netcdf CESMA/ITCZMIP_Aqua4xCO2/clim/ITCZMIP_Aqua4xCO2.cam.h0.global.nc {
  dimensions:
    lev = 26;
    ilev = 27;
    time = UNLIMITED;   // (480 currently)
    slat = 95;
    slon = 144;
    nbnd = 2;
    chars = 8;
  variables:
    double lev(lev=26);
      :long_name = "hybrid level at midpoints (1000*(A+B))";
      :units = "level";
      :positive = "down";
      :standard_name = "atmosphere_hybrid_sigma_pressure_coordinate";
      :formula_terms = "a: hyam b: hybm p0: P0 ps: PS";

    double hyam(lev=26);
      :long_name = "hybrid A coefficient at layer midpoints";

    double hybm(lev=26);
      :long_name = "hybrid B coefficient at layer midpoints";

    double ilev(ilev=27);
      :long_name = "hybrid level at interfaces (1000*(A+B))";
      :units = "level";
      :positive = "down";
      :standard_name = "atmosphere_hybrid_sigma_pressure_coordinate";
      :formula_terms = "a: hyai b: hybi p0: P0 ps: PS";

    double hyai(ilev=27);
      :long_name = "hybrid A coefficient at layer interfaces";

    double hybi(ilev=27);
      :long_name = "hybrid B coefficient at layer interfaces";

    double P0;
      :long_name = "reference pressure";
      :units = "Pa";

    double time(time=480);
      :long_name = "time";
      :units = "days since 0001-01-01 00:00:00";
      :calendar = "noleap";
      :bounds = "time_bnds";

    int date(time=480);
      :long_name = "current date (YYYYMMDD)";

    int datesec(time=480);
      :long_name = "current seconds of current date";

    double lat;
      :long_name = "latitude";
      :units = "degrees_north";
      :cell_methods = "lat: mean";

    double lon;
      :long_name = "longitude";
      :units = "degrees_east";
      :cell_methods = "lon: mean";

    double slat(slat=95);
      :long_name = "staggered latitude";
      :units = "degrees_north";

    double slon(slon=144);
      :long_name = "staggered longitude";
      :units = "degrees_east";

    double w_stag(slat=95);
      :long_name = "staggered latitude weights";

    double time_bnds(time=480, nbnd=2);
      :long_name = "time interval endpoints";

    char date_written(time=480, chars=8);

    char time_written(time=480, chars=8);

    int ntrm;
      :long_name = "spectral truncation parameter M";

    int ntrn;
      :long_name = "spectral truncation parameter N";

    int ntrk;
      :long_name = "spectral truncation parameter K";

    int ndbase;
      :long_name = "base day";

    int nsbase;
      :long_name = "seconds of base day";

    int nbdate;
      :long_name = "base date (YYYYMMDD)";

    int nbsec;
      :long_name = "seconds of base date";

    int mdt;
      :long_name = "timestep";
      :units = "s";

    int nlon;
      :long_name = "number of longitudes";
      :cell_methods = "lat: mean";

    int wnummax;
      :long_name = "cutoff Fourier wavenumber";
      :cell_methods = "lat: mean";

    double gw;
      :long_name = "gauss weights";
      :cell_methods = "lat: mean";

    int ndcur(time=480);
      :long_name = "current day (from base day)";

    int nscur(time=480);
      :long_name = "current seconds of current day";

    double co2vmr(time=480);
      :long_name = "co2 volume mixing ratio";

    double ch4vmr(time=480);
      :long_name = "ch4 volume mixing ratio";

    double n2ovmr(time=480);
      :long_name = "n2o volume mixing ratio";

    double f11vmr(time=480);
      :long_name = "f11 volume mixing ratio";

    double f12vmr(time=480);
      :long_name = "f12 volume mixing ratio";

    double sol_tsi(time=480);
      :long_name = "total solar irradiance";
      :units = "W/m2";

    int nsteph(time=480);
      :long_name = "current timestep";

