Dataset {
    Float32 T[T = 85];
    Float32 Y[Y = 73];
    Float32 X[X = 144];
    Float32 X_01[X_01 = 21];
    Float32 T_01[T_01 = 13];
    Float32 Y_01[Y_01 = 61];
    Float32 I[I = 28];
    Float32 X_02[X_02 = 173];
    Float32 T_02[T_02 = 51];
    Float32 Y_02[Y_02 = 30];
    Float32 X_03[X_03 = 112];
    Float32 T_03[T_03 = 346];
    Float32 Y_03[Y_03 = 81];
    Float32 Z[Z = 1];
    Float32 X_04[X_04 = 360];
    Float32 T_04[T_04 = 12];
    Float32 Y_04[Y_04 = 180];
    Float32 T_05[T_05 = 257];
    Float32 T_06[T_06 = 73];
    Float32 T_07[T_07 = 1114];
    Float32 X_05[X_05 = 360];
    Float32 T_08[T_08 = 495];
    Float32 T_09[T_09 = 73];
    Int32 T_10[T_10 = 2153];
    Float32 Y_05[Y_05 = 61];
    Float32 X_06[X_06 = 72];
    Float32 Z_01[Z_01 = 11];
    String STA[STA = 13];
    Float32 T_11[T_11 = 36];
    Float32 T_12[T_12 = 101];
    Float32 T_13[T_13 = 19];
    Float32 X_07[X_07 = 136];
    Float32 depth[depth = 1];
    Float32 time[time = 286];
    Float32 Y_06[Y_06 = 22];
    Float32 Y_07[Y_07 = 22];
    Float32 X_08[X_08 = 25];
    Float32 time_01[time_01 = 454];
    Float32 X_09[X_09 = 90];
    Float32 T_14[T_14 = 118];
    Float32 Y_08[Y_08 = 121];
    Float32 X_10[X_10 = 360];
    Float32 T_15[T_15 = 29];
    Float32 Y_09[Y_09 = 151];
    Structure {
        Grid {
         ARRAY:
            Float32 u[T = 85][Y = 73][X = 144];
         MAPS:
            Float32 T[T = 85];
            Float32 Y[Y = 73];
            Float32 X[X = 144];
        } u;
        Grid {
         ARRAY:
            Float32 v[T = 85][Y = 73][X = 144];
         MAPS:
            Float32 T[T = 85];
            Float32 Y[Y = 73];
            Float32 X[X = 144];
        } v;
    } australia;
    Structure {
    } australiaplots;
    Structure {
    } canadaplots;
    Structure {
        Grid {
         ARRAY:
            Float32 sealevel[T_01 = 13][Y_01 = 61][X_01 = 21];
         MAPS:
            Float32 T_01[T_01 = 13];
            Float32 Y_01[Y_01 = 61];
            Float32 X_01[X_01 = 21];
        } sealevel;
        Structure {
            Grid {
             ARRAY:
                Float32 lat[I = 28];
             MAPS:
                Float32 I[I = 28];
            } lat;
            Grid {
             ARRAY:
                Float32 lon[I = 28];
             MAPS:
                Float32 I[I = 28];
            } lon;
        } stations;
    } ers1;
    Structure {
        Grid {
         ARRAY:
            Float32 absuu[T_02 = 51][Y_02 = 30][X_02 = 173];
         MAPS:
            Float32 T_02[T_02 = 51];
            Float32 Y_02[Y_02 = 30];
            Float32 X_02[X_02 = 173];
        } absuu;
        Grid {
         ARRAY:
            Float32 absuv[T_02 = 51][Y_02 = 30][X_02 = 173];
         MAPS:
            Float32 T_02[T_02 = 51];
            Float32 Y_02[Y_02 = 30];
            Float32 X_02[X_02 = 173];
        } absuv;
    } fsu;
    Structure {
        Grid {
         ARRAY:
            Float32 d20C[T_03 = 346][Y_03 = 81][X_03 = 112];
         MAPS:
            Float32 T_03[T_03 = 346];
            Float32 Y_03[Y_03 = 81];
            Float32 X_03[X_03 = 112];
        } d20C;
        Grid {
         ARRAY:
            Float32 u[T_03 = 346][Y_03 = 81][Z = 1][X_03 = 112];
         MAPS:
            Float32 T_03[T_03 = 346];
            Float32 Y_03[Y_03 = 81];
            Float32 Z[Z = 1];
            Float32 X_03[X_03 = 112];
        } u;
        Grid {
         ARRAY:
            Float32 umag[T_03 = 346][Y_03 = 81][Z = 1][X_03 = 112];
         MAPS:
            Float32 T_03[T_03 = 346];
            Float32 Y_03[Y_03 = 81];
            Float32 Z[Z = 1];
            Float32 X_03[X_03 = 112];
        } umag;
        Grid {
         ARRAY:
            Float32 v[T_03 = 346][Y_03 = 81][Z = 1][X_03 = 112];
         MAPS:
            Float32 T_03[T_03 = 346];
            Float32 Y_03[Y_03 = 81];
            Float32 Z[Z = 1];
            Float32 X_03[X_03 = 112];
        } v;
    } leetma;
    Structure {
        Structure {
            Structure {
