netcdf CESMA/som_qzero/clim/som_qzero.cice.h.global.nc { dimensions: time = UNLIMITED; // (840 currently) d2 = 2; nvertices = 4; variables: float time(time=840); :long_name = "model time"; :units = "days since 0000-01-01 00:00:00"; :calendar = "noleap"; :bounds = "time_bounds"; float time_bounds(time=840, d2=2); :long_name = "boundaries for time-averaging interval"; :units = "days since 0000-01-01 00:00:00"; float TLON; :long_name = "T grid center longitude"; :units = "degrees_east"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :bounds = "lont_bounds"; :cell_methods = "nj, ni: mean"; float TLAT; :long_name = "T grid center latitude"; :units = "degrees_north"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :bounds = "latt_bounds"; :cell_methods = "nj, ni: mean"; float ULON; :long_name = "U grid center longitude"; :units = "degrees_east"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :bounds = "lonu_bounds"; :cell_methods = "nj, ni: mean"; float ULAT; :long_name = "U grid center latitude"; :units = "degrees_north"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "Latitude of NE corner of T grid cell"; :bounds = "latu_bounds"; :cell_methods = "nj, ni: mean"; float tmask; :long_name = "mask of T grid cells"; :units = "unitless"; :coordinates = "TLON TLAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float tarea; :long_name = "area of T grid cells"; :units = "m^2"; :coordinates = "TLON TLAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float uarea; :long_name = "area of U grid cells"; :units = "m^2"; :coordinates = "ULON ULAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float dxt; :long_name = "T cell width through middle"; :units = "m"; :coordinates = "TLON TLAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float dyt; :long_name = "T cell height through middle"; :units = "m"; :coordinates = "TLON TLAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float dxu; :long_name = "U cell width through middle"; :units = "m"; :coordinates = "ULON ULAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float dyu; :long_name = "U cell height through middle"; :units = "m"; :coordinates = "ULON ULAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float HTN; :long_name = "T cell width on North side"; :units = "m"; :coordinates = "TLON TLAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float HTE; :long_name = "T cell width on East side"; :units = "m"; :coordinates = "TLON TLAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float ANGLE; :long_name = "angle grid makes with latitude line on U grid"; :units = "radians"; :coordinates = "ULON ULAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float ANGLET; :long_name = "angle grid makes with latitude line on T grid"; :units = "radians"; :coordinates = "TLON TLAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float blkmask; :long_name = "blockid of T grid cells"; :units = "unitless"; :coordinates = "TLON TLAT"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :cell_methods = "nj, ni: mean"; float lont_bounds(nvertices=4); :long_name = "longitude boundaries of T cells"; :units = "degrees_east"; :cell_methods = "nj, ni: mean"; float latt_bounds(nvertices=4); :long_name = "latitude boundaries of T cells"; :units = "degrees_north"; :cell_methods = "nj, ni: mean"; float lonu_bounds(nvertices=4); :long_name = "longitude boundaries of U cells"; :units = "degrees_east"; :cell_methods = "nj, ni: mean"; float latu_bounds(nvertices=4); :long_name = "latitude boundaries of U cells"; :units = "degrees_north"; :cell_methods = "nj, ni: mean"; float hi(time=840); :units = "m"; :long_name = "grid cell mean ice thickness"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "ice volume per unit grid cell area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float hs(time=840); :units = "m"; :long_name = "grid cell mean snow thickness"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "snow volume per unit grid cell area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fs(time=840); :units = ""; :long_name = "grid cell mean snow fraction"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float Tsfc(time=840); :units = "degC"; :long_name = "snow/ice surface temperature"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "averaged with Tf if no ice is present"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aice(time=840); :units = "%"; :long_name = "ice area (aggregate)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float qi(time=840); :units = "J"; :long_name = "internal ice heat content"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float qs(time=840); :units = "J"; :long_name = "internal snow heat content"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float uvel(time=840); :units = "cm/s"; :long_name = "ice velocity (x)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is x direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float vvel(time=840); :units = "cm/s"; :long_name = "ice velocity (y)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is y direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float transix(time=840); :units = "kg/s"; :long_name = "ice mass transport (x) on East