm depth" ;
		soilw6:missing_value = 9.99e+20f ;
		soilw6:output_file = "phy" ;
		soilw6:units = "fraction" ;
	float soilw7(time, grid_yt, grid_xt) ;
		soilw7:_FillValue = 9.99e+20f ;
		soilw7:cell_methods = "time: point" ;
		soilw7:long_name = "volumetric soil moisture at 160 cm depth" ;
		soilw7:missing_value = 9.99e+20f ;
		soilw7:output_file = "phy" ;
		soilw7:units = "fraction" ;
	float soilw8(time, grid_yt, grid_xt) ;
		soilw8:_FillValue = 9.99e+20f ;
		soilw8:cell_methods = "time: point" ;
		soilw8:long_name = "volumetric soil moisture at 220 cm depth" ;
		soilw8:missing_value = 9.99e+20f ;
		soilw8:output_file = "phy" ;
		soilw8:units = "fraction" ;
	float soilw9(time, grid_yt, grid_xt) ;
		soilw9:_FillValue = 9.99e+20f ;
		soilw9:cell_methods = "time: point" ;
		soilw9:long_name = "volumetric soil moisture at 300 cm depth" ;
		soilw9:missing_value = 9.99e+20f ;
		soilw9:output_file = "phy" ;
		soilw9:units = "fraction" ;
	float sotyp(time, grid_yt, grid_xt) ;
		sotyp:_FillValue = 9.99e+20f ;
		sotyp:cell_methods = "time: point" ;
		sotyp:long_name = "soil type in integer 1-9" ;
		sotyp:missing_value = 9.99e+20f ;
		sotyp:output_file = "phy" ;
		sotyp:units = "number" ;
	float spd10max(time, grid_yt, grid_xt) ;
		spd10max:_FillValue = 9.99e+20f ;
		spd10max:cell_methods = "time: point" ;
		spd10max:long_name = "hourly maximum wind speed" ;
		spd10max:missing_value = 9.99e+20f ;
		spd10max:output_file = "phy" ;
		spd10max:units = "m/s" ;
	float spfh2m(time, grid_yt, grid_xt) ;
		spfh2m:_FillValue = 9.99e+20f ;
		spfh2m:cell_methods = "time: point" ;
		spfh2m:long_name = "2m specific humidity" ;
		spfh2m:missing_value = 9.99e+20f ;
		spfh2m:output_file = "phy" ;
		spfh2m:units = "kg/kg" ;
	float spfh_hyblev1(time, grid_yt, grid_xt) ;
		spfh_hyblev1:_FillValue = 9.99e+20f ;
		spfh_hyblev1:cell_methods = "time: point" ;
		spfh_hyblev1:long_name = "layer 1 specific humidity" ;
		spfh_hyblev1:missing_value = 9.99e+20f ;
		spfh_hyblev1:output_file = "phy" ;
		spfh_hyblev1:units = "kg/kg" ;
	float spfhmax_max2m(time, grid_yt, grid_xt) ;
		spfhmax_max2m:_FillValue = 9.99e+20f ;
		spfhmax_max2m:cell_methods = "time: point" ;
		spfhmax_max2m:long_name = "maximum specific humidity" ;
		spfhmax_max2m:missing_value = 9.99e+20f ;
		spfhmax_max2m:output_file = "phy" ;
		spfhmax_max2m:units = "kg/kg" ;
	float spfhmin_min2m(time, grid_yt, grid_xt) ;
		spfhmin_min2m:_FillValue = 9.99e+20f ;
		spfhmin_min2m:cell_methods = "time: point" ;
		spfhmin_min2m:long_name = "minimum specific humidity" ;
		spfhmin_min2m:missing_value = 9.99e+20f ;
		spfhmin_min2m:output_file = "phy" ;
		spfhmin_min2m:units = "kg/kg" ;
	float ssrun_acc(time, grid_yt, grid_xt) ;
		ssrun_acc:_FillValue = 9.99e+20f ;
		ssrun_acc:cell_methods = "time: point" ;
		ssrun_acc:long_name = "Accumulated surface storm water runoff" ;
		ssrun_acc:missing_value = 9.99e+20f ;
		ssrun_acc:output_file = "phy" ;