                Grid {
                 ARRAY:
                    Float32 sst[T_04 = 12][Y_04 = 180][X_04 = 360];
                 MAPS:
                    Float32 T_04[T_04 = 12];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_04[X_04 = 360];
                } sst;
            } climatology;
            Structure {
                Grid {
                 ARRAY:
                    Float32 sst[T_05 = 257][Y_04 = 180][X_04 = 360];
                 MAPS:
                    Float32 T_05[T_05 = 257];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_04[X_04 = 360];
                } sst;
                Grid {
                 ARRAY:
                    Float32 ssta[T_05 = 257][Y_04 = 180][X_04 = 360];
                 MAPS:
                    Float32 T_05[T_05 = 257];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_04[X_04 = 360];
                } ssta;
            } monthly;
            Structure {
                Grid {
                 ARRAY:
                    Float32 sst[T_06 = 73][Y_04 = 180][X_04 = 360];
                 MAPS:
                    Float32 T_06[T_06 = 73];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_04[X_04 = 360];
                } sst;
            } pentad-climatology;
            Structure {
                Grid {
                 ARRAY:
                    Float32 sst[T_07 = 1114][Y_04 = 180][X_04 = 360];
                 MAPS:
                    Float32 T_07[T_07 = 1114];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_04[X_04 = 360];
                } sst;
                Grid {
                 ARRAY:
                    Float32 ssta[T_07 = 1114][Y_04 = 180][X_04 = 360];
                 MAPS:
                    Float32 T_07[T_07 = 1114];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_04[X_04 = 360];
                } ssta;
            } weekly;
        } Reyn_SmithOIv1;
        Structure {
            Structure {
                Structure {
                    Grid {
                     ARRAY:
                        Float32 sst[T_04 = 12][Y_04 = 180][X_05 = 360];
                     MAPS:
                        Float32 T_04[T_04 = 12];
                        Float32 Y_04[Y_04 = 180];
                        Float32 X_05[X_05 = 360];
                    } sst;
                } c6190;
                Structure {
                    Grid {
                     ARRAY:
                        Float32 sst[T_04 = 12][Y_04 = 180][X_05 = 360];
                     MAPS:
                        Float32 T_04[T_04 = 12];
                        Float32 Y_04[Y_04 = 180];
                        Float32 X_05[X_05 = 360];
                    } sst;
                } c7100;
                Structure {
                    Grid {
                     ARRAY:
                        Float32 sst[T_04 = 12][Y_04 = 180][X_05 = 360];
                     MAPS:
                        Float32 T_04[T_04 = 12];
                        Float32 Y_04[Y_04 = 180];
                        Float32 X_05[X_05 = 360];
                    } sst;
                } c8110;
                Structure {
                    Grid {
                     ARRAY:
                        Float32 sst[T_04 = 12][Y_04 = 180][X_05 = 360];
                     MAPS:
                        Float32 T_04[T_04 = 12];
                        Float32 Y_04[Y_04 = 180];
                        Float32 X_05[X_05 = 360];
                    } sst;
                } c9120;
                Grid {
                 ARRAY:
                    Float32 mask[Y_04 = 180][X_05 = 360];
                 MAPS:
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } mask;
            } climatology;
            Structure {
                Grid {
                 ARRAY:
                    Float32 mask[Y_04 = 180][X_05 = 360];
                 MAPS:
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } mask;
                Grid {
                 ARRAY:
                    Byte sea_ice[T_08 = 495][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Float32 T_08[T_08 = 495];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } sea_ice;
