netcdf 64-bit offset (CDF-2) {
dimensions:
	d2 = 2 ;
	ni = 288 ;
	nj = 192 ;
	time = UNLIMITED ; // (1 currently)
	nvertices = 4 ;
// global attributes:
		:title = "FAMIPC5NudgeOut" ;
		:contents = "Diagnostic and Prognostic Variables" ;
		:source = "sea ice model: Community Ice Code (CICE)" ;
		:comment = "All years have exactly 365 days" ;
		:comment2 = "File written on model date 19840701" ;
		:comment3 = "seconds elapsed into model date:      0" ;
		:conventions = "CF-1.0" ;
		:history = "This dataset was created on 2014-08-10 at 17:51" ;
variables:
	float time(time) ;
		time:long_name = "model time" ;
		time:units = "days since 0000-01-01 00:00:00" ;
		time:calendar = "noleap" ;
		time:bounds = "time_bounds" ;
	float time_bounds(time, d2) ;
		time_bounds:long_name = "boundaries for time-averaging interval" ;
		time_bounds:units = "days since 0000-01-01 00:00:00" ;
	float TLON(nj, ni) ;
		TLON:long_name = "T grid center longitude" ;
		TLON:units = "degrees_east" ;
		TLON:missing_value = 1.00000002e+30 ;
		TLON:_FillValue = 1.00000002e+30 ;
		TLON:bounds = "lont_bounds" ;
	float TLAT(nj, ni) ;
		TLAT:long_name = "T grid center latitude" ;
		TLAT:units = "degrees_north" ;
		TLAT:missing_value = 1.00000002e+30 ;
		TLAT:_FillValue = 1.00000002e+30 ;
		TLAT:bounds = "latt_bounds" ;
	float ULON(nj, ni) ;
		ULON:long_name = "U grid center longitude" ;
		ULON:units = "degrees_east" ;
		ULON:missing_value = 1.00000002e+30 ;
		ULON:_FillValue = 1.00000002e+30 ;
		ULON:bounds = "lonu_bounds" ;
	float ULAT(nj, ni) ;
		ULAT:long_name = "U grid center latitude" ;
		ULAT:units = "degrees_north" ;
		ULAT:missing_value = 1.00000002e+30 ;
		ULAT:_FillValue = 1.00000002e+30 ;
		ULAT:comment = "Latitude of NE corner of T grid cell" ;
		ULAT:bounds = "latu_bounds" ;
	float tmask(nj, ni) ;
		tmask:long_name = "mask of T grid cells" ;
		tmask:units = "unitless" ;
		tmask:coordinates = "TLON TLAT" ;
		tmask:missing_value = 1.00000002e+30 ;
		tmask:_FillValue = 1.00000002e+30 ;
	float tarea(nj, ni) ;
		tarea:long_name = "area of T grid cells" ;
		tarea:units = "m^2" ;
		tarea:coordinates = "TLON TLAT" ;
		tarea:missing_value = 1.00000002e+30 ;
		tarea:_FillValue = 1.00000002e+30 ;
	float uarea(nj, ni) ;
		uarea:long_name = "area of U grid cells" ;
		uarea:units = "m^2" ;
		uarea:coordinates = "ULON ULAT" ;
		uarea:missing_value = 1.00000002e+30 ;
		uarea:_FillValue = 1.00000002e+30 ;
	float dxt(nj, ni) ;
		dxt:long_name = "T cell width through middle" ;
		dxt:units = "m" ;
		dxt:coordinates = "TLON TLAT" ;
		dxt:missing_value = 1.00000002e+30 ;
		dxt:_FillValue = 1.00000002e+30 ;
	float dyt(nj, ni) ;
		dyt:long_name = "T cell height through middle" ;
		dyt:units = "m" ;
		dyt:coordinates = "TLON TLAT" ;
		dyt:missing_value = 1.00000002e+30 ;
		dyt:_FillValue = 1.00000002e+30 ;
	float dxu(nj, ni) ;
		dxu:long_name = "U cell width through middle" ;
		dxu:units = "m" ;
		dxu:coordinates = "ULON ULAT" ;
		dxu:missing_value = 1.00000002e+30 ;
		dxu:_FillValue = 1.00000002e+30 ;
	float dyu(nj, ni) ;
		dyu:long_name = "U cell height through middle" ;
		dyu:units = "m" ;
		dyu:coordinates = "ULON ULAT" ;