    float AEROD_v(time=480);
      :_FillValue = 1.0E36f; // float
      :missing_value = 1.0E36f; // float
      :units = "1";
      :long_name = "Total Aerosol Optical Depth in visible band";
      :cell_methods = "time: mean lat, lon: mean";

    float CLDHGH(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "fraction";
      :long_name = "Vertically-integrated high cloud";
      :cell_methods = "time: mean lat, lon: mean";

    float CLDICE(time=480, lev=26);
      :mdims = 1; // int
      :units = "kg/kg";
      :long_name = "Grid box averaged cloud ice amount";
      :cell_methods = "time: mean lat, lon: mean";

    float CLDLIQ(time=480, lev=26);
      :mdims = 1; // int
      :units = "kg/kg";
      :long_name = "Grid box averaged cloud liquid amount";
      :cell_methods = "time: mean lat, lon: mean";

    float CLDLOW(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "fraction";
      :long_name = "Vertically-integrated low cloud";
      :cell_methods = "time: mean lat, lon: mean";

    float CLDMED(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "fraction";
      :long_name = "Vertically-integrated mid-level cloud";
      :cell_methods = "time: mean lat, lon: mean";

    float CLDTOT(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "fraction";
      :long_name = "Vertically-integrated total cloud";
      :cell_methods = "time: mean lat, lon: mean";

    float CLOUD(time=480, lev=26);
      :mdims = 1; // int
      :Sampling_Sequence = "rad_lwsw";
      :units = "fraction";
      :long_name = "Cloud fraction";
      :cell_methods = "time: mean lat, lon: mean";

    float CONCLD(time=480, lev=26);
      :mdims = 1; // int
      :units = "fraction";
      :long_name = "Convective cloud cover";
      :cell_methods = "time: mean lat, lon: mean";

    float DCQ(time=480, lev=26);
      :mdims = 1; // int
      :units = "kg/kg/s";
      :long_name = "Q tendency due to moist processes";
      :cell_methods = "time: mean lat, lon: mean";

    float DTCOND(time=480, lev=26);
      :mdims = 1; // int
      :units = "K/s";
      :long_name = "T tendency - moist processes";
      :cell_methods = "time: mean lat, lon: mean";

    float DTV(time=480, lev=26);
      :mdims = 1; // int
      :units = "K/s";
      :long_name = "T vertical diffusion";
      :cell_methods = "time: mean lat, lon: mean";

    float EMIS(time=480, lev=26);
      :mdims = 1; // int
      :Sampling_Sequence = "rad_lwsw";
      :units = "1";
      :long_name = "cloud emissivity";
      :cell_methods = "time: mean lat, lon: mean";

    float FICE(time=480, lev=26);
      :mdims = 1; // int
      :units = "fraction";
      :long_name = "Fractional ice content within cloud";
      :cell_methods = "time: mean lat, lon: mean";

    float FLDS(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Downwelling longwave flux at surface";
      :cell_methods = "time: mean lat, lon: mean";

    float FLDSC(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Clearsky downwelling longwave flux at surface";
      :cell_methods = "time: mean lat, lon: mean";

    float FLNS(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Net longwave flux at surface";
      :cell_methods = "time: mean lat, lon: mean";

    float FLNSC(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Clearsky net longwave flux at surface";
      :cell_methods = "time: mean lat, lon: mean";

    float FLNT(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Net longwave flux at top of model";
      :cell_methods = "time: mean lat, lon: mean";

    float FLNTC(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Clearsky net longwave flux at top of model";
      :cell_methods = "time: mean lat, lon: mean";

    float FLUT(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Upwelling longwave flux at top of model";
      :cell_methods = "time: mean lat, lon: mean";

    float FLUTC(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Clearsky upwelling longwave flux at top of model";
      :cell_methods = "time: mean lat, lon: mean";

    float FSDS(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Downwelling solar flux at surface";
      :cell_methods = "time: mean lat, lon: mean";

    float FSDSC(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Clearsky downwelling solar flux at surface";
      :cell_methods = "time: mean lat, lon: mean";