side"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is x direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float transiy(time=840); :units = "kg/s"; :long_name = "ice mass transport (y) on North side"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is y direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fswdn(time=840); :units = "W/m^2"; :long_name = "down solar flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive downward"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fswup(time=840); :units = "W/m^2"; :long_name = "upward solar flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive downward"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float flwdn(time=840); :units = "W/m^2"; :long_name = "down longwave flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive downward"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float snow(time=840); :units = "cm/day"; :long_name = "snowfall rate (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float snow_ai(time=840); :units = "cm/day"; :long_name = "snowfall rate"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float rain(time=840); :units = "cm/day"; :long_name = "rainfall rate (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float rain_ai(time=840); :units = "cm/day"; :long_name = "rainfall rate"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fswfac(time=840); :units = "1"; :long_name = "shortwave scaling factor"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "ratio of netsw new:old"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fswabs(time=840); :units = "W/m^2"; :long_name = "snow/ice/ocn absorbed solar flux (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive downward"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fswabs_ai(time=840); :units = "W/m^2"; :long_name = "snow/ice/ocn absorbed solar flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float alvdr(time=840); :units = "%"; :long_name = "visible direct albedo"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float alidr(time=840); :units = "%"; :long_name = "near IR direct albedo"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float alvdf(time=840); :units = "%"; :long_name = "visible diffuse albedo"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float alidf(time=840); :units = "%"; :long_name = "near IR diffuse albedo"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float albice(time=840); :units = "%"; :long_name = "bare ice albedo"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "averaged for coszen>0, weighted by aice"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float albsno(time=840); :units = "%"; :long_name = "snow albedo"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "averaged for coszen>0, weighted by aice"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float albpnd(time=840); :units = "%"; :long_name = "melt pond albedo"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "averaged for coszen>0, weighted by aice"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float coszen(time=840); :units = "radian"; :long_name = "cosine of the zenith angle"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "negative below horizon"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float flat(time=840); :units = "W/m^2"; :long_name = "latent heat flux (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive downward"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float flat_ai(time=840); :units = "W/m^2"; :long_name = "latent heat flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fsens(time=840); :units = "W/m^2"; :long_name = "sensible heat flux (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive downward"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fsens_ai(time=840); :units = "W/m^2"; :long_name = "sensible heat flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float flwup(time=840); :units = "W/m^2"; :long_name = "upward longwave flux (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive downward"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float flwup_ai(time=840); :units = "W/m^2"; :long_name = "upward longwave flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float evap(time=840); :units = "cm/day"; :long_name = "evaporative water flux (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float evap_ai(time=840); :units = "cm/day"; :long_name = "evaporative water flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float Tair(time=840); :units = "C"; :long_name = "air temperature"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float Tref(time=840); :units = "C"; :long_name = "2m reference temperature"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float Qref(time=840); :units = "g/kg"; :long_name = "2m reference specific humidity"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float congel(time=840); :units = "cm/day"; :long_name = "congelation ice growth"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float frazil(time=840); :units = "cm/day"; :long_name = "frazil ice growth"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float snoice(time=840); :units = "cm/day"; :long_name = "snow-ice