		dyu:missing_value = 1.00000002e+30 ;
		dyu:_FillValue = 1.00000002e+30 ;
	float HTN(nj, ni) ;
		HTN:long_name = "T cell width on North side" ;
		HTN:units = "m" ;
		HTN:coordinates = "TLON TLAT" ;
		HTN:missing_value = 1.00000002e+30 ;
		HTN:_FillValue = 1.00000002e+30 ;
	float HTE(nj, ni) ;
		HTE:long_name = "T cell width on East side" ;
		HTE:units = "m" ;
		HTE:coordinates = "TLON TLAT" ;
		HTE:missing_value = 1.00000002e+30 ;
		HTE:_FillValue = 1.00000002e+30 ;
	float ANGLE(nj, ni) ;
		ANGLE:long_name = "angle grid makes with latitude line on U grid" ;
		ANGLE:units = "radians" ;
		ANGLE:coordinates = "ULON ULAT" ;
		ANGLE:missing_value = 1.00000002e+30 ;
		ANGLE:_FillValue = 1.00000002e+30 ;
	float ANGLET(nj, ni) ;
		ANGLET:long_name = "angle grid makes with latitude line on T grid" ;
		ANGLET:units = "radians" ;
		ANGLET:coordinates = "TLON TLAT" ;
		ANGLET:missing_value = 1.00000002e+30 ;
		ANGLET:_FillValue = 1.00000002e+30 ;
	float blkmask(nj, ni) ;
		blkmask:long_name = "blockid of T grid cells" ;
		blkmask:units = "unitless" ;
		blkmask:coordinates = "TLON TLAT" ;
		blkmask:missing_value = 1.00000002e+30 ;
		blkmask:_FillValue = 1.00000002e+30 ;
	float lont_bounds(nj, ni, nvertices) ;
		lont_bounds:long_name = "longitude boundaries of T cells" ;
		lont_bounds:units = "degrees_east" ;
	float latt_bounds(nj, ni, nvertices) ;
		latt_bounds:long_name = "latitude boundaries of T cells" ;
		latt_bounds:units = "degrees_north" ;
	float lonu_bounds(nj, ni, nvertices) ;
		lonu_bounds:long_name = "longitude boundaries of U cells" ;
		lonu_bounds:units = "degrees_east" ;
	float latu_bounds(nj, ni, nvertices) ;
		latu_bounds:long_name = "latitude boundaries of U cells" ;
		latu_bounds:units = "degrees_north" ;
	float hi(time, nj, ni) ;
		hi:units = "m" ;
		hi:long_name = "grid cell mean ice thickness" ;
		hi:coordinates = "TLON TLAT time" ;
		hi:cell_measures = "area: tarea" ;
		hi:missing_value = 1.00000002e+30 ;
		hi:_FillValue = 1.00000002e+30 ;
		hi:comment = "ice volume per unit grid cell area" ;
		hi:cell_methods = "time: mean" ;
		hi:time_rep = "averaged" ;
	float hs(time, nj, ni) ;
		hs:units = "m" ;
		hs:long_name = "grid cell mean snow thickness" ;
		hs:coordinates = "TLON TLAT time" ;
		hs:cell_measures = "area: tarea" ;
		hs:missing_value = 1.00000002e+30 ;
		hs:_FillValue = 1.00000002e+30 ;
		hs:comment = "snow volume per unit grid cell area" ;
		hs:cell_methods = "time: mean" ;
		hs:time_rep = "averaged" ;
	float fs(time, nj, ni) ;
		fs:units = "" ;
		fs:long_name = "grid cell mean snow fraction" ;
		fs:coordinates = "TLON TLAT time" ;
		fs:cell_measures = "area: tarea" ;
		fs:missing_value = 1.00000002e+30 ;
		fs:_FillValue = 1.00000002e+30 ;
		fs:comment = "none" ;
		fs:cell_methods = "time: mean" ;
		fs:time_rep = "averaged" ;
	float Tsfc(time, nj, ni) ;
		Tsfc:units = "degC" ;
		Tsfc:long_name = "snow/ice surface temperature" ;
		Tsfc:coordinates = "TLON TLAT time" ;
		Tsfc:cell_measures = "area: tarea" ;
		Tsfc:missing_value = 1.00000002e+30 ;
		Tsfc:_FillValue = 1.00000002e+30 ;
		Tsfc:comment = "averaged with Tf if no ice is present" ;
		Tsfc:cell_methods = "time: mean" ;
