Dataset {
    Float32 Z[Z = 33];
    Float32 Y[Y = 180];
    Float32 X[X = 360];
    Float32 Z_01[Z_01 = 7];
    Structure {
        Grid {
         ARRAY:
            Float32 aou[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } aou;
        Grid {
         ARRAY:
            Float32 chlorophyll[Z_01 = 7][Y = 180][X = 360];
         MAPS:
            Float32 Z_01[Z_01 = 7];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } chlorophyll;
        Grid {
         ARRAY:
            Float32 nitrate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } nitrate;
        Grid {
         ARRAY:
            Float32 O2[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } O2;
        Grid {
         ARRAY:
            Float32 o2sat[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } o2sat;
        Grid {
         ARRAY:
            Float32 phosphate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } phosphate;
        Grid {
         ARRAY:
            Float32 salinity[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } salinity;
        Grid {
         ARRAY:
            Float32 silicate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } silicate;
        Grid {
         ARRAY:
            Float32 temperature[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temperature;
    } an;
    Structure {
        Grid {
         ARRAY:
            Float32 aou[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } aou;
        Grid {
         ARRAY:
            Float32 chlorophyll[Z_01 = 7][Y = 180][X = 360];
         MAPS:
            Float32 Z_01[Z_01 = 7];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } chlorophyll;
        Grid {
         ARRAY:
            Float32 nitrate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } nitrate;
        Grid {
         ARRAY:
            Float32 O2[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } O2;
        Grid {
         ARRAY:
            Float32 o2sat[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } o2sat;
        Grid {
         ARRAY:
            Float32 phosphate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } phosphate;
        Structure {
            Grid {
             ARRAY:
                Float32 am[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } am;
            Grid {
             ARRAY:
                Float32 cc[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } cc;
            Grid {
             ARRAY:
                Float32 dm[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } dm;
            Grid {
             ARRAY:
                Float32 dv[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } dv;
            Grid {
             ARRAY:
                Float32 sv[Z = 33][Y = 180][X = 360];
             MAPS:
                Float32 Z[Z = 33];
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } sv;
            Grid {
             ARRAY:
                Float32 wm[Z = 33][Y = 180][X = 360];
             MAPS:
                Float32 Z[Z = 33];
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } wm;
        } plankton;
        Grid {
         ARRAY:
            Float32 salinity[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } salinity;
        Grid {
         ARRAY:
            Float32 silicate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } silicate;
        Grid {
         ARRAY:
            Float32 temperature[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temperature;
    } dd;
    Structure {
        Grid {
         ARRAY:
            Float32 aou[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } aou;
        Grid {
         ARRAY:
            Float32 chlorophyll[Z_01 = 7][Y = 180][X = 360];
         MAPS:
            Float32 Z_01[Z_01 = 7];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } chlorophyll;
        Grid {
         ARRAY:
            Float32 nitrate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } nitrate;
        Grid {
         ARRAY:
            Float32 O2[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } O2;
        Grid {
         ARRAY:
            Float32 o2sat[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } o2sat;
        Grid {
         ARRAY:
            Float32 phosphate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } phosphate;
        Grid {
         ARRAY:
            Float32 salinity[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } salinity;
        Grid {
         ARRAY:
            Float32 silicate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } silicate;
        Grid {
         ARRAY:
            Float32 temperature[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temperature;
    } gp;
    Structure {
        Grid {
         ARRAY:
            Float32 aou[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } aou;
        Grid {
         ARRAY:
            Float32 chlorophyll[Z_01 = 7][Y = 180][X = 360];
         MAPS:
            Float32 Z_01[Z_01 = 7];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } chlorophyll;
        Grid {
         ARRAY:
            Float32 nitrate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } nitrate;
        Grid {
         ARRAY:
            Float32 O2[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } O2;
        Grid {
         ARRAY:
            Float32 o2sat[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } o2sat;
        Grid {
         ARRAY:
            Float32 phosphate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } phosphate;
        Structure {
            Grid {
             ARRAY:
                Float32 am[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } am;
            Grid {
             ARRAY:
                Float32 cc[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } cc;
            Grid {
             ARRAY:
                Float32 dm[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } dm;
            Grid {
             ARRAY:
                Float32 dv[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } dv;
            Grid {
             ARRAY:
                Float32 sv[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } sv;
            Grid {
             ARRAY:
                Float32 wm[Y = 180][X = 360];
             MAPS:
                Float32 Y[Y = 180];
                Float32 X[X = 360];
            } wm;
        } plankton;
        Grid {
         ARRAY:
            Float32 salinity[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } salinity;
        Grid {
         ARRAY:
            Float32 silicate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } silicate;
        Grid {
         ARRAY:
            Float32 temperature[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temperature;
    } mn;
    Structure {
        Grid {
         ARRAY:
            Float32 aou[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } aou;
        Grid {
         ARRAY:
            Float32 chlorophyll[Z_01 = 7][Y = 180][X = 360];
         MAPS:
            Float32 Z_01[Z_01 = 7];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } chlorophyll;
        Grid {
         ARRAY:
            Float32 nitrate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } nitrate;
        Grid {
         ARRAY:
            Float32 O2[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } O2;
        Grid {
         ARRAY:
            Float32 o2sat[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } o2sat;
        Grid {
         ARRAY:
            Float32 phosphate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } phosphate;
        Grid {
         ARRAY:
            Float32 salinity[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } salinity;
        Grid {
         ARRAY:
            Float32 silicate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } silicate;
        Grid {
         ARRAY:
            Float32 temperature[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temperature;
    } oa;
    Structure {
        Grid {
         ARRAY:
            Float32 aou[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } aou;
        Grid {
         ARRAY:
            Float32 chlorophyll[Z_01 = 7][Y = 180][X = 360];
         MAPS:
            Float32 Z_01[Z_01 = 7];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } chlorophyll;
        Grid {
         ARRAY:
            Float32 nitrate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } nitrate;
        Grid {
         ARRAY:
            Float32 O2[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } O2;
        Grid {
         ARRAY:
            Float32 o2sat[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } o2sat;
        Grid {
         ARRAY:
            Float32 phosphate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } phosphate;
        Grid {
         ARRAY:
            Float32 salinity[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } salinity;
        Grid {
         ARRAY:
            Float32 silicate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } silicate;
        Grid {
         ARRAY:
            Float32 temperature[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temperature;
    } sd;
    Structure {
        Grid {
         ARRAY:
            Float32 aou[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } aou;
        Grid {
         ARRAY:
            Float32 chlorophyll[Z_01 = 7][Y = 180][X = 360];
         MAPS:
            Float32 Z_01[Z_01 = 7];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } chlorophyll;
        Grid {
         ARRAY:
            Float32 nitrate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } nitrate;
        Grid {
         ARRAY:
            Float32 O2[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } O2;
        Grid {
         ARRAY:
            Float32 o2sat[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } o2sat;
        Grid {
         ARRAY:
            Float32 phosphate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } phosphate;
        Grid {
         ARRAY:
            Float32 salinity[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } salinity;
        Grid {
         ARRAY:
            Float32 silicate[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } silicate;
        Grid {
         ARRAY:
            Float32 temperature[Z = 33][Y = 180][X = 360];
         MAPS:
            Float32 Z[Z = 33];
            Float32 Y[Y = 180];
            Float32 X[X = 360];
        } temperature;
    } se;
} Annual;