		ssrun_acc:units = "kg/m**2" ;
	float sublim(time, grid_yt, grid_xt) ;
		sublim:_FillValue = 9.99e+20f ;
		sublim:cell_methods = "time: point" ;
		sublim:long_name = "instantaneous sublimation (evaporation from snow)" ;
		sublim:missing_value = 9.99e+20f ;
		sublim:output_file = "phy" ;
		sublim:units = "W/m**2" ;
	float sunsd_acc(time, grid_yt, grid_xt) ;
		sunsd_acc:_FillValue = 9.99e+20f ;
		sunsd_acc:cell_methods = "time: point" ;
		sunsd_acc:long_name = "Sunshine Duration" ;
		sunsd_acc:missing_value = 9.99e+20f ;
		sunsd_acc:output_file = "phy" ;
		sunsd_acc:units = "s" ;
	float t02max(time, grid_yt, grid_xt) ;
		t02max:_FillValue = 9.99e+20f ;
		t02max:cell_methods = "time: point" ;
		t02max:long_name = "max hourly 2m Temperature" ;
		t02max:missing_value = 9.99e+20f ;
		t02max:output_file = "phy" ;
		t02max:units = "K" ;
	float t02min(time, grid_yt, grid_xt) ;
		t02min:_FillValue = 9.99e+20f ;
		t02min:cell_methods = "time: point" ;
		t02min:long_name = "min hourly 2m Temperature" ;
		t02min:missing_value = 9.99e+20f ;
		t02min:output_file = "phy" ;
		t02min:units = "K" ;
	float tcdc_avebndcl(time, grid_yt, grid_xt) ;
		tcdc_avebndcl:_FillValue = 9.99e+20f ;
		tcdc_avebndcl:cell_methods = "time: point" ;
		tcdc_avebndcl:long_name = "boundary layer cloud layer total cloud cover" ;
		tcdc_avebndcl:missing_value = 9.99e+20f ;
		tcdc_avebndcl:output_file = "phy" ;
		tcdc_avebndcl:units = "%" ;
	float tcdc_aveclm(time, grid_yt, grid_xt) ;
		tcdc_aveclm:_FillValue = 9.99e+20f ;
		tcdc_aveclm:cell_methods = "time: point" ;
		tcdc_aveclm:long_name = "atmos column total cloud cover" ;
		tcdc_aveclm:missing_value = 9.99e+20f ;
		tcdc_aveclm:output_file = "phy" ;
		tcdc_aveclm:units = "%" ;
	float tcdc_avehcl(time, grid_yt, grid_xt) ;
		tcdc_avehcl:_FillValue = 9.99e+20f ;
		tcdc_avehcl:cell_methods = "time: point" ;
		tcdc_avehcl:long_name = "high cloud level total cloud cover" ;
		tcdc_avehcl:missing_value = 9.99e+20f ;
		tcdc_avehcl:output_file = "phy" ;
		tcdc_avehcl:units = "%" ;
	float tcdc_avelcl(time, grid_yt, grid_xt) ;
		tcdc_avelcl:_FillValue = 9.99e+20f ;
		tcdc_avelcl:cell_methods = "time: point" ;
		tcdc_avelcl:long_name = "low cloud level total cloud cover" ;
		tcdc_avelcl:missing_value = 9.99e+20f ;
		tcdc_avelcl:output_file = "phy" ;
		tcdc_avelcl:units = "%" ;
	float tcdc_avemcl(time, grid_yt, grid_xt) ;
		tcdc_avemcl:_FillValue = 9.99e+20f ;
		tcdc_avemcl:cell_methods = "time: point" ;
		tcdc_avemcl:long_name = "mid cloud level total cloud cover" ;
		tcdc_avemcl:missing_value = 9.99e+20f ;
		tcdc_avemcl:output_file = "phy" ;
		tcdc_avemcl:units = "%" ;
	float tg3(time, grid_yt, grid_xt) ;
		tg3:_FillValue = 9.99e+20f ;
		tg3:cell_methods = "time: point" ;
		tg3:long_name = "deep soil temperature" ;
		tg3:missing_value = 9.99e+20f ;
		tg3:output_file = "phy" ;
		tg3:units = "K" ;
	float tisfc(time, grid_yt, grid_xt) ;