		Tsfc:time_rep = "averaged" ;
	float aice(time, nj, ni) ;
		aice:units = "%" ;
		aice:long_name = "ice area  (aggregate)" ;
		aice:coordinates = "TLON TLAT time" ;
		aice:cell_measures = "area: tarea" ;
		aice:missing_value = 1.00000002e+30 ;
		aice:_FillValue = 1.00000002e+30 ;
		aice:comment = "none" ;
		aice:cell_methods = "time: mean" ;
		aice:time_rep = "averaged" ;
	float qi(time, nj, ni) ;
		qi:units = "J" ;
		qi:long_name = "internal ice heat content" ;
		qi:coordinates = "TLON TLAT time" ;
		qi:cell_measures = "area: tarea" ;
		qi:missing_value = 1.00000002e+30 ;
		qi:_FillValue = 1.00000002e+30 ;
		qi:comment = "none" ;
		qi:cell_methods = "time: mean" ;
		qi:time_rep = "averaged" ;
	float qs(time, nj, ni) ;
		qs:units = "J" ;
		qs:long_name = "internal snow heat content" ;
		qs:coordinates = "TLON TLAT time" ;
		qs:cell_measures = "area: tarea" ;
		qs:missing_value = 1.00000002e+30 ;
		qs:_FillValue = 1.00000002e+30 ;
		qs:comment = "none" ;
		qs:cell_methods = "time: mean" ;
		qs:time_rep = "averaged" ;
	float transix(time, nj, ni) ;
		transix:units = "kg/s" ;
		transix:long_name = "ice mass transport (x) on East side" ;
		transix:coordinates = "TLON TLAT time" ;
		transix:cell_measures = "area: tarea" ;
		transix:missing_value = 1.00000002e+30 ;
		transix:_FillValue = 1.00000002e+30 ;
		transix:comment = "positive is x direction on U grid" ;
		transix:cell_methods = "time: mean" ;
		transix:time_rep = "averaged" ;
	float transiy(time, nj, ni) ;
		transiy:units = "kg/s" ;
		transiy:long_name = "ice mass transport (y) on North side" ;
		transiy:coordinates = "TLON TLAT time" ;
		transiy:cell_measures = "area: tarea" ;
		transiy:missing_value = 1.00000002e+30 ;
		transiy:_FillValue = 1.00000002e+30 ;
		transiy:comment = "positive is y direction on U grid" ;
		transiy:cell_methods = "time: mean" ;
		transiy:time_rep = "averaged" ;
	float fswdn(time, nj, ni) ;
		fswdn:units = "W/m^2" ;
		fswdn:long_name = "down solar flux" ;
		fswdn:coordinates = "TLON TLAT time" ;
		fswdn:cell_measures = "area: tarea" ;
		fswdn:missing_value = 1.00000002e+30 ;
		fswdn:_FillValue = 1.00000002e+30 ;
		fswdn:comment = "positive downward" ;
		fswdn:cell_methods = "time: mean" ;
		fswdn:time_rep = "averaged" ;
	float fswdn_ai(time, nj, ni) ;
		fswdn_ai:units = "W/m^2" ;
		fswdn_ai:long_name = "down solar flux weighted with respect to ice area" ;
		fswdn_ai:coordinates = "TLON TLAT time" ;
		fswdn_ai:cell_measures = "area: tarea" ;
		fswdn_ai:missing_value = 1.00000002e+30 ;
		fswdn_ai:_FillValue = 1.00000002e+30 ;
		fswdn_ai:comment = "positive downward" ;
		fswdn_ai:cell_methods = "time: mean" ;
		fswdn_ai:time_rep = "averaged" ;
	float fswup(time, nj, ni) ;
		fswup:units = "W/m^2" ;
		fswup:long_name = "upward solar flux" ;
		fswup:coordinates = "TLON TLAT time" ;
		fswup:cell_measures = "area: tarea" ;
		fswup:missing_value = 1.00000002e+30 ;
		fswup:_FillValue = 1.00000002e+30 ;
		fswup:comment = "positive downward" ;
		fswup:cell_methods = "time: mean" ;
		fswup:time_rep = "averaged" ;
	float fswup_ai(time, nj, ni) ;
		fswup_ai:units = "W/m^2" ;
		fswup_ai:long_name = "upward solar flux weighted with sea ice area" ;