formation"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float meltt(time=840); :units = "cm/day"; :long_name = "top ice melt"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float meltb(time=840); :units = "cm/day"; :long_name = "basal ice melt"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float meltl(time=840); :units = "cm/day"; :long_name = "lateral ice melt"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float melts(time=840); :units = "cm/day"; :long_name = "snow melt"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fresh(time=840); :units = "cm/day"; :long_name = "freshwtr flx ice to ocn (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "if positive, ocean gains fresh water"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fresh_ai(time=840); :units = "cm/day"; :long_name = "freshwtr flx ice to ocn"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fsalt(time=840); :units = "kg/m^2/day"; :long_name = "salt flux ice to ocn (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "if positive, ocean gains salt"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fsalt_ai(time=840); :units = "kg/m^2/day"; :long_name = "salt flux ice to ocean"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fhocn(time=840); :units = "W/m^2"; :long_name = "heat flux ice to ocn (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "if positive, ocean gains heat"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fhocn_ai(time=840); :units = "W/m^2"; :long_name = "heat flux ice to ocean"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fswthru(time=840); :units = "W/m^2"; :long_name = "SW thru ice to ocean (cpl)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "if positive, ocean gains heat"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fswthru_ai(time=840); :units = "W/m^2"; :long_name = "SW flux thru ice to ocean"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float strairx(time=840); :units = "N/m^2"; :long_name = "atm/ice stress (x)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is x direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float strairy(time=840); :units = "N/m^2"; :long_name = "atm/ice stress (y)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is y direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float strcorx(time=840); :units = "N/m^2"; :long_name = "coriolis stress (x)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is x direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float strcory(time=840); :units = "N/m^2"; :long_name = "coriolis stress (y)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is y direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float strocnx(time=840); :units = "N/m^2"; :long_name = "ocean/ice stress (x)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is x direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float strocny(time=840); :units = "N/m^2"; :long_name = "ocean/ice stress (y)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is y direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float strintx(time=840); :units = "N/m^2"; :long_name = "internal ice stress (x)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is x direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float strinty(time=840); :units = "N/m^2"; :long_name = "internal ice stress (y)"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive is y direction on U grid"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float strength(time=840); :units = "N/m"; :long_name = "compressive ice strength"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float opening(time=840); :units = "%/day"; :long_name = "lead area opening rate"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float divu(time=840); :units = "%/day"; :long_name = "strain rate (divergence)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float shear(time=840); :units = "%/day"; :long_name = "strain rate (shear)"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float sig1(time=840); :units = ""; :long_name = "norm. principal stress 1"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "sig1 is instantaneous"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "instantaneous"; float sig2(time=840); :units = ""; :long_name = "norm. principal stress 2"; :coordinates = "ULON ULAT time"; :cell_measures = "area: uarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "sig2 is instantaneous"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "instantaneous"; float dvidtt(time=840); :units = "cm/day"; :long_name = "volume tendency thermo"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float dvidtd(time=840); :units = "cm/day"; :long_name = "volume tendency dynamics"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float daidtt(time=840); :units = "%/day"; :long_name = "area tendency thermo"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float daidtd(time=840); :units = "%/day"; :long_name = "area tendency dynamics"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float dardg1dt(time=840); :units = "%/day"; :long_name = "ice area ridging rate"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float dardg2dt(time=840); :units = "%/day"; :long_name = "ridge area formation rate"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float dvirdgdt(time=840); :units = "cm/day"; :long_name = "ice volume ridging rate"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float hisnap(time=840); :units = "m"; :long_name = "ice volume snapshot"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "instantaneous"; float aisnap(time=840); :units = ""; :long_name = "ice area snapshot"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "instantaneous"; float trsig(time=840); :units = "N/m^2"; :long_name = "internal stress tensor trace"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "ice strength approximation"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "instantaneous"; float ice_present(time=840); :units = "1"; :long_name = "fraction of time-avg interval that any ice is present"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "ice extent flag"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fsurf_ai(time=840); :units = "W/m^2"; :long_name = "net surface heat flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive downward, excludes conductive flux, weighted b"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float fcondtop_ai(time=840); :units = "W/m^2"; :long_name = "top surface conductive heat flux"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "positive downwards, weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aicen001(time=840); :units = "%"; :long_name = "ice area, category 001"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "Ice range: "; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aicen002(time=840); :units = "%"; :long_name = "ice area, category 002"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "Ice range: "; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aicen003(time=840); :units = "%"; :long_name = "ice area, category 003"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "Ice range: "; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aicen004(time=840); :units = "%"; :long_name = "ice area, category 004"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "Ice range: "; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aicen005(time=840); :units = "%"; :long_name = "ice area, category 005"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "Ice range: "; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float vicen001(time=840); :units = "m"; :long_name = "ice volume, category 001"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float vicen002(time=840); :units = "m"; :long_name = "ice volume, category 002"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float vicen003(time=840); :units = "m"; :long_name = "ice volume, category 003"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float vicen004(time=840); :units = "m"; :long_name = "ice volume, category 004"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float vicen005(time=840); :units = "m"; :long_name = "ice volume, category 005"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float iage(time=840); :units = "years"; :long_name = "sea ice age"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float FYarea(time=840); :units = ""; :long_name = "first-year ice area"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "weighted by ice area"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "instantaneous"; float aerosnossl001(time=840); :units = "kg/kg"; :long_name = "snow ssl aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aerosnoint001(time=840); :units = "kg/kg"; :long_name = "snow int aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aeroicessl001(time=840); :units = "kg/kg"; :long_name = "ice ssl aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aeroiceint001(time=840); :units = "kg/kg"; :long_name = "ice int aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aerosnossl002(time=840); :units = "kg/kg"; :long_name = "snow ssl aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aerosnoint002(time=840); :units = "kg/kg"; :long_name = "snow int aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aeroicessl002(time=840); :units = "kg/kg"; :long_name = "ice ssl aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aeroiceint002(time=840); :units = "kg/kg"; :long_name = "ice int aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aerosnossl003(time=840); :units = "kg/kg"; :long_name = "snow ssl aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aerosnoint003(time=840); :units = "kg/kg"; :long_name = "snow int aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aeroicessl003(time=840); :units = "kg/kg"; :long_name = "ice ssl aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float aeroiceint003(time=840); :units = "kg/kg"; :long_name = "ice int aerosol mass"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float faero_atm001(time=840); :units = "kg/m^2 s"; :long_name = "aerosol deposition rate"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float faero_atm002(time=840); :units = "kg/m^2 s"; :long_name = "aerosol deposition rate"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float faero_atm003(time=840); :units = "kg/m^2 s"; :long_name = "aerosol