		tisfc:_FillValue = 9.99e+20f ;
		tisfc:cell_methods = "time: point" ;
		tisfc:long_name = "surface temperature over ice fraction" ;
		tisfc:missing_value = 9.99e+20f ;
		tisfc:output_file = "phy" ;
		tisfc:units = "K" ;
	float tmax_max2m(time, grid_yt, grid_xt) ;
		tmax_max2m:_FillValue = 9.99e+20f ;
		tmax_max2m:cell_methods = "time: point" ;
		tmax_max2m:long_name = "max temperature at 2m height" ;
		tmax_max2m:missing_value = 9.99e+20f ;
		tmax_max2m:output_file = "phy" ;
		tmax_max2m:units = "K" ;
	float tmin_min2m(time, grid_yt, grid_xt) ;
		tmin_min2m:_FillValue = 9.99e+20f ;
		tmin_min2m:cell_methods = "time: point" ;
		tmin_min2m:long_name = "min temperature at 2m height" ;
		tmin_min2m:missing_value = 9.99e+20f ;
		tmin_min2m:output_file = "phy" ;
		tmin_min2m:units = "K" ;
	float tmp2m(time, grid_yt, grid_xt) ;
		tmp2m:_FillValue = 9.99e+20f ;
		tmp2m:cell_methods = "time: point" ;
		tmp2m:long_name = "2m temperature" ;
		tmp2m:missing_value = 9.99e+20f ;
		tmp2m:output_file = "phy" ;
		tmp2m:units = "K" ;
	float tmp_avehct(time, grid_yt, grid_xt) ;
		tmp_avehct:_FillValue = 9.99e+20f ;
		tmp_avehct:cell_methods = "time: point" ;
		tmp_avehct:long_name = "temperature high cloud top level" ;
		tmp_avehct:missing_value = 9.99e+20f ;
		tmp_avehct:output_file = "phy" ;
		tmp_avehct:units = "K" ;
	float tmp_avelct(time, grid_yt, grid_xt) ;
		tmp_avelct:_FillValue = 9.99e+20f ;
		tmp_avelct:cell_methods = "time: point" ;
		tmp_avelct:long_name = "temperature low cloud top level" ;
		tmp_avelct:missing_value = 9.99e+20f ;
		tmp_avelct:output_file = "phy" ;
		tmp_avelct:units = "K" ;
	float tmp_avemct(time, grid_yt, grid_xt) ;
		tmp_avemct:_FillValue = 9.99e+20f ;
		tmp_avemct:cell_methods = "time: point" ;
		tmp_avemct:long_name = "temperature middle cloud top level" ;
		tmp_avemct:missing_value = 9.99e+20f ;
		tmp_avemct:output_file = "phy" ;
		tmp_avemct:units = "K" ;
	float tmp_hyblev1(time, grid_yt, grid_xt) ;
		tmp_hyblev1:_FillValue = 9.99e+20f ;
		tmp_hyblev1:cell_methods = "time: point" ;
		tmp_hyblev1:long_name = "layer 1 temperature" ;
		tmp_hyblev1:missing_value = 9.99e+20f ;
		tmp_hyblev1:output_file = "phy" ;
		tmp_hyblev1:units = "K" ;
	float tmpsfc(time, grid_yt, grid_xt) ;
		tmpsfc:_FillValue = 9.99e+20f ;
		tmpsfc:cell_methods = "time: point" ;
		tmpsfc:long_name = "surface temperature" ;
		tmpsfc:missing_value = 9.99e+20f ;
		tmpsfc:output_file = "phy" ;
		tmpsfc:units = "K" ;
	float tprcp(time, grid_yt, grid_xt) ;
		tprcp:_FillValue = 9.99e+20f ;
		tprcp:cell_methods = "time: point" ;
		tprcp:long_name = "total time-step precipitation" ;
		tprcp:missing_value = 9.99e+20f ;
		tprcp:output_file = "phy" ;
		tprcp:units = "m" ;
	float transp(time, grid_yt, grid_xt) ;
		transp:_FillValue = 9.99e+20f ;
		transp:cell_methods = "time: point" ;
		transp:long_name = "instantaneous transpiration" ;
		transp:missing_value = 9.99e+20f ;
		transp:output_file = "phy" ;