		fswup_ai:coordinates = "TLON TLAT time" ;
		fswup_ai:cell_measures = "area: tarea" ;
		fswup_ai:missing_value = 1.00000002e+30 ;
		fswup_ai:_FillValue = 1.00000002e+30 ;
		fswup_ai:comment = "positive down" ;
		fswup_ai:cell_methods = "time: mean" ;
		fswup_ai:time_rep = "averaged" ;
	float flwdn(time, nj, ni) ;
		flwdn:units = "W/m^2" ;
		flwdn:long_name = "down longwave flux" ;
		flwdn:coordinates = "TLON TLAT time" ;
		flwdn:cell_measures = "area: tarea" ;
		flwdn:missing_value = 1.00000002e+30 ;
		flwdn:_FillValue = 1.00000002e+30 ;
		flwdn:comment = "positive downward" ;
		flwdn:cell_methods = "time: mean" ;
		flwdn:time_rep = "averaged" ;
	float flwdn_ai(time, nj, ni) ;
		flwdn_ai:units = "W/m^2" ;
		flwdn_ai:long_name = "down longwave flux weighted with respect to ice area" ;
		flwdn_ai:coordinates = "TLON TLAT time" ;
		flwdn_ai:cell_measures = "area: tarea" ;
		flwdn_ai:missing_value = 1.00000002e+30 ;
		flwdn_ai:_FillValue = 1.00000002e+30 ;
		flwdn_ai:comment = "positive downward" ;
		flwdn_ai:cell_methods = "time: mean" ;
		flwdn_ai:time_rep = "averaged" ;
	float snow(time, nj, ni) ;
		snow:units = "cm/day" ;
		snow:long_name = "snowfall rate (cpl)" ;
		snow:coordinates = "TLON TLAT time" ;
		snow:cell_measures = "area: tarea" ;
		snow:missing_value = 1.00000002e+30 ;
		snow:_FillValue = 1.00000002e+30 ;
		snow:comment = "none" ;
		snow:cell_methods = "time: mean" ;
		snow:time_rep = "averaged" ;
	float snow_ai(time, nj, ni) ;
		snow_ai:units = "cm/day" ;
		snow_ai:long_name = "snowfall rate" ;
		snow_ai:coordinates = "TLON TLAT time" ;
		snow_ai:cell_measures = "area: tarea" ;
		snow_ai:missing_value = 1.00000002e+30 ;
		snow_ai:_FillValue = 1.00000002e+30 ;
		snow_ai:comment = "weighted by ice" ;
		snow_ai:cell_methods = "time: mean" ;
		snow_ai:time_rep = "averaged" ;
	float rain(time, nj, ni) ;
		rain:units = "cm/day" ;
		rain:long_name = "rainfall rate (cpl)" ;
		rain:coordinates = "TLON TLAT time" ;
		rain:cell_measures = "area: tarea" ;
		rain:missing_value = 1.00000002e+30 ;
		rain:_FillValue = 1.00000002e+30 ;
		rain:comment = "none" ;
		rain:cell_methods = "time: mean" ;
		rain:time_rep = "averaged" ;
	float rain_ai(time, nj, ni) ;
		rain_ai:units = "cm/day" ;
		rain_ai:long_name = "rainfall rate" ;
		rain_ai:coordinates = "TLON TLAT time" ;
		rain_ai:cell_measures = "area: tarea" ;
		rain_ai:missing_value = 1.00000002e+30 ;
		rain_ai:_FillValue = 1.00000002e+30 ;
		rain_ai:comment = "weighted by ice" ;
		rain_ai:cell_methods = "time: mean" ;
		rain_ai:time_rep = "averaged" ;
	float fswfac(time, nj, ni) ;
		fswfac:units = "1" ;
		fswfac:long_name = "shortwave scaling factor" ;
		fswfac:coordinates = "TLON TLAT time" ;
		fswfac:cell_measures = "area: tarea" ;
		fswfac:missing_value = 1.00000002e+30 ;
		fswfac:_FillValue = 1.00000002e+30 ;
		fswfac:comment = "ratio of netsw new:old" ;
		fswfac:cell_methods = "time: mean" ;
		fswfac:time_rep = "averaged" ;
	float fswabs(time, nj, ni) ;
		fswabs:units = "W/m^2" ;
		fswabs:long_name = "snow/ice/ocn absorbed solar flux (cpl)" ;
		fswabs:coordinates = "TLON TLAT time" ;
		fswabs:cell_measures = "area: tarea" ;