deposition rate"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float faero_ocn001(time=840); :units = "kg/m^2 s"; :long_name = "aerosol flux to ocean"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float faero_ocn002(time=840); :units = "kg/m^2 s"; :long_name = "aerosol flux to ocean"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float faero_ocn003(time=840); :units = "kg/m^2 s"; :long_name = "aerosol flux to ocean"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float apond001(time=840); :units = "%"; :long_name = "melt pond concentration, category 001"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float apond002(time=840); :units = "%"; :long_name = "melt pond concentration, category 002"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float apond003(time=840); :units = "%"; :long_name = "melt pond concentration, category 003"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float apond004(time=840); :units = "%"; :long_name = "melt pond concentration, category 004"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; float apond005(time=840); :units = "%"; :long_name = "melt pond concentration, category 005"; :coordinates = "TLON TLAT time"; :cell_measures = "area: tarea"; :missing_value = 1.0E30f; // float :_FillValue = 1.0E30f; // float :comment = "none"; :cell_methods = "time: mean nj, ni: mean"; :time_rep = "averaged"; // global attributes: :title = "som_qzero"; :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 10201"; :comment3 = "seconds elapsed into model date: 0"; :conventions = "CF-1.0"; :history = "Mon Apr 27 12:54:16 2015: ncrcat som_qzero.cice.h.0001-01.nc.globaltemp.nc som_qzero.cice.h.0001-02.nc.globaltemp.nc som_qzero.cice.h.0001-03.nc.globaltemp.nc som_qzero.cice.h.0001-04.nc.globaltemp.nc som_qzero.cice.h.0001-05.nc.globaltemp.nc som_qzero.cice.h.0001-06.nc.globaltemp.nc som_qzero.cice.h.0001-07.nc.globaltemp.nc som_qzero.cice.h.0001-08.nc.globaltemp.nc som_qzero.cice.h.0001-09.nc.globaltemp.nc som_qzero.cice.h.0001-10.nc.globaltemp.nc som_qzero.cice.h.0001-11.nc.globaltemp.nc som_qzero.cice.h.0001-12.nc.globaltemp.nc som_qzero.cice.h.0002-01.nc.globaltemp.nc som_qzero.cice.h.0002-02.nc.globaltemp.nc som_qzero.cice.h.0002-03.nc.globaltemp.nc som_qzero.cice.h.0002-04.nc.globaltemp.nc som_qzero.cice.h.0002-05.nc.globaltemp.nc som_qzero.cice.h.0002-06.nc.globaltemp.nc som_qzero.cice.h.0002-07.nc.globaltemp.nc som_qzero.cice.h.0002-08.nc.globaltemp.nc som_qzero.cice.h.0002-09.nc.globaltemp.nc som_qzero.cice.h.0002-10.nc.globaltemp.nc som_qzero.cice.h.0002-11.nc.globaltemp.nc som_qzero.cice.h.0002-12.nc.globaltemp.nc som_qzero.cice.h.0003-01.nc.globaltemp.nc som_qzero.cice.h.0003-02.nc.globaltemp.nc som_qzero.cice.h.0003-03.nc.globaltemp.nc som_qzero.cice.h.0003-04.nc.globaltemp.nc som_qzero.cice.h.0003-05.nc.globaltemp.nc som_qzero.cice.h.0003-06.nc.globaltemp.nc som_qzero.cice.h.0003-07.nc.globaltemp.nc som_qzero.cice.h.0003-08.nc.globaltemp.nc som_qzero.cice.h.0003-09.nc.globaltemp.nc som_qzero.cice.h.0003-10.nc.globaltemp.nc som_qzero.cice.h.0003-11.nc.globaltemp.nc som_qzero.cice.h.0003-12.nc.globaltemp.nc som_qzero.cice.h.0004-01.nc.globaltemp.nc som_qzero.cice.h.0004-02.nc.globaltemp.nc som_qzero.cice.h.0004-03.nc.globaltemp.nc som_qzero.cice.h.0004-04.nc.globaltemp.nc som_qzero.cice.h.0004-05.nc.globaltemp.nc som_qzero.cice.h.0004-06.nc.globaltemp.nc som_qzero.cice.h.0004-07.nc.globaltemp.nc som_qzero.cice.h.0004-08.nc.globaltemp.nc som_qzero.cice.h.0004-09.nc.globaltemp.nc som_qzero.cice.h.0004-10.nc.globaltemp.nc som_qzero.cice.h.0004-11.nc.globaltemp.nc som_qzero.cice.h.0004-12.nc.globaltemp.nc som_qzero.cice.h.0005-01.nc.globaltemp.nc som_qzero.cice.h.0005-02.nc.globaltemp.nc som_qzero.cice.h.0005-03.nc.globaltemp.nc som_qzero.cice.h.0005-04.nc.globaltemp.nc som_qzero.cice.h.0005-05.nc.globaltemp.nc som_qzero.cice.h.0005-06.nc.globaltemp.nc som_qzero.cice.h.0005-07.nc.globaltemp.nc som_qzero.cice.h.0005-08.nc.globaltemp.nc som_qzero.cice.h.0005-09.nc.globaltemp.nc som_qzero.cice.h.0005-10.nc.globaltemp.nc som_qzero.cice.h.0005-11.nc.globaltemp.nc som_qzero.cice.h.0005-12.nc.globaltemp.nc som_qzero.cice.h.0006-01.nc.globaltemp.nc som_qzero.cice.h.0006-02.nc.globaltemp.nc som_qzero.cice.h.0006-03.nc.globaltemp.nc som_qzero.cice.h.0006-04.nc.globaltemp.nc som_qzero.cice.h.0006-05.nc.globaltemp.nc som_qzero.cice.h.0006-06.nc.globaltemp.nc som_qzero.cice.h.0006-07.nc.globaltemp.nc som_qzero.cice.h.0006-08.nc.globaltemp.nc som_qzero.cice.h.0006-09.nc.globaltemp.nc som_qzero.cice.h.0006-10.nc.globaltemp.nc som_qzero.cice.h.0006-11.nc.globaltemp.nc som_qzero.cice.h.0006-12.nc.globaltemp.nc som_qzero.cice.h.0007-01.nc.globaltemp.nc som_qzero.cice.h.0007-02.nc.globaltemp.nc som_qzero.cice.h.0007-03.nc.globaltemp.nc som_qzero.cice.h.0007-04.nc.globaltemp.nc som_qzero.cice.h.0007-05.nc.globaltemp.nc som_qzero.cice.h.0007-06.nc.globaltemp.nc som_qzero.cice.h.0007-07.nc.globaltemp.nc som_qzero.cice.h.0007-08.nc.globaltemp.nc som_qzero.cice.h.0007-09.nc.globaltemp.nc som_qzero.cice.h.0007-10.nc.globaltemp.nc som_qzero.cice.h.0007-11.nc.globaltemp.nc som_qzero.cice.h.0007-12.nc.globaltemp.nc som_qzero.cice.h.0008-01.nc.globaltemp.nc