		transp:units = "W m-2" ;
	float transp_ave(time, grid_yt, grid_xt) ;
		transp_ave:_FillValue = 9.99e+20f ;
		transp_ave:cell_methods = "time: point" ;
		transp_ave:long_name = "transpiration" ;
		transp_ave:missing_value = 9.99e+20f ;
		transp_ave:output_file = "phy" ;
		transp_ave:units = "W/m**2" ;
	float tsnowp(time, grid_yt, grid_xt) ;
		tsnowp:_FillValue = 9.99e+20f ;
		tsnowp:cell_methods = "time: point" ;
		tsnowp:long_name = "accumulated surface snow" ;
		tsnowp:missing_value = 9.99e+20f ;
		tsnowp:output_file = "phy" ;
		tsnowp:units = "kg/m**2" ;
	float tsnowpb(time, grid_yt, grid_xt) ;
		tsnowpb:_FillValue = 9.99e+20f ;
		tsnowpb:cell_methods = "time: point" ;
		tsnowpb:long_name = "accumulated surface snow in bucket" ;
		tsnowpb:missing_value = 9.99e+20f ;
		tsnowpb:output_file = "phy" ;
		tsnowpb:units = "kg/m**2" ;
	float u-gwd_ave(time, grid_yt, grid_xt) ;
		u-gwd_ave:_FillValue = 9.99e+20f ;
		u-gwd_ave:cell_methods = "time: point" ;
		u-gwd_ave:long_name = "surface zonal gravity wave stress" ;
		u-gwd_ave:missing_value = 9.99e+20f ;
		u-gwd_ave:output_file = "phy" ;
		u-gwd_ave:units = "N/m**2" ;
	float u10max(time, grid_yt, grid_xt) ;
		u10max:_FillValue = 9.99e+20f ;
		u10max:cell_methods = "time: point" ;
		u10max:long_name = "hourly maximum (magnitude) u-wind" ;
		u10max:missing_value = 9.99e+20f ;
		u10max:output_file = "phy" ;
		u10max:units = "m/s" ;
	float uflx_ave(time, grid_yt, grid_xt) ;
		uflx_ave:_FillValue = 9.99e+20f ;
		uflx_ave:cell_methods = "time: point" ;
		uflx_ave:long_name = "surface zonal momentum flux" ;
		uflx_ave:missing_value = 9.99e+20f ;
		uflx_ave:output_file = "phy" ;
		uflx_ave:units = "N/m**2" ;
	float ugrd10m(time, grid_yt, grid_xt) ;
		ugrd10m:_FillValue = 9.99e+20f ;
		ugrd10m:cell_methods = "time: point" ;
		ugrd10m:long_name = "10 meter u wind" ;
		ugrd10m:missing_value = 9.99e+20f ;
		ugrd10m:output_file = "phy" ;
		ugrd10m:units = "m/s" ;
	float ugrd_hyblev1(time, grid_yt, grid_xt) ;
		ugrd_hyblev1:_FillValue = 9.99e+20f ;
		ugrd_hyblev1:cell_methods = "time: point" ;
		ugrd_hyblev1:long_name = "layer 1 zonal wind" ;
		ugrd_hyblev1:missing_value = 9.99e+20f ;
		ugrd_hyblev1:output_file = "phy" ;
		ugrd_hyblev1:units = "m/s" ;
	float ulwrf(time, grid_yt, grid_xt) ;
		ulwrf:_FillValue = 9.99e+20f ;
		ulwrf:cell_methods = "time: point" ;
		ulwrf:long_name = "instantaneous surface upward longwave flux" ;
		ulwrf:missing_value = 9.99e+20f ;
		ulwrf:output_file = "phy" ;
		ulwrf:units = "W/m**2" ;
	float ulwrf_ave(time, grid_yt, grid_xt) ;
		ulwrf_ave:_FillValue = 9.99e+20f ;
		ulwrf_ave:cell_methods = "time: point" ;
		ulwrf_ave:long_name = "surface upward longwave flux" ;
		ulwrf_ave:missing_value = 9.99e+20f ;
		ulwrf_ave:output_file = "phy" ;
		ulwrf_ave:units = "W/m**2" ;
	float ulwrf_avetoa(time, grid_yt, grid_xt) ;
		ulwrf_avetoa:_FillValue = 9.99e+20f ;