		fswabs:missing_value = 1.00000002e+30 ;
		fswabs:_FillValue = 1.00000002e+30 ;
		fswabs:comment = "positive downward" ;
		fswabs:cell_methods = "time: mean" ;
		fswabs:time_rep = "averaged" ;
	float fswabs_ai(time, nj, ni) ;
		fswabs_ai:units = "W/m^2" ;
		fswabs_ai:long_name = "snow/ice/ocn absorbed solar flux" ;
		fswabs_ai:coordinates = "TLON TLAT time" ;
		fswabs_ai:cell_measures = "area: tarea" ;
		fswabs_ai:missing_value = 1.00000002e+30 ;
		fswabs_ai:_FillValue = 1.00000002e+30 ;
		fswabs_ai:comment = "weighted by ice area" ;
		fswabs_ai:cell_methods = "time: mean" ;
		fswabs_ai:time_rep = "averaged" ;
	float alvdr(time, nj, ni) ;
		alvdr:units = "%" ;
		alvdr:long_name = "visible direct albedo" ;
		alvdr:coordinates = "TLON TLAT time" ;
		alvdr:cell_measures = "area: tarea" ;
		alvdr:missing_value = 1.00000002e+30 ;
		alvdr:_FillValue = 1.00000002e+30 ;
		alvdr:comment = "none" ;
		alvdr:cell_methods = "time: mean" ;
		alvdr:time_rep = "averaged" ;
	float alidr(time, nj, ni) ;
		alidr:units = "%" ;
		alidr:long_name = "near IR direct albedo" ;
		alidr:coordinates = "TLON TLAT time" ;
		alidr:cell_measures = "area: tarea" ;
		alidr:missing_value = 1.00000002e+30 ;
		alidr:_FillValue = 1.00000002e+30 ;
		alidr:comment = "none" ;
		alidr:cell_methods = "time: mean" ;
		alidr:time_rep = "averaged" ;
	float alvdf(time, nj, ni) ;
		alvdf:units = "%" ;
		alvdf:long_name = "visible diffuse albedo" ;
		alvdf:coordinates = "TLON TLAT time" ;
		alvdf:cell_measures = "area: tarea" ;
		alvdf:missing_value = 1.00000002e+30 ;
		alvdf:_FillValue = 1.00000002e+30 ;
		alvdf:comment = "none" ;
		alvdf:cell_methods = "time: mean" ;
		alvdf:time_rep = "averaged" ;
	float alidf(time, nj, ni) ;
		alidf:units = "%" ;
		alidf:long_name = "near IR diffuse albedo" ;
		alidf:coordinates = "TLON TLAT time" ;
		alidf:cell_measures = "area: tarea" ;
		alidf:missing_value = 1.00000002e+30 ;
		alidf:_FillValue = 1.00000002e+30 ;
		alidf:comment = "none" ;
		alidf:cell_methods = "time: mean" ;
		alidf:time_rep = "averaged" ;
	float albice(time, nj, ni) ;
		albice:units = "%" ;
		albice:long_name = "bare ice albedo" ;
		albice:coordinates = "TLON TLAT time" ;
		albice:cell_measures = "area: tarea" ;
		albice:missing_value = 1.00000002e+30 ;
		albice:_FillValue = 1.00000002e+30 ;
		albice:comment = "averaged for coszen>0, weighted by aice" ;
		albice:cell_methods = "time: mean" ;
		albice:time_rep = "averaged" ;
	float albsno(time, nj, ni) ;
		albsno:units = "%" ;
		albsno:long_name = "snow albedo" ;
		albsno:coordinates = "TLON TLAT time" ;
		albsno:cell_measures = "area: tarea" ;
		albsno:missing_value = 1.00000002e+30 ;
		albsno:_FillValue = 1.00000002e+30 ;
		albsno:comment = "averaged for coszen>0, weighted by aice" ;
		albsno:cell_methods = "time: mean" ;
		albsno:time_rep = "averaged" ;
	float albpnd(time, nj, ni) ;
		albpnd:units = "%" ;
		albpnd:long_name = "melt pond albedo" ;
		albpnd:coordinates = "TLON TLAT time" ;
		albpnd:cell_measures = "area: tarea" ;
		albpnd:missing_value = 1.00000002e+30 ;
		albpnd:_FillValue = 1.00000002e+30 ;
		albpnd:comment = "averaged for coszen>0, weighted by aice" ;