som_qzero.cice.h.0008-02.nc.globaltemp.nc som_qzero.cice.h.0008-03.nc.globaltemp.nc som_qzero.cice.h.0008-04.nc.globaltemp.nc som_qzero.cice.h.0008-05.nc.globaltemp.nc som_qzero.cice.h.0008-06.nc.globaltemp.nc som_qzero.cice.h.0008-07.nc.globaltemp.nc som_qzero.cice.h.0008-08.nc.globaltemp.nc som_qzero.cice.h.0008-09.nc.globaltemp.nc som_qzero.cice.h.0008-10.nc.globaltemp.nc som_qzero.cice.h.0008-11.nc.globaltemp.nc som_qzero.cice.h.0008-12.nc.globaltemp.nc som_qzero.cice.h.0009-01.nc.globaltemp.nc som_qzero.cice.h.0009-02.nc.globaltemp.nc som_qzero.cice.h.0009-03.nc.globaltemp.nc som_qzero.cice.h.0009-04.nc.globaltemp.nc som_qzero.cice.h.0009-05.nc.globaltemp.nc som_qzero.cice.h.0009-06.nc.globaltemp.nc som_qzero.cice.h.0009-07.nc.globaltemp.nc som_qzero.cice.h.0009-08.nc.globaltemp.nc som_qzero.cice.h.0009-09.nc.globaltemp.nc som_qzero.cice.h.0009-10.nc.globaltemp.nc som_qzero.cice.h.0009-11.nc.globaltemp.nc som_qzero.cice.h.0009-12.nc.globaltemp.nc som_qzero.cice.h.0010-01.nc.globaltemp.nc som_qzero.cice.h.0010-02.nc.globaltemp.nc som_qzero.cice.h.0010-03.nc.globaltemp.nc som_qzero.cice.h.0010-04.nc.globaltemp.nc som_qzero.cice.h.0010-05.nc.globaltemp.nc som_qzero.cice.h.0010-06.nc.globaltemp.nc som_qzero.cice.h.0010-07.nc.globaltemp.nc som_qzero.cice.h.0010-08.nc.globaltemp.nc som_qzero.cice.h.0010-09.nc.globaltemp.nc som_qzero.cice.h.0010-10.nc.globaltemp.nc som_qzero.cice.h.0010-11.nc.globaltemp.nc som_qzero.cice.h.0010-12.nc.globaltemp.nc som_qzero.cice.h.0011-01.nc.globaltemp.nc som_qzero.cice.h.0011-02.nc.globaltemp.nc som_qzero.cice.h.0011-03.nc.globaltemp.nc som_qzero.cice.h.0011-04.nc.globaltemp.nc som_qzero.cice.h.0011-05.nc.globaltemp.nc som_qzero.cice.h.0011-06.nc.globaltemp.nc som_qzero.cice.h.0011-07.nc.globaltemp.nc som_qzero.cice.h.0011-08.nc.globaltemp.nc som_qzero.cice.h.0011-09.nc.globaltemp.nc som_qzero.cice.h.0011-10.nc.globaltemp.nc som_qzero.cice.h.0011-11.nc.globaltemp.nc som_qzero.cice.h.0011-12.nc.globaltemp.nc som_qzero.cice.h.0012-01.nc.globaltemp.nc som_qzero.cice.h.0012-02.nc.globaltemp.nc som_qzero.cice.h.0012-03.nc.globaltemp.nc som_qzero.cice.h.0012-04.nc.globaltemp.nc som_qzero.cice.h.0012-05.nc.globaltemp.nc som_qzero.cice.h.0012-06.nc.globaltemp.nc som_qzero.cice.h.0012-07.nc.globaltemp.nc som_qzero.cice.h.0012-08.nc.globaltemp.nc som_qzero.cice.h.0012-09.nc.globaltemp.nc som_qzero.cice.h.0012-10.nc.globaltemp.nc som_qzero.cice.h.0012-11.nc.globaltemp.nc som_qzero.cice.h.0012-12.nc.globaltemp.nc som_qzero.cice.h.0013-01.nc.globaltemp.nc som_qzero.cice.h.0013-02.nc.globaltemp.nc som_qzero.cice.h.0013-03.nc.globaltemp.nc som_qzero.cice.h.0013-04.nc.globaltemp.nc som_qzero.cice.h.0013-05.nc.globaltemp.nc som_qzero.cice.h.0013-06.nc.globaltemp.nc som_qzero.cice.h.0013-07.nc.globaltemp.nc som_qzero.cice.h.0013-08.nc.globaltemp.nc som_qzero.cice.h.0013-09.nc.globaltemp.nc som_qzero.cice.h.0013-10.nc.globaltemp.nc som_qzero.cice.h.0013-11.nc.globaltemp.nc som_qzero.cice.h.0013-12.nc.globaltemp.nc som_qzero.cice.h.0014-01.nc.globaltemp.nc som_qzero.cice.h.0014-02.nc.globaltemp.nc som_qzero.cice.h.0014-03.nc.globaltemp.nc som_qzero.cice.h.0014-04.nc.globaltemp.nc som_qzero.cice.h.0014-05.nc.globaltemp.nc som_qzero.cice.h.0014-06.nc.globaltemp.nc som_qzero.cice.h.0014-07.nc.globaltemp.nc som_qzero.cice.h.0014-08.nc.globaltemp.nc som_qzero.cice.h.0014-09.nc.globaltemp.nc som_qzero.cice.h.0014-10.nc.globaltemp.nc som_qzero.cice.h.0014-11.nc.globaltemp.nc som_qzero.cice.h.0014-12.nc.globaltemp.nc som_qzero.cice.h.0015-01.nc.globaltemp.nc som_qzero.cice.h.0015-02.nc.globaltemp.nc som_qzero.cice.h.0015-03.nc.globaltemp.nc som_qzero.cice.h.0015-04.nc.globaltemp.nc som_qzero.cice.h.0015-05.nc.globaltemp.nc som_qzero.cice.h.0015-06.nc.globaltemp.nc som_qzero.cice.h.0015-07.nc.globaltemp.nc som_qzero.cice.h.0015-08.nc.globaltemp.nc som_qzero.cice.h.0015-09.nc.globaltemp.nc som_qzero.cice.h.0015-10.nc.globaltemp.nc som_qzero.cice.h.0015-11.nc.globaltemp.nc som_qzero.cice.h.0015-12.nc.globaltemp.nc som_qzero.cice.h.0016-01.nc.globaltemp.nc som_qzero.cice.h.0016-02.nc.globaltemp.nc som_qzero.cice.h.0016-03.nc.globaltemp.nc som_qzero.cice.h.0016-04.nc.globaltemp.nc som_qzero.cice.h.0016-05.nc.globaltemp.nc som_qzero.cice.h.0016-06.nc.globaltemp.nc som_qzero.cice.h.0016-07.nc.globaltemp.nc som_qzero.cice.h.0016-08.nc.globaltemp.nc som_qzero.cice.h.0016-09.nc.globaltemp.nc som_qzero.cice.h.0016-10.nc.globaltemp.nc som_qzero.cice.h.0016-11.nc.globaltemp.nc som_qzero.cice.h.0016-12.nc.globaltemp.nc som_qzero.cice.h.0017-01.nc.globaltemp.nc som_qzero.cice.h.0017-02.nc.globaltemp.nc som_qzero.cice.h.0017-03.nc.globaltemp.nc som_qzero.cice.h.0017-04.nc.globaltemp.nc som_qzero.cice.h.0017-05.nc.globaltemp.nc som_qzero.cice.h.0017-06.nc.globaltemp.nc som_qzero.cice.h.0017-07.nc.globaltemp.nc som_qzero.cice.h.0017-08.nc.globaltemp.nc som_qzero.cice.h.0017-09.nc.globaltemp.nc som_qzero.cice.h.0017-10.nc.globaltemp.nc som_qzero.cice.h.0017-11.nc.globaltemp.nc som_qzero.cice.h.0017-12.nc.globaltemp.nc som_qzero.cice.h.0018-01.nc.globaltemp.nc som_qzero.cice.h.0018-02.nc.globaltemp.nc som_qzero.cice.h.0018-03.nc.globaltemp.nc som_qzero.cice.h.0018-04.nc.globaltemp.nc som_qzero.cice.h.0018-05.nc.globaltemp.nc