Attributes {
    X {
        String standard_name "longitude";
        Float32 pointwidth 1.0;
        Int32 gridtype 1;
        String units "degree_east";
    }
    Y {
        String standard_name "latitude";
        Float32 pointwidth 1.0;
        Int32 gridtype 0;
        String units "degree_north";
    }
    L {
        String standard_name "forecast_period";
        Float32 pointwidth 1.0;
        String long_name "Lead";
        Int32 gridtype 0;
        String units "months";
    }
    S {
        Int32 expires 1754008920;
        Float32 defaultvalue 786.0;
        String standard_name "forecast_reference_time";
        String long_name "Forecast Start Time";
        Int32 pointwidth 0;
        String calendar "360";
        Int32 gridtype 0;
        String units "months since 1960-01-01";
    }
    M {
        String standard_name "realization";
        Float32 pointwidth 1.0;
        String long_name "Ensemble Member";
        Int32 gridtype 0;
        String units "unitless";
    }
    P {
        String standard_name "air_pressure";
        Int32 pointwidth 0;
        String long_name "Pressure Level";
        Int32 gridtype 0;
        String units "hPa";
    }
    Z {
        String standard_name "height";
        Int32 pointwidth 0;
        String long_name "Height";
        Int32 gridtype 0;
        String units "m";
    }
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        Float32 defaultvalue 786.0;
        Int32 pointwidth 0;
        Float32 lat 90.0;
        String cell_method "time: mean";
        Float32 lon 358.75;
        String units "W/m2";
        String long_name "canopy evaporation";
        Float32 missing_value 9.99999962E35;
        Int32 expires 1754008920;
    }
    gz {
        Float32 defaultvalue 786.0;
        Int32 pointwidth 0;
        Float32 lat 90.0;
        String standard_name "geopotential_height";
        Float32 lon 358.75;
        String long_name "Geopotential Height (above sea level)";
        String units "m";
        Float32 missing_value 9.96920997E36;
        Int32 expires 1754008920;
    }
    prec {
        Float32 defaultvalue 786.0;
        Int32 pointwidth 0;
        Float32 lat 90.0;
        String standard_name "lwe_precipitation_rate";
        Float32 lon 358.75;
        String long_name "Total Precipitation";
        Int32 expires 1754008920;
        String units "mm/day";
        Float32 file_missing_value 9.96920997E36;
        Float32 missing_value NaN;
    }
    runoff {
        Float32 defaultvalue 786.0;
        Int32 pointwidth 0;
        Float32 lat 90.0;
        String standard_name "runoff_flux";
        Float32 lon 358.75;
        String units "mm/s";
        String long_name "surface runoff + sub-surface drainage + surface runoff at glaciers, wetlands, lakes";
        Float32 missing_value 9.99999962E35;
        Int32 expires 1754008920;
    }
    soilw {
        Float32 defaultvalue 786.0;
        Int32 pointwidth 0;
        Float32 lat 90.0;
        String sum_op_ncl "dim_sum over dimension(s): levgrnd";
        String standard_name "soil_moisture_content";
        String cell_method "time: mean";
        String long_name " merely sum of soil liquid water over levels";
        String units "kg/m2";
        Float32 lon 358.75;
        Float32 missing_value 9.99999962E35;
        Int32 expires 1754008920;
    }
    sst {
        Float32 defaultvalue 786.0;
        Int32 pointwidth 0;
        String spatial_op "Conservative remapping: 1st order: destarea: NCL: /homes/min/bin/ncl/POP_REMAP/map_gx1v3_to_1x1d_aave_da-010821.nc";
        Float32 lat 89.5;
        String standard_name "sea_surface_temperature";
        String units "Celsius_scale";
        String long_name "Sea Surface Temperature";
        String cell_methods "time: mean";
        Float32 missing_value 9.96920997E36;
        Int32 expires 1754008920;
    }
    T {
        Float32 defaultvalue 786.0;
        String bounds "S";
        Int32 expires 1754008920;
        Float32 pointwidth 1.0;
        String units "months since 1960-01-01";
        String calendar "360";
        String standard_name "time";
        String long_name "Time";
    }
    tref {
        Float32 defaultvalue 786.0;
        Int32 pointwidth 0;
        Float32 lat 90.0;
        String cell_method "time: mean";
        Float32 lon 358.75;
        String standard_name "air_temperature";
        String long_name "Reference Temperature";
        String units "Kelvin_scale";
        Float32 missing_value 9.96920997E36;
        Int32 expires 1754008920;
    }
    tsmn {
        Float32 defaultvalue 786.0;
        Int32 pointwidth 0;
        Float32 lat 90.0;
        String standard_name "air_temperature";
        String cell_method "time: minimum";
        Float32 lon 358.75;
        String units "Kelvin_scale";
        String long_name "Minimum surface temperature over output period";
        Float32 missing_value 9.96920997E36;
        Int32 expires 1754008920;
    }
    tsmx {
        Float32 defaultvalue 786.0;
        Int32 pointwidth 0;
        Float32 lat 90.0;
        String standard_name "air_temperature";
        String cell_method "time: maximum";
        Float32 lon 358.75;
        String units "Kelvin_scale";
        String long_name "Maximum surface temperature over output period";
        Float32 missing_value 9.96920997E36;
        Int32 expires 1754008920;
    }
NC_GLOBAL {
    String Comment "Dughong Min (dmin@rsmas.miami.edu) and Ben Kirtman (bkirtman@rsmas.miami.edu)";
    String references "Kirtman_etal2014";
    String ACKNOWLEDGEMENTS "In order to document NMME-Phase II data impact and enable continuing support, users of NMME data are expected to acknowledge NMME data and the participating modeling groups. The NMME model output should be referred to as \"the NMME System Phase II data [https://www.earthsystemgrid.org/search.html?Project=NMME].\"  In publications, users should include a table (referred to below as Table XX) listing the models and institutions that provided model output used in the NMME-Phase II system, as well as the digital object identifier of publications documenting the models, where \"Table XX\" in the paper should list the models and modeling groups that provided the NMME data.  In addition, an acknowledgement similar to the following should be included in any publication:  \"We acknowledge the agencies that support the NMME-Phase II system, and we thank the climate modeling groups (Environment Canada, NASA, NCAR, NOAA/GFDL, NOAA/NCEP, and University of Miami) for producing and making available their model output. NOAA/NCEP, NOAA/CTB, and NOAA/CPO jointly provided coordinating support and led development of the NMME-Phase II system.\"  Besides the above acknowledgement, users should register any journal articles (or other scientific documents) that are based on NMME-Phase II results.";
    URL data_availability "fileavail/mark/exch/S2/exch[S1]table:/mark/:table/.html";
    String Created "Wed May 7 20:32:28 EDT 2014";
    String Title "CCSM4.0 National Multi-Model Ensembles(NMME) project";
    String References "Ben P. Kirtman, Dughong Min. (2009) Multimodel Ensemble ENSO Prediction with CCSM and CFS. Monthly Weather Review 137:9, 2908-2930";
    String Conventions "CF-1.0";
    Int32 expires 1754008920;
    String Generator "NCL v.5.0";
}
}