		albpnd:cell_methods = "time: mean" ;
		albpnd:time_rep = "averaged" ;
	float coszen(time, nj, ni) ;
		coszen:units = "radian" ;
		coszen:long_name = "cosine of the zenith angle" ;
		coszen:coordinates = "TLON TLAT time" ;
		coszen:cell_measures = "area: tarea" ;
		coszen:missing_value = 1.00000002e+30 ;
		coszen:_FillValue = 1.00000002e+30 ;
		coszen:comment = "negative below horizon" ;
		coszen:cell_methods = "time: mean" ;
		coszen:time_rep = "averaged" ;
	float flat(time, nj, ni) ;
		flat:units = "W/m^2" ;
		flat:long_name = "latent heat flux (cpl)" ;
		flat:coordinates = "TLON TLAT time" ;
		flat:cell_measures = "area: tarea" ;
		flat:missing_value = 1.00000002e+30 ;
		flat:_FillValue = 1.00000002e+30 ;
		flat:comment = "positive downward" ;
		flat:cell_methods = "time: mean" ;
		flat:time_rep = "averaged" ;
	float flat_ai(time, nj, ni) ;
		flat_ai:units = "W/m^2" ;
		flat_ai:long_name = "latent heat flux" ;
		flat_ai:coordinates = "TLON TLAT time" ;
		flat_ai:cell_measures = "area: tarea" ;
		flat_ai:missing_value = 1.00000002e+30 ;
		flat_ai:_FillValue = 1.00000002e+30 ;
		flat_ai:comment = "weighted by ice area" ;
		flat_ai:cell_methods = "time: mean" ;
		flat_ai:time_rep = "averaged" ;
	float fsens(time, nj, ni) ;
		fsens:units = "W/m^2" ;
		fsens:long_name = "sensible heat flux (cpl)" ;
		fsens:coordinates = "TLON TLAT time" ;
		fsens:cell_measures = "area: tarea" ;
		fsens:missing_value = 1.00000002e+30 ;
		fsens:_FillValue = 1.00000002e+30 ;
		fsens:comment = "positive downward" ;
		fsens:cell_methods = "time: mean" ;
		fsens:time_rep = "averaged" ;
	float fsens_ai(time, nj, ni) ;
		fsens_ai:units = "W/m^2" ;
		fsens_ai:long_name = "sensible heat flux" ;
		fsens_ai:coordinates = "TLON TLAT time" ;
		fsens_ai:cell_measures = "area: tarea" ;
		fsens_ai:missing_value = 1.00000002e+30 ;
		fsens_ai:_FillValue = 1.00000002e+30 ;
		fsens_ai:comment = "weighted by ice area" ;
		fsens_ai:cell_methods = "time: mean" ;
		fsens_ai:time_rep = "averaged" ;
	float flwup(time, nj, ni) ;
		flwup:units = "W/m^2" ;
		flwup:long_name = "upward longwave flux (cpl)" ;
		flwup:coordinates = "TLON TLAT time" ;
		flwup:cell_measures = "area: tarea" ;
		flwup:missing_value = 1.00000002e+30 ;
		flwup:_FillValue = 1.00000002e+30 ;
		flwup:comment = "positive downward" ;
		flwup:cell_methods = "time: mean" ;
		flwup:time_rep = "averaged" ;
	float flwup_ai(time, nj, ni) ;
		flwup_ai:units = "W/m^2" ;
		flwup_ai:long_name = "upward longwave flux" ;
		flwup_ai:coordinates = "TLON TLAT time" ;
		flwup_ai:cell_measures = "area: tarea" ;
		flwup_ai:missing_value = 1.00000002e+30 ;
		flwup_ai:_FillValue = 1.00000002e+30 ;
		flwup_ai:comment = "weighted by ice area" ;
		flwup_ai:cell_methods = "time: mean" ;
		flwup_ai:time_rep = "averaged" ;
	float evap(time, nj, ni) ;
		evap:units = "cm/day" ;
		evap:long_name = "evaporative water flux (cpl)" ;
		evap:coordinates = "TLON TLAT time" ;
		evap:cell_measures = "area: tarea" ;
		evap:missing_value = 1.00000002e+30 ;
		evap:_FillValue = 1.00000002e+30 ;
		evap:comment = "none" ;
		evap:cell_methods = "time: mean" ;
		evap:time_rep = "averaged" ;
	float evap_ai(time, nj, ni) ;