som_qzero.cice.h.0018-06.nc.globaltemp.nc som_qzero.cice.h.0018-07.nc.globaltemp.nc som_qzero.cice.h.0018-08.nc.globaltemp.nc som_qzero.cice.h.0018-09.nc.globaltemp.nc som_qzero.cice.h.0018-10.nc.globaltemp.nc som_qzero.cice.h.0018-11.nc.globaltemp.nc som_qzero.cice.h.0018-12.nc.globaltemp.nc som_qzero.cice.h.0019-01.nc.globaltemp.nc som_qzero.cice.h.0019-02.nc.globaltemp.nc som_qzero.cice.h.0019-03.nc.globaltemp.nc som_qzero.cice.h.0019-04.nc.globaltemp.nc som_qzero.cice.h.0019-05.nc.globaltemp.nc som_qzero.cice.h.0019-06.nc.globaltemp.nc som_qzero.cice.h.0019-07.nc.globaltemp.nc som_qzero.cice.h.0019-08.nc.globaltemp.nc som_qzero.cice.h.0019-09.nc.globaltemp.nc som_qzero.cice.h.0019-10.nc.globaltemp.nc som_qzero.cice.h.0019-11.nc.globaltemp.nc som_qzero.cice.h.0019-12.nc.globaltemp.nc som_qzero.cice.h.0020-01.nc.globaltemp.nc som_qzero.cice.h.0020-02.nc.globaltemp.nc 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som_qzero.cice.h.0022-02.nc.globaltemp.nc som_qzero.cice.h.0022-03.nc.globaltemp.nc som_qzero.cice.h.0022-04.nc.globaltemp.nc som_qzero.cice.h.0022-05.nc.globaltemp.nc som_qzero.cice.h.0022-06.nc.globaltemp.nc som_qzero.cice.h.0022-07.nc.globaltemp.nc som_qzero.cice.h.0022-08.nc.globaltemp.nc som_qzero.cice.h.0022-09.nc.globaltemp.nc som_qzero.cice.h.0022-10.nc.globaltemp.nc som_qzero.cice.h.0022-11.nc.globaltemp.nc som_qzero.cice.h.0022-12.nc.globaltemp.nc som_qzero.cice.h.0023-01.nc.globaltemp.nc som_qzero.cice.h.0023-02.nc.globaltemp.nc som_qzero.cice.h.0023-03.nc.globaltemp.nc som_qzero.cice.h.0023-04.nc.globaltemp.nc som_qzero.cice.h.0023-05.nc.globaltemp.nc som_qzero.cice.h.0023-06.nc.globaltemp.nc som_qzero.cice.h.0023-07.nc.globaltemp.nc som_qzero.cice.h.0023-08.nc.globaltemp.nc som_qzero.cice.h.0023-09.nc.globaltemp.nc som_qzero.cice.h.0023-10.nc.globaltemp.nc som_qzero.cice.h.0023-11.nc.globaltemp.nc som_qzero.cice.h.0023-12.nc.globaltemp.nc som_qzero.cice.h.0024-01.nc.globaltemp.nc som_qzero.cice.h.0024-02.nc.globaltemp.nc som_qzero.cice.h.0024-03.nc.globaltemp.nc som_qzero.cice.h.0024-04.nc.globaltemp.nc som_qzero.cice.h.0024-05.nc.globaltemp.nc som_qzero.cice.h.0024-06.nc.globaltemp.nc som_qzero.cice.h.0024-07.nc.globaltemp.nc som_qzero.cice.h.0024-08.nc.globaltemp.nc som_qzero.cice.h.0024-09.nc.globaltemp.nc som_qzero.cice.h.0024-10.nc.globaltemp.nc som_qzero.cice.h.0024-11.nc.globaltemp.nc som_qzero.cice.h.0024-12.nc.globaltemp.nc som_qzero.cice.h.0025-01.nc.globaltemp.nc som_qzero.cice.h.0025-02.nc.globaltemp.nc som_qzero.cice.h.0025-03.nc.globaltemp.nc som_qzero.cice.h.0025-04.nc.globaltemp.nc som_qzero.cice.h.0025-05.nc.globaltemp.nc som_qzero.cice.h.0025-06.nc.globaltemp.nc som_qzero.cice.h.0025-07.nc.globaltemp.nc som_qzero.cice.h.0025-08.nc.globaltemp.nc som_qzero.cice.h.0025-09.nc.globaltemp.nc som_qzero.cice.h.0025-10.nc.globaltemp.nc som_qzero.cice.h.0025-11.nc.globaltemp.nc som_qzero.cice.h.0025-12.nc.globaltemp.nc som_qzero.cice.h.0026-01.nc.globaltemp.nc som_qzero.cice.h.0026-02.nc.globaltemp.nc som_qzero.cice.h.0026-03.nc.globaltemp.nc som_qzero.cice.h.0026-04.nc.globaltemp.nc som_qzero.cice.h.0026-05.nc.globaltemp.nc som_qzero.cice.h.0026-06.nc.globaltemp.nc som_qzero.cice.h.0026-07.nc.globaltemp.nc som_qzero.cice.h.0026-08.nc.globaltemp.nc som_qzero.cice.h.0026-09.nc.globaltemp.nc som_qzero.cice.h.0026-10.nc.globaltemp.nc som_qzero.cice.h.0026-11.nc.globaltemp.nc som_qzero.cice.h.0026-12.nc.globaltemp.nc som_qzero.cice.h.0027-01.nc.globaltemp.nc som_qzero.cice.h.0027-02.nc.globaltemp.nc som_qzero.cice.h.0027-03.nc.globaltemp.nc som_qzero.cice.h.0027-04.nc.globaltemp.nc som_qzero.cice.h.0027-05.nc.globaltemp.nc som_qzero.cice.h.0027-06.nc.globaltemp.nc som_qzero.cice.h.0027-07.nc.globaltemp.nc som_qzero.cice.h.0027-08.nc.globaltemp.nc som_qzero.cice.h.0027-09.nc.globaltemp.nc som_qzero.cice.h.0027-10.nc.globaltemp.nc 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som_qzero.cice.h.0058-07.nc.globaltemp.nc som_qzero.cice.h.0058-08.nc.globaltemp.nc som_qzero.cice.h.0058-09.nc.globaltemp.nc som_qzero.cice.h.0058-10.nc.globaltemp.nc som_qzero.cice.h.0058-11.nc.globaltemp.nc som_qzero.cice.h.0058-12.nc.globaltemp.nc som_qzero.cice.h.0059-01.nc.globaltemp.nc som_qzero.cice.h.0059-02.nc.globaltemp.nc som_qzero.cice.h.0059-03.nc.globaltemp.nc som_qzero.cice.h.0059-04.nc.globaltemp.nc som_qzero.cice.h.0059-05.nc.globaltemp.nc som_qzero.cice.h.0059-06.nc.globaltemp.nc som_qzero.cice.h.0059-07.nc.globaltemp.nc som_qzero.cice.h.0059-08.nc.globaltemp.nc som_qzero.cice.h.0059-09.nc.globaltemp.nc som_qzero.cice.h.0059-10.nc.globaltemp.nc som_qzero.cice.h.0059-11.nc.globaltemp.nc som_qzero.cice.h.0059-12.nc.globaltemp.nc som_qzero.cice.h.0060-01.nc.globaltemp.nc som_qzero.cice.h.0060-02.nc.globaltemp.nc som_qzero.cice.h.0060-03.nc.globaltemp.nc som_qzero.cice.h.0060-04.nc.globaltemp.nc som_qzero.cice.h.0060-05.nc.globaltemp.nc som_qzero.cice.h.0060-06.nc.globaltemp.nc som_qzero.cice.h.0060-07.nc.globaltemp.nc som_qzero.cice.h.0060-08.nc.globaltemp.nc som_qzero.cice.h.0060-09.nc.globaltemp.nc som_qzero.cice.h.0060-10.nc.globaltemp.nc som_qzero.cice.h.0060-11.nc.globaltemp.nc som_qzero.cice.h.0060-12.nc.globaltemp.nc som_qzero.cice.h.0061-01.nc.globaltemp.nc som_qzero.cice.h.0061-02.nc.globaltemp.nc