    float FSDTOA(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Downwelling solar flux at top of atmosphere";
      :cell_methods = "time: mean lat, lon: mean";

    float FSNS(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Net solar flux at surface";
      :cell_methods = "time: mean lat, lon: mean";

    float FSNSC(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Clearsky net solar flux at surface";
      :cell_methods = "time: mean lat, lon: mean";

    float FSNT(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Net solar flux at top of model";
      :cell_methods = "time: mean lat, lon: mean";

    float FSNTC(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Clearsky net solar flux at top of model";
      :cell_methods = "time: mean lat, lon: mean";

    float FSNTOA(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Net solar flux at top of atmosphere";
      :cell_methods = "time: mean lat, lon: mean";

    float FSNTOAC(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Clearsky net solar flux at top of atmosphere";
      :cell_methods = "time: mean lat, lon: mean";

    float FSUTOA(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Upwelling solar flux at top of atmosphere";
      :cell_methods = "time: mean lat, lon: mean";

    float ICEFRAC(time=480);
      :units = "fraction";
      :long_name = "Fraction of sfc area covered by sea-ice";
      :cell_methods = "time: mean lat, lon: mean";

    float ICIMR(time=480, lev=26);
      :mdims = 1; // int
      :units = "kg/kg";
      :long_name = "Prognostic in-cloud ice mixing ratio";
      :cell_methods = "time: mean lat, lon: mean";

    float ICWMR(time=480, lev=26);
      :mdims = 1; // int
      :units = "kg/kg";
      :long_name = "Prognostic in-cloud water mixing ratio";
      :cell_methods = "time: mean lat, lon: mean";

    float LANDFRAC(time=480);
      :units = "fraction";
      :long_name = "Fraction of sfc area covered by land";
      :cell_methods = "time: mean lat, lon: mean";

    float LHFLX(time=480);
      :units = "W/m2";
      :long_name = "Surface latent heat flux";
      :cell_methods = "time: mean lat, lon: mean";

    float LWCF(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Longwave cloud forcing";
      :cell_methods = "time: mean lat, lon: mean";

    float OCNFRAC(time=480);
      :units = "fraction";
      :long_name = "Fraction of sfc area covered by ocean";
      :cell_methods = "time: mean lat, lon: mean";

    float OMEGA(time=480, lev=26);
      :mdims = 1; // int
      :units = "Pa/s";
      :long_name = "Vertical velocity (pressure)";
      :cell_methods = "time: mean lat, lon: mean";

    float OMEGAT(time=480, lev=26);
      :mdims = 1; // int
      :units = "K Pa/s";
      :long_name = "Vertical heat flux";
      :cell_methods = "time: mean lat, lon: mean";

    float PBLH(time=480);
      :units = "m";
      :long_name = "PBL height";
      :cell_methods = "time: mean lat, lon: mean";

    float PHIS(time=480);
      :units = "m2/s2";
      :long_name = "Surface geopotential";
      :cell_methods = "lat, lon: mean";

    float PRECC(time=480);
      :units = "m/s";
      :long_name = "Convective precipitation rate (liq + ice)";
      :cell_methods = "time: mean lat, lon: mean";

    float PRECL(time=480);
      :units = "m/s";
      :long_name = "Large-scale (stable) precipitation rate (liq + ice)";
      :cell_methods = "time: mean lat, lon: mean";

    float PRECSC(time=480);
      :units = "m/s";
      :long_name = "Convective snow rate (water equivalent)";
      :cell_methods = "time: mean lat, lon: mean";

    float PRECSL(time=480);
      :units = "m/s";
      :long_name = "Large-scale (stable) snow rate (water equivalent)";
      :cell_methods = "time: mean lat, lon: mean";

    float PS(time=480);
      :units = "Pa";
      :long_name = "Surface pressure";
      :cell_methods = "time: mean lat, lon: mean";

    float PSL(time=480);
      :units = "Pa";
      :long_name = "Sea level pressure";
      :cell_methods = "time: mean lat, lon: mean";