                Grid {
                 ARRAY:
                    Float32 sst[T_08 = 495][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Float32 T_08[T_08 = 495];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } sst;
                Grid {
                 ARRAY:
                    Float32 ssta[T_08 = 495][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Float32 T_08[T_08 = 495];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } ssta;
                Grid {
                 ARRAY:
                    Float32 ssta_c9120[T_08 = 495][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Float32 T_08[T_08 = 495];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } ssta_c9120;
            } monthly;
            Structure {
                Grid {
                 ARRAY:
                    Float32 sst[T_09 = 73][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Float32 T_09[T_09 = 73];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } sst;
                Grid {
                 ARRAY:
                    Float32 sst_c9120[T_09 = 73][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Float32 T_09[T_09 = 73];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } sst_c9120;
            } pentad-climatology;
            Structure {
                Grid {
                 ARRAY:
                    Float32 err[T_10 = 2153][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Int32 T_10[T_10 = 2153];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } err;
                Grid {
                 ARRAY:
                    Float32 mask[Y_04 = 180][X_05 = 360];
                 MAPS:
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } mask;
                Grid {
                 ARRAY:
                    Byte sea_ice[T_10 = 2153][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Int32 T_10[T_10 = 2153];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } sea_ice;
                Grid {
                 ARRAY:
                    Float32 sst[T_10 = 2153][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Int32 T_10[T_10 = 2153];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } sst;
                Grid {
                 ARRAY:
                    Float32 ssta[T_10 = 2153][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Int32 T_10[T_10 = 2153];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } ssta;
                Grid {
                 ARRAY:
                    Float32 ssta_c9120[T_10 = 2153][Y_04 = 180][X_05 = 360];
                 MAPS:
                    Int32 T_10[T_10 = 2153];
                    Float32 Y_04[Y_04 = 180];
                    Float32 X_05[X_05 = 360];
                } ssta_c9120;
            } weekly;
        } Reyn_SmithOIv2;
    } nmc;
    Structure {
        Structure {
            Grid {
             ARRAY:
                Float32 heat_storage[T_04 = 12][Y_05 = 61][X_06 = 72];
             MAPS:
                Float32 T_04[T_04 = 12];
                Float32 Y_05[Y_05 = 61];
                Float32 X_06[X_06 = 72];
            } heat_storage;
            Grid {
             ARRAY:
                Float32 mld[T_04 = 12][Y_05 = 61][X_06 = 72];
             MAPS:
                Float32 T_04[T_04 = 12];
                Float32 Y_05[Y_05 = 61];
                Float32 X_06[X_06 = 72];
            } mld;
            Grid {
             ARRAY:
                Float32 temp[T_04 = 12][Z_01 = 11][Y_05 = 61][X_06 = 72];
             MAPS:
                Float32 T_04[T_04 = 12];
                Float32 Z_01[Z_01 = 11];
                Float32 Y_05[Y_05 = 61];
                Float32 X_06[X_06 = 72];
            } temp;
        } climatology;
        Structure {
            Grid {
             ARRAY:
                Float32 lat[STA = 13];
             MAPS:
                String STA[STA = 13];
            } lat;
            Grid {
             ARRAY:
                Float32 lon[STA = 13];