		evap_ai:units = "cm/day" ;
		evap_ai:long_name = "evaporative water flux" ;
		evap_ai:coordinates = "TLON TLAT time" ;
		evap_ai:cell_measures = "area: tarea" ;
		evap_ai:missing_value = 1.00000002e+30 ;
		evap_ai:_FillValue = 1.00000002e+30 ;
		evap_ai:comment = "weighted by ice area" ;
		evap_ai:cell_methods = "time: mean" ;
		evap_ai:time_rep = "averaged" ;
	float Tair(time, nj, ni) ;
		Tair:units = "C" ;
		Tair:long_name = "air temperature" ;
		Tair:coordinates = "TLON TLAT time" ;
		Tair:cell_measures = "area: tarea" ;
		Tair:missing_value = 1.00000002e+30 ;
		Tair:_FillValue = 1.00000002e+30 ;
		Tair:comment = "none" ;
		Tair:cell_methods = "time: mean" ;
		Tair:time_rep = "averaged" ;
	float Tref(time, nj, ni) ;
		Tref:units = "C" ;
		Tref:long_name = "2m reference temperature" ;
		Tref:coordinates = "TLON TLAT time" ;
		Tref:cell_measures = "area: tarea" ;
		Tref:missing_value = 1.00000002e+30 ;
		Tref:_FillValue = 1.00000002e+30 ;
		Tref:comment = "none" ;
		Tref:cell_methods = "time: mean" ;
		Tref:time_rep = "averaged" ;
	float Qref(time, nj, ni) ;
		Qref:units = "g/kg" ;
		Qref:long_name = "2m reference specific humidity" ;
		Qref:coordinates = "TLON TLAT time" ;
		Qref:cell_measures = "area: tarea" ;
		Qref:missing_value = 1.00000002e+30 ;
		Qref:_FillValue = 1.00000002e+30 ;
		Qref:comment = "none" ;
		Qref:cell_methods = "time: mean" ;
		Qref:time_rep = "averaged" ;
	float melts(time, nj, ni) ;
		melts:units = "cm/day" ;
		melts:long_name = "snow melt" ;
		melts:coordinates = "TLON TLAT time" ;
		melts:cell_measures = "area: tarea" ;
		melts:missing_value = 1.00000002e+30 ;
		melts:_FillValue = 1.00000002e+30 ;
		melts:comment = "none" ;
		melts:cell_methods = "time: mean" ;
		melts:time_rep = "averaged" ;
	float fswthru(time, nj, ni) ;
		fswthru:units = "W/m^2" ;
		fswthru:long_name = "SW thru ice to ocean (cpl)" ;
		fswthru:coordinates = "TLON TLAT time" ;
		fswthru:cell_measures = "area: tarea" ;
		fswthru:missing_value = 1.00000002e+30 ;
		fswthru:_FillValue = 1.00000002e+30 ;
		fswthru:comment = "if positive, ocean gains heat" ;
		fswthru:cell_methods = "time: mean" ;
		fswthru:time_rep = "averaged" ;
	float fswthru_ai(time, nj, ni) ;
		fswthru_ai:units = "W/m^2" ;
		fswthru_ai:long_name = "SW flux thru ice to ocean" ;
		fswthru_ai:coordinates = "TLON TLAT time" ;
		fswthru_ai:cell_measures = "area: tarea" ;
		fswthru_ai:missing_value = 1.00000002e+30 ;
		fswthru_ai:_FillValue = 1.00000002e+30 ;
		fswthru_ai:comment = "weighted by ice area" ;
		fswthru_ai:cell_methods = "time: mean" ;
		fswthru_ai:time_rep = "averaged" ;
	float dardg1dt(time, nj, ni) ;
		dardg1dt:units = "%/day" ;
		dardg1dt:long_name = "ice area ridging rate" ;
		dardg1dt:coordinates = "TLON TLAT time" ;
		dardg1dt:cell_measures = "area: tarea" ;
		dardg1dt:missing_value = 1.00000002e+30 ;
		dardg1dt:_FillValue = 1.00000002e+30 ;
		dardg1dt:comment = "none" ;
		dardg1dt:cell_methods = "time: mean" ;
		dardg1dt:time_rep = "averaged" ;
	float dardg2dt(time, nj, ni) ;
		dardg2dt:units = "%/day" ;
		dardg2dt:long_name = "ridge area formation rate" ;
		dardg2dt:coordinates = "TLON TLAT time" ;