    float Q(time=480, lev=26);
      :mdims = 1; // int
      :units = "kg/kg";
      :long_name = "Specific humidity";
      :cell_methods = "time: mean lat, lon: mean";

    float QFLX(time=480);
      :units = "kg/m2/s";
      :long_name = "Surface water flux";
      :cell_methods = "time: mean lat, lon: mean";

    float QREFHT(time=480);
      :units = "kg/kg";
      :long_name = "Reference height humidity";
      :cell_methods = "time: mean lat, lon: mean";

    float QRL(time=480, lev=26);
      :mdims = 1; // int
      :Sampling_Sequence = "rad_lwsw";
      :units = "K/s";
      :long_name = "Longwave heating rate";
      :cell_methods = "time: mean lat, lon: mean";

    float QRS(time=480, lev=26);
      :mdims = 1; // int
      :Sampling_Sequence = "rad_lwsw";
      :units = "K/s";
      :long_name = "Solar heating rate";
      :cell_methods = "time: mean lat, lon: mean";

    float RELHUM(time=480, lev=26);
      :mdims = 1; // int
      :units = "percent";
      :long_name = "Relative humidity";
      :cell_methods = "time: mean lat, lon: mean";

    float SFCLDICE(time=480);
      :units = "kg/m2/s";
      :long_name = "CLDICE surface flux";
      :cell_methods = "time: mean lat, lon: mean";

    float SFCLDLIQ(time=480);
      :units = "kg/m2/s";
      :long_name = "CLDLIQ surface flux";
      :cell_methods = "time: mean lat, lon: mean";

    float SHFLX(time=480);
      :units = "W/m2";
      :long_name = "Surface sensible heat flux";
      :cell_methods = "time: mean lat, lon: mean";

    float SNOWHICE(time=480);
      :units = "m";
      :long_name = "Snow depth over ice";
      :cell_methods = "time: mean lat, lon: mean";

    float SNOWHLND(time=480);
      :units = "m";
      :long_name = "Water equivalent snow depth";
      :cell_methods = "time: mean lat, lon: mean";

    float SOLIN(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Solar insolation";
      :cell_methods = "time: mean lat, lon: mean";

    float SWCF(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "W/m2";
      :long_name = "Shortwave cloud forcing";
      :cell_methods = "time: mean lat, lon: mean";

    float T(time=480, lev=26);
      :mdims = 1; // int
      :units = "K";
      :long_name = "Temperature";
      :cell_methods = "time: mean lat, lon: mean";

    float TAUX(time=480);
      :units = "N/m2";
      :long_name = "Zonal surface stress";
      :cell_methods = "time: mean lat, lon: mean";

    float TAUY(time=480);
      :units = "N/m2";
      :long_name = "Meridional surface stress";
      :cell_methods = "time: mean lat, lon: mean";

    float TGCLDCWP(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "gram/m2";
      :long_name = "Total grid-box cloud water path (liquid and ice)";
      :cell_methods = "time: mean lat, lon: mean";

    float TGCLDIWP(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "gram/m2";
      :long_name = "Total grid-box cloud ice water path";
      :cell_methods = "time: mean lat, lon: mean";

    float TGCLDLWP(time=480);
      :Sampling_Sequence = "rad_lwsw";
      :units = "gram/m2";
      :long_name = "Total grid-box cloud liquid water path";
      :cell_methods = "time: mean lat, lon: mean";

    float TMQ(time=480);
      :units = "kg/m2";
      :long_name = "Total (vertically integrated) precipitable water";
      :cell_methods = "time: mean lat, lon: mean";

    float TREFHT(time=480);
      :units = "K";
      :long_name = "Reference height temperature";
      :cell_methods = "time: mean lat, lon: mean";

    float TS(time=480);
      :units = "K";
      :long_name = "Surface temperature (radiative)";
      :cell_methods = "time: mean lat, lon: mean";

    float TSMN(time=480);
      :units = "K";
      :long_name = "Minimum surface temperature over output period";
      :cell_methods = "time: minimum lat, lon: mean";