		ulwrf_avetoa:cell_methods = "time: point" ;
		ulwrf_avetoa:long_name = "top of atmos upward longwave flux" ;
		ulwrf_avetoa:missing_value = 9.99e+20f ;
		ulwrf_avetoa:output_file = "phy" ;
		ulwrf_avetoa:units = "W/m**2" ;
	float use_lake_model(time, grid_yt, grid_xt) ;
		use_lake_model:_FillValue = 9.99e+20f ;
		use_lake_model:cell_methods = "time: point" ;
		use_lake_model:long_name = "Lake Model Flag" ;
		use_lake_model:missing_value = 9.99e+20f ;
		use_lake_model:output_file = "phy" ;
		use_lake_model:units = "flag" ;
	float uswrf(time, grid_yt, grid_xt) ;
		uswrf:_FillValue = 9.99e+20f ;
		uswrf:cell_methods = "time: point" ;
		uswrf:long_name = "instantaneous surface upward shortwave flux" ;
		uswrf:missing_value = 9.99e+20f ;
		uswrf:output_file = "phy" ;
		uswrf:units = "W/m**2" ;
	float uswrf_ave(time, grid_yt, grid_xt) ;
		uswrf_ave:_FillValue = 9.99e+20f ;
		uswrf_ave:cell_methods = "time: point" ;
		uswrf_ave:long_name = "averaged surface upward shortwave flux" ;
		uswrf_ave:missing_value = 9.99e+20f ;
		uswrf_ave:output_file = "phy" ;
		uswrf_ave:units = "W/m**2" ;
	float uswrf_avetoa(time, grid_yt, grid_xt) ;
		uswrf_avetoa:_FillValue = 9.99e+20f ;
		uswrf_avetoa:cell_methods = "time: point" ;
		uswrf_avetoa:long_name = "top of atmos upward shortwave flux" ;
		uswrf_avetoa:missing_value = 9.99e+20f ;
		uswrf_avetoa:output_file = "phy" ;
		uswrf_avetoa:units = "W/m**2" ;
	float v-gwd_ave(time, grid_yt, grid_xt) ;
		v-gwd_ave:_FillValue = 9.99e+20f ;
		v-gwd_ave:cell_methods = "time: point" ;
		v-gwd_ave:long_name = "surface meridional gravity wave stress" ;
		v-gwd_ave:missing_value = 9.99e+20f ;
		v-gwd_ave:output_file = "phy" ;
		v-gwd_ave:units = "N/m**2" ;
	float v10max(time, grid_yt, grid_xt) ;
		v10max:_FillValue = 9.99e+20f ;
		v10max:cell_methods = "time: point" ;
		v10max:long_name = "hourly maximum (magnitude) v-wind" ;
		v10max:missing_value = 9.99e+20f ;
		v10max:output_file = "phy" ;
		v10max:units = "m/s" ;
	float vbdsf_ave(time, grid_yt, grid_xt) ;
		vbdsf_ave:_FillValue = 9.99e+20f ;
		vbdsf_ave:cell_methods = "time: point" ;
		vbdsf_ave:long_name = "Visible Beam Downward Solar Flux" ;
		vbdsf_ave:missing_value = 9.99e+20f ;
		vbdsf_ave:output_file = "phy" ;
		vbdsf_ave:units = "W/m**2" ;
	float vddsf_ave(time, grid_yt, grid_xt) ;
		vddsf_ave:_FillValue = 9.99e+20f ;
		vddsf_ave:cell_methods = "time: point" ;
		vddsf_ave:long_name = "Visible Diffuse Downward Solar Flux" ;
		vddsf_ave:missing_value = 9.99e+20f ;
		vddsf_ave:output_file = "phy" ;
		vddsf_ave:units = "W/m**2" ;
	float veg(time, grid_yt, grid_xt) ;
		veg:_FillValue = 9.99e+20f ;
		veg:cell_methods = "time: point" ;
		veg:long_name = "vegetation fraction" ;
		veg:missing_value = 9.99e+20f ;
		veg:output_file = "phy" ;
		veg:units = "fraction" ;
	float vflx_ave(time, grid_yt, grid_xt) ;
		vflx_ave:_FillValue = 9.99e+20f ;
		vflx_ave:cell_methods = "time: point" ;
