netcdf sic { dimensions: time = UNLIMITED ; // (250 currently) month = 13 ; lon = 72 ; lat = 36 ; lonu = 72 ; latv = 36 ; variables: double time(time) ; time:units = "years" ; time:axis = "t" ; double month(month) ; month:units = "months" ; month:axis = "e" ; double lon(lon) ; lon:axis = "x" ; double lat(lat) ; lat:axis = "y" ; double lonu(lonu) ; lonu:axis = "y" ; double latv(latv) ; latv:axis = "y" ; float hsic(time, month, lat, lon) ; hsic:long_name = "sea ice thickness of sea ice fraction" ; hsic:units = "m" ; float hsnow(time, month, lat, lon) ; hsnow:long_name = "snow thickness of sea ice fraction" ; hsnow:units = "m" ; float fsic(time, month, lat, lon) ; fsic:long_name = "sea ice fraction" ; fsic:units = "/" ; float tsic(time, month, lat, lon) ; tsic:long_name = "sea ice skin temperature" ; tsic:units = "ĀC" ; float tocn(time, month, lat, lon) ; tocn:long_name = "ocean skin temperature" ; tocn:units = "ĀC" ; float dh_sic_dt_therm(time, month, lat, lon) ; dh_sic_dt_therm:long_name = "sea ice thickness change from thermodynamics" ; dh_sic_dt_therm:units = "m/day" ; float dh_sic_dt_therm_sic(time, month, lat, lon) ; dh_sic_dt_therm_sic:long_name = "sea ice thickness change from thermodynamics over sea ice area" ; dh_sic_dt_therm_sic:units = "m/day" ; float dh_sic_dt_therm_ocn(time, month, lat, lon) ; dh_sic_dt_therm_ocn:long_name = "sea ice thickness change from thermodynamics in leads" ; dh_sic_dt_therm_ocn:units = "m/day" ; float dh_sic_dt_dyn(time, month, lat, lon) ; dh_sic_dt_dyn:long_name = "sea ice thickness change from transport" ; dh_sic_dt_dyn:units = "m/day" ; float flx_melt_top(time, month, lat, lon) ; flx_melt_top:long_name = "snow/ice melt flux from top" ; flx_melt_top:units = "W/m2" ; float flx_melt_bot(time, month, lat, lon) ; flx_melt_bot:long_name = "snow/ice melt flux from bottom" ; flx_melt_bot:units = "W/m2" ; float lh(time, month, lat, lon) ; lh:long_name = "latent heat flux" ; lh:units = "W/m2" ; float sh(time, month, lat, lon) ; sh:long_name = "sensible heat flux" ; sh:units = "W/m2" ; float lwu(time, month, lat, lon) ; lwu:long_name = "upwelling longwave radiation" ; lwu:units = "W/m2" ; float fx(time, month, lat, lon) ; fx:long_name = "heat flux to the ocean" ; fx:units = "W/m2" ; float fw(time, month, lat, lon) ; fw:long_name = "sea ice freshwater flux to the ocean" ; fw:units = "kg/m2/day" ; float fw_brines(time, month, lat, lon) ; fw_brines:long_name = "freshwater flux to the ocean from brine rejection" ; fw_brines:units = "kg/m2/day" ; float evp(time, month, lat, lon) ; evp:long_name = "evaporation/sublimation" ; evp:units = "kg/m2/day" ; float p-e(time, month, lat, lon) ; p-e:long_name = "precipitation - evaporation" ; p-e:units = "kg/m2/day" ; float lh_sic(time, month, lat, lon) ; lh_sic:long_name = "latent heat flux over sea ice" ; lh_sic:units = "W/m2" ; float sh_sic(time, month, lat, lon) ; sh_sic:long_name = "sensible heat flux over sea ice" ; sh_sic:units = "W/m2" ; float lwu_sic(time, month, lat, lon) ; lwu_sic:long_name = "upwelling longwave radiation over sea ice" ; lwu_sic:units = "W/m2" ; float fx_sic(time, month, lat, lon) ; fx_sic:long_name = "heat flux to the ocean from sea ice fraction" ; fx_sic:units = "W/m2" ; float