Attributes {
    T {
        String long_name "Time";
        Float32 pointwidth 1.0;
        String calendar "360";
        Int32 gridtype 0;
        String units "months since 1960-01-01";
    }
    Y {
        String long_name "latitude";
        Float32 pointwidth 5.0;
        Int32 gridtype 0;
        String units "degree_north";
    }
    X {
        String long_name "longitude";
        Float32 pointwidth 5.0;
        Float32 modulus 360.0;
        Int32 gridtype 1;
        String units "degree_east";
    }
    KFa{
        err {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "Error";
        }
        ssta {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "SST anomaly";
        }
    }
    KFf{
        err {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "Error";
        }
        ssta {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "SST anomaly";
        }
    }
    Nobs {
        String units "dimensionless";
        String description "Number of observations for 5x5 boxes used in the RS analysis";
        String Version "2; June 96";
        Int32 missing_value 32767;
        String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
        String long_name "Number of observations";
    }
    OI{
        err {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "Error";
        }
        ssta {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "SST anomaly";
        }
    }
    OS{
        err {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "Error";
        }
        ssta {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "SST anomaly";
        }
    }
    Projection{
        err {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "Error";
        }
        ssta {
            String units "degreeC";
            Float32 scale_factor 0.001;
            String Version "2; June 96";
            Int32 missing_value 32767;
            String history "Reduced space (80 EOFs)  analysis of MOHSST5 data";
            String long_name "SST anomaly";
        }
    }
NC_GLOBAL {
    String description "Reduced Space Optimal Analysis of MOHSST5 SST anomaly";
    URL dataset_documentation.html "http://iridl.ldeo.columbia.edu/SOURCES/.KAPLAN/.RSA_MOHSST5.cuf/.dataset_documentation.html";
    String references "Kaplan_etal1998";
    String Conventions "IRIDL";
    String KFa.description "Kalman filter -- analysis stage";
    String KFf.description "Kalman filter -- forecast stage";
    String OI.description "Optimal Interpolation";
    String OS.description "Fixed Interval Optimal Smoother";
    String Projection.description "Linear bestfit of the EOF patterns to the data";
}
}