// CDL-style headers generated from netCDF CDF-1 files using netcdfjs 4.0.0.
// Data values are omitted. Original attribute types are retained.

// File: data/erbe.sarb/erbe.glob.cdf
netcdf erbe_sarb_erbe_glob_cdf {
dimensions:
    X = 144 ;
    Y = 73 ;
    T = 47 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 1 ;
        X:fullname = "/X" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Y" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/T" ;
    float srb(T, Y, X) ;
        srb:fullname = "[/EBES /Net /Surface /Flux]" ;
        srb:source = "<A HREF=\"http://rainbow.ldgo.columbia.edu/data/erbe.html\">ERBE description</A>" ;
        srb:history = "ERBE Surface Radiation Budget" ;
}

// File: data/erbe.sarb/erbe.glob.cld.mean.cdf
netcdf erbe_sarb_erbe_glob_cld_mean_cdf {
dimensions:
    X = 144 ;
    Y = 73 ;
    T = 12 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 1 ;
        X:fullname = "/X" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Y" ;
    float T(T) ;
        T:units = "month" ;
        T:gridtype = 1 ;
        T:fullname = "/T" ;
    float srb(T, Y, X) ;
        srb:fullname = "[/EBES /Net /Surface /Flux]" ;
        srb:source = "<A HREF=\"http://rainbow.ldgo.columbia.edu/data/erbe.html\">ERBE description</A>" ;
        srb:history = "ERBE Surface Radiation Budget" ;
}

// File: data/erbe.sarb/erbe.glob.clr.mean.cdf
netcdf erbe_sarb_erbe_glob_clr_mean_cdf {
dimensions:
    X = 144 ;
    Y = 73 ;
    T = 12 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 1 ;
        X:fullname = "/X" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Y" ;
    float T(T) ;
        T:units = "month" ;
        T:gridtype = 1 ;
        T:fullname = "/T" ;
    float srb(T, Y, X) ;
        srb:fullname = "[/EBES /Net /Surface /Flux]" ;
        srb:source = "<A HREF=\"http://rainbow.ldgo.columbia.edu/data/erbe.html\">ERBE description</A>" ;
        srb:history = "ERBE Surface Radiation Budget" ;
}

// File: data/erbe.sarb/erbe.glob.for.mean.cdf
netcdf erbe_sarb_erbe_glob_for_mean_cdf {
dimensions:
    X = 144 ;
    Y = 73 ;
    T = 12 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 1 ;
        X:fullname = "/X" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Y" ;
    float T(T) ;
        T:units = "month" ;
        T:gridtype = 1 ;
        T:fullname = "/T" ;
    float srb(T, Y, X) ;
        srb:fullname = "[/EBES /Net /Surface /Flux]" ;
        srb:source = "<A HREF=\"http://rainbow.ldgo.columbia.edu/data/erbe.html\">ERBE description</A>" ;
        srb:history = "ERBE Surface Radiation Budget" ;
}

// File: data/erbe.sarb/erbe.part.cdf
netcdf erbe_sarb_erbe_part_cdf {
dimensions:
    X = 144 ;
    Y = 49 ;
    T = 60 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 1 ;
        X:fullname = "/X" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Y" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/T" ;
    float srb(T, Y, X) ;
        srb:fullname = "[/EBES /Net /Surface /Flux]" ;
        srb:source = "<A HREF=\"http://rainbow.ldgo.columbia.edu/data/erbe.html\">ERBE description</A>" ;
        srb:history = "ERBE Surface Radiation Budget" ;
}

// File: data/fc03mon.cdf
netcdf fc03mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 341 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc06mon.cdf
netcdf fc06mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 344 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc09mon.cdf
netcdf fc09mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 347 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc12mon.cdf
netcdf fc12mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 350 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_00mon.cdf
netcdf fc2_00mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 309 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_01mon.cdf
netcdf fc2_01mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 310 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_02mon.cdf
netcdf fc2_02mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 311 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_03mon.cdf
netcdf fc2_03mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 316 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_04mon.cdf
netcdf fc2_04mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 313 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_05mon.cdf
netcdf fc2_05mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 314 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_06mon.cdf
netcdf fc2_06mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 319 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_07mon.cdf
netcdf fc2_07mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 316 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_08mon.cdf
netcdf fc2_08mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 317 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_09mon.cdf
netcdf fc2_09mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 322 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_10mon.cdf
netcdf fc2_10mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 319 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_11mon.cdf
netcdf fc2_11mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 320 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_12mon.cdf
netcdf fc2_12mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 325 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_13mon.cdf
netcdf fc2_13mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 322 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_14mon.cdf
netcdf fc2_14mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 323 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_15mon.cdf
netcdf fc2_15mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 324 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_16mon.cdf
netcdf fc2_16mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 325 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_17mon.cdf
netcdf fc2_17mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 326 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/fc2_18mon.cdf
netcdf fc2_18mon_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 327 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;
        ssta:units = "degreeC" ;
        ssta:long_name = "temperature anomaly" ;

// global attributes:
        :description = "forecast ssta fields" ;
}

// File: data/ossta.cdf
netcdf ossta_cdf {
dimensions:
    X = 42 ;
    Y = 30 ;
    T = 338 ;
variables:
    float X(X) ;
        X:units = "longitude" ;
        X:gridtype = 0 ;
        X:fullname = "/Longitude" ;
    float Y(Y) ;
        Y:units = "latitude" ;
        Y:gridtype = 0 ;
        Y:fullname = "/Latitude" ;
    float T(T) ;
        T:units = "monthtime" ;
        T:gridtype = 0 ;
        T:fullname = "/Time" ;
    float ssta(T, Y, X) ;
        ssta:missing_value = -999.f ;

// global attributes:
        :description = "observed ssta fields" ;
}