netcdf NCAR_Biotic_equil {
dimensions:
	time = 12 ;
	depth = 25 ;
	y = 115 ;
	x = 100 ;
variables:
	float time(time) ;
		time:long_name = "seasonal phase" ;
		time:units = "calendar_month as %m.%f" ;
		time:modulo = 12.f ;
		time:topology = "circular" ;
		time:nb_seconds_per_year = 31536000 ;
		time:nb_timesteps_per_year = 8760 ;
	float PO4(time, depth, y, x) ;
		PO4:long_name = "Concentration of PO4" ;
		PO4:units = "mol/m^3" ;
		PO4:missing_value = -1.e+34f ;
	float DOP(time, depth, y, x) ;
		DOP:long_name = "Concentration of DOP" ;
		DOP:units = "mol/m^3" ;
		DOP:missing_value = -1.e+34f ;
	float O2(time, depth, y, x) ;
		O2:long_name = "Concentration of O2" ;
		O2:units = "mol/m^3" ;
		O2:missing_value = -1.e+34f ;
	float Alk(time, depth, y, x) ;
		Alk:long_name = "Concentration of Total Alkalinity" ;
		Alk:units = "eq/m^3" ;
		Alk:missing_value = -1.e+34f ;
	float DIC(time, depth, y, x) ;
		DIC:long_name = "Concentration of DIC" ;
		DIC:units = "mol/m^3" ;
		DIC:missing_value = -1.e+34f ;
	float pCO2surf(time, y, x) ;
		pCO2surf:long_name = "Surface ocean pCO2" ;
		pCO2surf:units = "uatm" ;
		pCO2surf:missing_value = -1.e+34f ;
	float dpCO2(time, y, x) ;
		dpCO2:long_name = "Delta pCO2" ;
		dpCO2:units = "uatm" ;
		dpCO2:missing_value = -1.e+34f ;
	float FgDIC(time, y, x) ;
		FgDIC:long_name = "Mean Gas Flux of CO2" ;
		FgDIC:units = "mol/(m^2*s)" ;
		FgDIC:missing_value = -1.e+34f ;
	float FgO2(time, y, x) ;
		FgO2:long_name = "Mean Gas Flux of O2" ;
		FgO2:units = "mol/(m^2*s)" ;
		FgO2:missing_value = -1.e+34f ;
	float FvDIC(time, y, x) ;
		FvDIC:long_name = "Mean Virtual Flux of CO2" ;
		FvDIC:units = "mol/(m^2*s)" ;
		FvDIC:missing_value = -1.e+34f ;
	float FvAlk(time, y, x) ;
		FvAlk:long_name = "Mean Virtual Flux of Total Alkalinity" ;
		FvAlk:units = "mol/(m^2*s)" ;
		FvAlk:missing_value = -1.e+34f ;
	float PnewPOP(time, y, x) ;
		PnewPOP:long_name = "Mean Downward Flux of POP at 75 m" ;
		PnewPOP:units = "mol/(m^2*s)" ;
		PnewPOP:missing_value = -1.e+34f ;
	float PnewDOP(time, y, x) ;
		PnewDOP:long_name = "Mean Downward Flux of DOP at 75 m" ;
		PnewDOP:units = "mol/(m^2*s)" ;
		PnewDOP:missing_value = -1.e+34f ;
	float PnewDOPa(time, y, x) ;
		PnewDOPa:long_name = "Mean Downward Advective Flux of DOP at 75 m" ;
		PnewDOPa:units = "mol/(m^2*s)" ;
		PnewDOPa:missing_value = -1.e+34f ;
	float PnewDOPd(time, y, x) ;
		PnewDOPd:long_name = "Mean Downward Diffusive Flux of DOP at 75 m" ;
		PnewDOPd:units = "mol/(m^2*s)" ;
		PnewDOPd:missing_value = -1.e+34f ;
	float PnewDOPc(time, y, x) ;
		PnewDOPc:long_name = "Mean Downward Convective Flux of DOP at 75 m" ;
		PnewDOPc:units = "mol/(m^2*s)" ;
		PnewDOPc:missing_value = -1.e+34f ;

// global attributes:
		:output_routine = "$RCSfile: NCAR_Biotic_equil.nc.hdr,v $$Revision: 1.1 $" ;
		:Conventions = "GDT 1.2" ;
		:file_name = "NCAR_Biotic_equil.nc" ;
		:associate_file = "NCAR_grid.nc" ;
		:project = "OCMIP" ;
		:institution = "NCAR" ;
		:production = "NCOM" ;
}