		dardg2dt:cell_measures = "area: tarea" ;
		dardg2dt:missing_value = 1.00000002e+30 ;
		dardg2dt:_FillValue = 1.00000002e+30 ;
		dardg2dt:comment = "none" ;
		dardg2dt:cell_methods = "time: mean" ;
		dardg2dt:time_rep = "averaged" ;
	float dvirdgdt(time, nj, ni) ;
		dvirdgdt:units = "cm/day" ;
		dvirdgdt:long_name = "ice volume ridging rate" ;
		dvirdgdt:coordinates = "TLON TLAT time" ;
		dvirdgdt:cell_measures = "area: tarea" ;
		dvirdgdt:missing_value = 1.00000002e+30 ;
		dvirdgdt:_FillValue = 1.00000002e+30 ;
		dvirdgdt:comment = "none" ;
		dvirdgdt:cell_methods = "time: mean" ;
		dvirdgdt:time_rep = "averaged" ;
	float hisnap(time, nj, ni) ;
		hisnap:units = "m" ;
		hisnap:long_name = "ice volume snapshot" ;
		hisnap:coordinates = "TLON TLAT time" ;
		hisnap:cell_measures = "area: tarea" ;
		hisnap:missing_value = 1.00000002e+30 ;
		hisnap:_FillValue = 1.00000002e+30 ;
		hisnap:comment = "none" ;
		hisnap:cell_methods = "time: mean" ;
		hisnap:time_rep = "instantaneous" ;
	float aisnap(time, nj, ni) ;
		aisnap:units = "" ;
		aisnap:long_name = "ice area snapshot" ;
		aisnap:coordinates = "TLON TLAT time" ;
		aisnap:cell_measures = "area: tarea" ;
		aisnap:missing_value = 1.00000002e+30 ;
		aisnap:_FillValue = 1.00000002e+30 ;
		aisnap:comment = "none" ;
		aisnap:cell_methods = "time: mean" ;
		aisnap:time_rep = "instantaneous" ;
	float trsig(time, nj, ni) ;
		trsig:units = "N/m^2" ;
		trsig:long_name = "internal stress tensor trace" ;
		trsig:coordinates = "TLON TLAT time" ;
		trsig:cell_measures = "area: tarea" ;
		trsig:missing_value = 1.00000002e+30 ;
		trsig:_FillValue = 1.00000002e+30 ;
		trsig:comment = "ice strength approximation" ;
		trsig:cell_methods = "time: mean" ;
		trsig:time_rep = "instantaneous" ;
	float ice_present(time, nj, ni) ;
		ice_present:units = "1" ;
		ice_present:long_name = "fraction of time-avg interval that any ice is present" ;
		ice_present:coordinates = "TLON TLAT time" ;
		ice_present:cell_measures = "area: tarea" ;
		ice_present:missing_value = 1.00000002e+30 ;
		ice_present:_FillValue = 1.00000002e+30 ;
		ice_present:comment = "ice extent flag" ;
		ice_present:cell_methods = "time: mean" ;
		ice_present:time_rep = "averaged" ;
	float fsurf_ai(time, nj, ni) ;
		fsurf_ai:units = "W/m^2" ;
		fsurf_ai:long_name = "net surface heat flux" ;
		fsurf_ai:coordinates = "TLON TLAT time" ;
		fsurf_ai:cell_measures = "area: tarea" ;
		fsurf_ai:missing_value = 1.00000002e+30 ;
		fsurf_ai:_FillValue = 1.00000002e+30 ;
		fsurf_ai:comment = "positive downward, excludes conductive flux, weighted b" ;
		fsurf_ai:cell_methods = "time: mean" ;
		fsurf_ai:time_rep = "averaged" ;
	float fcondtop_ai(time, nj, ni) ;
		fcondtop_ai:units = "W/m^2" ;
		fcondtop_ai:long_name = "top surface conductive heat flux" ;
		fcondtop_ai:coordinates = "TLON TLAT time" ;
		fcondtop_ai:cell_measures = "area: tarea" ;
		fcondtop_ai:missing_value = 1.00000002e+30 ;
		fcondtop_ai:_FillValue = 1.00000002e+30 ;
		fcondtop_ai:comment = "positive downwards, weighted by ice area" ;
		fcondtop_ai:cell_methods = "time: mean" ;
		fcondtop_ai:time_rep = "averaged" ;
// time: first 724341.0, last 724341.0, count 1
}