		vflx_ave:long_name = "surface meridional momentum flux" ;
		vflx_ave:missing_value = 9.99e+20f ;
		vflx_ave:output_file = "phy" ;
		vflx_ave:units = "N/m**2" ;
	float vgrd10m(time, grid_yt, grid_xt) ;
		vgrd10m:_FillValue = 9.99e+20f ;
		vgrd10m:cell_methods = "time: point" ;
		vgrd10m:long_name = "10 meter v wind" ;
		vgrd10m:missing_value = 9.99e+20f ;
		vgrd10m:output_file = "phy" ;
		vgrd10m:units = "m/s" ;
	float vgrd_hyblev1(time, grid_yt, grid_xt) ;
		vgrd_hyblev1:_FillValue = 9.99e+20f ;
		vgrd_hyblev1:cell_methods = "time: point" ;
		vgrd_hyblev1:long_name = "layer 1 meridional wind" ;
		vgrd_hyblev1:missing_value = 9.99e+20f ;
		vgrd_hyblev1:output_file = "phy" ;
		vgrd_hyblev1:units = "m/s" ;
	float visbmdi(time, grid_yt, grid_xt) ;
		visbmdi:_FillValue = 9.99e+20f ;
		visbmdi:cell_methods = "time: point" ;
		visbmdi:long_name = "sfc uv+vis beam sw downward flux" ;
		visbmdi:missing_value = 9.99e+20f ;
		visbmdi:output_file = "phy" ;
		visbmdi:units = "W/m**2" ;
	float visdfdi(time, grid_yt, grid_xt) ;
		visdfdi:_FillValue = 9.99e+20f ;
		visdfdi:cell_methods = "time: point" ;
		visdfdi:long_name = " sfc uv+vis diff sw downward flux" ;
		visdfdi:missing_value = 9.99e+20f ;
		visdfdi:output_file = "phy" ;
		visdfdi:units = "W/m**2" ;
	float vtype(time, grid_yt, grid_xt) ;
		vtype:_FillValue = 9.99e+20f ;
		vtype:cell_methods = "time: point" ;
		vtype:long_name = "vegetation type in integer" ;
		vtype:missing_value = 9.99e+20f ;
		vtype:output_file = "phy" ;
		vtype:units = "number" ;
	float weasd(time, grid_yt, grid_xt) ;
		weasd:_FillValue = 9.99e+20f ;
		weasd:cell_methods = "time: point" ;
		weasd:long_name = "surface snow water equivalent" ;
		weasd:missing_value = 9.99e+20f ;
		weasd:output_file = "phy" ;
		weasd:units = "kg/m**2" ;
	float wetness(time, grid_yt, grid_xt) ;
		wetness:_FillValue = 9.99e+20f ;
		wetness:cell_methods = "time: point" ;
		wetness:long_name = "soil moisture availability in top soil layer" ;
		wetness:missing_value = 9.99e+20f ;
		wetness:output_file = "phy" ;
		wetness:units = "fraction" ;
	float wilt(time, grid_yt, grid_xt) ;
		wilt:_FillValue = 9.99e+20f ;
		wilt:cell_methods = "time: point" ;
		wilt:long_name = "wiltimg point (volumetric)" ;
		wilt:missing_value = 9.99e+20f ;
		wilt:output_file = "phy" ;
		wilt:units = "Proportion" ;
	float zol(time, grid_yt, grid_xt) ;
		zol:_FillValue = 9.99e+20f ;
		zol:cell_methods = "time: point" ;
		zol:long_name = "monin obukhov surface stability parameter" ;
		zol:missing_value = 9.99e+20f ;
		zol:output_file = "phy" ;
		zol:units = "n/a" ;

// global attributes:
		:cen_lat = 55.f ;
		:cen_lon = -113.f ;
		:dlat = 0.025f ;
		:dlon = 0.025f ;
		:dtp = 36.f ;
		:fhzero = 1 ;
		:grid = "rotated_latlon" ;
		:grid_id = 1LL ;
		:imp_physics = 8 ;
		:landsfcmdl = 3 ;
		:lat1 = -37.f ;
		:lat2 = 37.f ;
		:lon1 = -61.f ;
		:lon2 = 61.f ;
		:ncld = 8 ;
		:nsoil = 4 ;
		:source = "FV3GFS" ;
}