    float TSMX(time=480);
      :units = "K";
      :long_name = "Maximum surface temperature over output period";
      :cell_methods = "time: maximum lat, lon: mean";

    float U(time=480, lev=26);
      :mdims = 1; // int
      :units = "m/s";
      :long_name = "Zonal wind";
      :cell_methods = "time: mean lat, lon: mean";

    float U10(time=480);
      :units = "m/s";
      :long_name = "10m wind speed";
      :cell_methods = "time: mean lat, lon: mean";

    float UU(time=480, lev=26);
      :mdims = 1; // int
      :units = "m2/s2";
      :long_name = "Zonal velocity squared";
      :cell_methods = "time: mean lat, lon: mean";

    float V(time=480, lev=26);
      :mdims = 1; // int
      :units = "m/s";
      :long_name = "Meridional wind";
      :cell_methods = "time: mean lat, lon: mean";

    float VD01(time=480, lev=26);
      :mdims = 1; // int
      :units = "kg/kg/s";
      :long_name = "Vertical diffusion of Q";
      :cell_methods = "time: mean lat, lon: mean";

    float VQ(time=480, lev=26);
      :mdims = 1; // int
      :units = "m/skg/kg";
      :long_name = "Meridional water transport";
      :cell_methods = "time: mean lat, lon: mean";

    float VT(time=480, lev=26);
      :mdims = 1; // int
      :units = "K m/s";
      :long_name = "Meridional heat transport";
      :cell_methods = "time: mean lat, lon: mean";

    float VU(time=480, lev=26);
      :mdims = 1; // int
      :units = "m2/s2";
      :long_name = "Meridional flux of zonal momentum";
      :cell_methods = "time: mean lat, lon: mean";

    float VV(time=480, lev=26);
      :mdims = 1; // int
      :units = "m2/s2";
      :long_name = "Meridional velocity squared";
      :cell_methods = "time: mean lat, lon: mean";

    float Z3(time=480, lev=26);
      :mdims = 1; // int
      :units = "m";
      :long_name = "Geopotential Height (above sea level)";
      :cell_methods = "time: mean lat, lon: mean";

  // global attributes:
  :Conventions = "CF-1.0";
  :source = "CAM";
  :case = "ITCZMIP_Aqua4xCO2";
  :title = "UNSET";
  :logname = "br546577";
  :host = "snow-18.rit.alba";
  :Version = "$Name$";
  :revision_Id = "$Id$";
  :initial_file = "/data/rose_scr/cesm_inputdata/atm/cam/inic/fv/ncdata_aqua_1.9x2.5.nc";
  :topography_file = "/data/rose_scr/cesm_inputdata/atm/cam/topo/USGS_aqua_topo_1.9x2.5.nc";
  :history = "Thu Aug 20 18:58:39 2015: ncrcat ITCZMIP_Aqua4xCO2.cam.h0.0046-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0047-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0047-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0047-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0047-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0047-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0047-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0047-07.nc.globaltemp.nc 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ITCZMIP_Aqua4xCO2.cam.h0.0067-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0067-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0067-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0067-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0067-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0068-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0069-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0070-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0071-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0072-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0072-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0072-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0072-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0072-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0072-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0072-07.nc.globaltemp.nc 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ITCZMIP_Aqua4xCO2.cam.h0.0074-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0074-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0074-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0074-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0074-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0074-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0074-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0074-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0074-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0075-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0076-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0077-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0078-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0079-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0080-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0081-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0082-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0083-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0084-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-01.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-02.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-03.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-04.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-05.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-06.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-07.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-08.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-09.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-10.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-11.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.0085-12.nc.globaltemp.nc ITCZMIP_Aqua4xCO2.cam.h0.global.nc\nThu Aug 20 18:45:37 2015: ncwa -a lat,lon -w gw ITCZMIP_Aqua4xCO2.cam.h0.0046-01.nc ITCZMIP_Aqua4xCO2.cam.h0.0046-01.nc.globaltemp.nc";
  :nco_openmp_thread_number = 1; // int
}