fw_sic(time, month, lat, lon) ; fw_sic:long_name = "sea ice freshwater flux to the ocean from sea ice fraction" ; fw_sic:units = "kg/m2/day" ; float evp_sic(time, month, lat, lon) ; evp_sic:long_name = "sublimation from sea ice" ; evp_sic:units = "kg/m2/day" ; float lh_ocn(time, month, lat, lon) ; lh_ocn:long_name = "latent heat flux from ocean" ; lh_ocn:units = "W/m2" ; float sh_ocn(time, month, lat, lon) ; sh_ocn:long_name = "sensible heat flux from ocean" ; sh_ocn:units = "W/m2" ; float lwu_ocn(time, month, lat, lon) ; lwu_ocn:long_name = "upwelling longwave radiation from ocean" ; lwu_ocn:units = "W/m2" ; float fx_ocn(time, month, lat, lon) ; fx_ocn:long_name = "heat flux to the ocean from ice free fraction" ; fx_ocn:units = "W/m2" ; float fw_ocn(time, month, lat, lon) ; fw_ocn:long_name = "sea ice freshwater flux to the ocean from ice free fraction" ; fw_ocn:units = "kg/m2/day" ; float evp_ocn(time, month, lat, lon) ; evp_ocn:long_name = "evaporation from ocean" ; evp_ocn:units = "kg/m2/day" ; float cde_ocn(time, month, lat, lon) ; cde_ocn:long_name = "drag coefficient for moisture over ocean water" ; cde_ocn:units = "/" ; float cde_sic(time, month, lat, lon) ; cde_sic:long_name = "drag coefficient for moisture over sea ice" ; cde_sic:units = "/" ; float cdh_ocn(time, month, lat, lon) ; cdh_ocn:long_name = "drag coefficient for heat over ocean water" ; cdh_ocn:units = "/" ; float cdh_sic(time, month, lat, lon) ; cdh_sic:long_name = "drag coefficient for heat over sea ice" ; cdh_sic:units = "/" ; float snow_grain(time, month, lat, lon) ; snow_grain:long_name = "snow grain size" ; snow_grain:units = "micro m" ; float dust_con(time, month, lat, lon) ; dust_con:long_name = "dust concentration in snow" ; dust_con:units = "mg/kg" ; float alb_ocn(time, month, lat, lon) ; alb_ocn:long_name = "ocean albedo" ; alb_ocn:units = "/" ; float alb_sic(time, month, lat, lon) ; alb_sic:long_name = "sea ice albedo" ; alb_sic:units = "/" ; float rain(time, month, lat, lon) ; rain:long_name = "rainfall" ; rain:units = "kg/m2/day" ; float snow(time, month, lat, lon) ; snow:long_name = "snowfall" ; snow:units = "kg/m2/day" ; float usic(time, month, lat, lonu) ; usic:long_name = "zonal sea ice drift on u-grid" ; usic:units = "cm/s" ; float vsic(time, month, latv, lon) ; vsic:long_name = "meridional sea ice drift on v-grid" ; vsic:units = "cm/s" ; float tauxa(time, month, lat, lon) ; tauxa:long_name = "zonal wind stress on sea ice" ; tauxa:units = "N/m2" ; float tauya(time, month, lat, lon) ; tauya:long_name = "meridional wind stress on sea ice" ; tauya:units = "N/m2" ; float tauxo(time, month, lat, lon) ; tauxo:long_name = "zonal ocean stress on sea ice" ; tauxo:units = "N/m2" ; float tauyo(time, month, lat, lon) ; tauyo:long_name = "meridional ocean stress on sea ice" ; tauyo:units = "N/m2" ; float str_d(time, month, lat, lon) ; str_d:long_name = "The divergence stress tensor component" ; str_d:units = "Pa m" ; float str_t(time, month, lat, lon) ; str_t:long_name = "The tension stress tensor component" ; str_t:units = "Pa m" ; float str_s(time, month, latv, lonu) ; str_s:long_name = "The shearing stress tensor component" ; str_s:units = "Pa m" ; float focn(time, lat, lon) ; focn:long_name = "ocean fraction" ; focn:units = "/" ; }