som_qzero.cice.h.0061-03.nc.globaltemp.nc som_qzero.cice.h.0061-04.nc.globaltemp.nc som_qzero.cice.h.0061-05.nc.globaltemp.nc som_qzero.cice.h.0061-06.nc.globaltemp.nc som_qzero.cice.h.0061-07.nc.globaltemp.nc som_qzero.cice.h.0061-08.nc.globaltemp.nc som_qzero.cice.h.0061-09.nc.globaltemp.nc som_qzero.cice.h.0061-10.nc.globaltemp.nc som_qzero.cice.h.0061-11.nc.globaltemp.nc som_qzero.cice.h.0061-12.nc.globaltemp.nc som_qzero.cice.h.0062-01.nc.globaltemp.nc som_qzero.cice.h.0062-02.nc.globaltemp.nc som_qzero.cice.h.0062-03.nc.globaltemp.nc som_qzero.cice.h.0062-04.nc.globaltemp.nc som_qzero.cice.h.0062-05.nc.globaltemp.nc som_qzero.cice.h.0062-06.nc.globaltemp.nc som_qzero.cice.h.0062-07.nc.globaltemp.nc som_qzero.cice.h.0062-08.nc.globaltemp.nc som_qzero.cice.h.0062-09.nc.globaltemp.nc som_qzero.cice.h.0062-10.nc.globaltemp.nc som_qzero.cice.h.0062-11.nc.globaltemp.nc som_qzero.cice.h.0062-12.nc.globaltemp.nc som_qzero.cice.h.0063-01.nc.globaltemp.nc som_qzero.cice.h.0063-02.nc.globaltemp.nc som_qzero.cice.h.0063-03.nc.globaltemp.nc som_qzero.cice.h.0063-04.nc.globaltemp.nc som_qzero.cice.h.0063-05.nc.globaltemp.nc som_qzero.cice.h.0063-06.nc.globaltemp.nc som_qzero.cice.h.0063-07.nc.globaltemp.nc som_qzero.cice.h.0063-08.nc.globaltemp.nc som_qzero.cice.h.0063-09.nc.globaltemp.nc som_qzero.cice.h.0063-10.nc.globaltemp.nc som_qzero.cice.h.0063-11.nc.globaltemp.nc som_qzero.cice.h.0063-12.nc.globaltemp.nc som_qzero.cice.h.0064-01.nc.globaltemp.nc som_qzero.cice.h.0064-02.nc.globaltemp.nc som_qzero.cice.h.0064-03.nc.globaltemp.nc som_qzero.cice.h.0064-04.nc.globaltemp.nc som_qzero.cice.h.0064-05.nc.globaltemp.nc som_qzero.cice.h.0064-06.nc.globaltemp.nc som_qzero.cice.h.0064-07.nc.globaltemp.nc som_qzero.cice.h.0064-08.nc.globaltemp.nc som_qzero.cice.h.0064-09.nc.globaltemp.nc som_qzero.cice.h.0064-10.nc.globaltemp.nc som_qzero.cice.h.0064-11.nc.globaltemp.nc som_qzero.cice.h.0064-12.nc.globaltemp.nc som_qzero.cice.h.0065-01.nc.globaltemp.nc som_qzero.cice.h.0065-02.nc.globaltemp.nc som_qzero.cice.h.0065-03.nc.globaltemp.nc som_qzero.cice.h.0065-04.nc.globaltemp.nc som_qzero.cice.h.0065-05.nc.globaltemp.nc som_qzero.cice.h.0065-06.nc.globaltemp.nc som_qzero.cice.h.0065-07.nc.globaltemp.nc som_qzero.cice.h.0065-08.nc.globaltemp.nc som_qzero.cice.h.0065-09.nc.globaltemp.nc som_qzero.cice.h.0065-10.nc.globaltemp.nc som_qzero.cice.h.0065-11.nc.globaltemp.nc som_qzero.cice.h.0065-12.nc.globaltemp.nc som_qzero.cice.h.0066-01.nc.globaltemp.nc som_qzero.cice.h.0066-02.nc.globaltemp.nc som_qzero.cice.h.0066-03.nc.globaltemp.nc som_qzero.cice.h.0066-04.nc.globaltemp.nc som_qzero.cice.h.0066-05.nc.globaltemp.nc som_qzero.cice.h.0066-06.nc.globaltemp.nc som_qzero.cice.h.0066-07.nc.globaltemp.nc som_qzero.cice.h.0066-08.nc.globaltemp.nc som_qzero.cice.h.0066-09.nc.globaltemp.nc som_qzero.cice.h.0066-10.nc.globaltemp.nc som_qzero.cice.h.0066-11.nc.globaltemp.nc som_qzero.cice.h.0066-12.nc.globaltemp.nc som_qzero.cice.h.0067-01.nc.globaltemp.nc som_qzero.cice.h.0067-02.nc.globaltemp.nc som_qzero.cice.h.0067-03.nc.globaltemp.nc som_qzero.cice.h.0067-04.nc.globaltemp.nc som_qzero.cice.h.0067-05.nc.globaltemp.nc som_qzero.cice.h.0067-06.nc.globaltemp.nc som_qzero.cice.h.0067-07.nc.globaltemp.nc som_qzero.cice.h.0067-08.nc.globaltemp.nc som_qzero.cice.h.0067-09.nc.globaltemp.nc som_qzero.cice.h.0067-10.nc.globaltemp.nc som_qzero.cice.h.0067-11.nc.globaltemp.nc som_qzero.cice.h.0067-12.nc.globaltemp.nc som_qzero.cice.h.0068-01.nc.globaltemp.nc som_qzero.cice.h.0068-02.nc.globaltemp.nc som_qzero.cice.h.0068-03.nc.globaltemp.nc som_qzero.cice.h.0068-04.nc.globaltemp.nc som_qzero.cice.h.0068-05.nc.globaltemp.nc som_qzero.cice.h.0068-06.nc.globaltemp.nc som_qzero.cice.h.0068-07.nc.globaltemp.nc som_qzero.cice.h.0068-08.nc.globaltemp.nc som_qzero.cice.h.0068-09.nc.globaltemp.nc som_qzero.cice.h.0068-10.nc.globaltemp.nc som_qzero.cice.h.0068-11.nc.globaltemp.nc som_qzero.cice.h.0068-12.nc.globaltemp.nc som_qzero.cice.h.0069-01.nc.globaltemp.nc som_qzero.cice.h.0069-02.nc.globaltemp.nc som_qzero.cice.h.0069-03.nc.globaltemp.nc som_qzero.cice.h.0069-04.nc.globaltemp.nc som_qzero.cice.h.0069-05.nc.globaltemp.nc som_qzero.cice.h.0069-06.nc.globaltemp.nc som_qzero.cice.h.0069-07.nc.globaltemp.nc som_qzero.cice.h.0069-08.nc.globaltemp.nc som_qzero.cice.h.0069-09.nc.globaltemp.nc som_qzero.cice.h.0069-10.nc.globaltemp.nc som_qzero.cice.h.0069-11.nc.globaltemp.nc som_qzero.cice.h.0069-12.nc.globaltemp.nc som_qzero.cice.h.0070-01.nc.globaltemp.nc som_qzero.cice.h.0070-02.nc.globaltemp.nc som_qzero.cice.h.0070-03.nc.globaltemp.nc som_qzero.cice.h.0070-04.nc.globaltemp.nc som_qzero.cice.h.0070-05.nc.globaltemp.nc som_qzero.cice.h.0070-06.nc.globaltemp.nc som_qzero.cice.h.0070-07.nc.globaltemp.nc som_qzero.cice.h.0070-08.nc.globaltemp.nc som_qzero.cice.h.0070-09.nc.globaltemp.nc som_qzero.cice.h.0070-10.nc.globaltemp.nc som_qzero.cice.h.0070-11.nc.globaltemp.nc som_qzero.cice.h.0070-12.nc.globaltemp.nc som_qzero.cice.h.global.nc\nMon Apr 27 12:19:55 2015: ncwa -a ni,nj -w tarea som_qzero.cice.h.0001-01.nc som_qzero.cice.h.0001-01.nc.globaltemp.nc\nThis dataset was created on 2015-04-06 at 13:53"; :nco_openmp_thread_number = 1; // int }