             MAPS:
                String STA[STA = 13];
            } lon;
            Grid {
             ARRAY:
                Float32 temp[STA = 13][T_11 = 36];
             MAPS:
                String STA[STA = 13];
                Float32 T_11[T_11 = 36];
            } temp;
            Grid {
             ARRAY:
                Float32 u[STA = 13][T_11 = 36];
             MAPS:
                String STA[STA = 13];
                Float32 T_11[T_11 = 36];
            } u;
            Grid {
             ARRAY:
                Float32 v[STA = 13][T_11 = 36];
             MAPS:
                String STA[STA = 13];
                Float32 T_11[T_11 = 36];
            } v;
            Grid {
             ARRAY:
                Float32 wu[STA = 13][T_11 = 36];
             MAPS:
                String STA[STA = 13];
                Float32 T_11[T_11 = 36];
            } wu;
            Grid {
             ARRAY:
                Float32 wv[STA = 13][T_11 = 36];
             MAPS:
                String STA[STA = 13];
                Float32 T_11[T_11 = 36];
            } wv;
        } coastal;
        Structure {
            Structure {
                Grid {
                 ARRAY:
                    Float32 anomalies[T_12 = 101][Y_05 = 61][X_06 = 72];
                 MAPS:
                    Float32 T_12[T_12 = 101];
                    Float32 Y_05[Y_05 = 61];
                    Float32 X_06[X_06 = 72];
                } anomalies;
                Grid {
                 ARRAY:
                    Float32 error[T_13 = 19][Y_05 = 61][X_06 = 72];
                 MAPS:
                    Float32 T_13[T_13 = 19];
                    Float32 Y_05[Y_05 = 61];
                    Float32 X_06[X_06 = 72];
                } error;
            } heat_storage;
        } monthly;
    } sio;
    Structure {
        Grid {
         ARRAY:
            Float32 sst[time = 286][depth = 1][Y_06 = 22][X_07 = 136];
         MAPS:
            Float32 time[time = 286];
            Float32 depth[depth = 1];
            Float32 Y_06[Y_06 = 22];
            Float32 X_07[X_07 = 136];
        } sst;
        Grid {
         ARRAY:
            Float32 ssta[time = 286][depth = 1][Y_06 = 22][X_07 = 136];
         MAPS:
            Float32 time[time = 286];
            Float32 depth[depth = 1];
            Float32 Y_06[Y_06 = 22];
            Float32 X_07[X_07 = 136];
        } ssta;
        Grid {
         ARRAY:
            Float32 u[time_01 = 454][depth = 1][Y_07 = 22][X_08 = 25];
         MAPS:
            Float32 time_01[time_01 = 454];
            Float32 depth[depth = 1];
            Float32 Y_07[Y_07 = 22];
            Float32 X_08[X_08 = 25];
        } u;
        Grid {
         ARRAY:
            Float32 ua[time_01 = 454][depth = 1][Y_07 = 22][X_08 = 25];
         MAPS:
            Float32 time_01[time_01 = 454];
            Float32 depth[depth = 1];
            Float32 Y_07[Y_07 = 22];
            Float32 X_08[X_08 = 25];
        } ua;
        Grid {
         ARRAY:
            Float32 v[time_01 = 454][depth = 1][Y_07 = 22][X_08 = 25];
         MAPS:
            Float32 time_01[time_01 = 454];
            Float32 depth[depth = 1];
            Float32 Y_07[Y_07 = 22];
            Float32 X_08[X_08 = 25];
        } v;
        Grid {
         ARRAY:
            Float32 va[time_01 = 454][depth = 1][Y_07 = 22][X_08 = 25];
         MAPS:
            Float32 time_01[time_01 = 454];
            Float32 depth[depth = 1];
            Float32 Y_07[Y_07 = 22];
            Float32 X_08[X_08 = 25];
        } va;
    } TOGA-TAO.cdf;
    Structure {
        Structure {
            Grid {
             ARRAY:
                Float32 ssha[T_14 = 118][Y_08 = 121][X_09 = 90];
             MAPS:
                Float32 T_14[T_14 = 118];
                Float32 Y_08[Y_08 = 121];
                Float32 X_09[X_09 = 90];
            } ssha;
            Grid {
             ARRAY:
                Float32 sshd[T_14 = 118][Y_08 = 121][X_09 = 90];
             MAPS:
                Float32 T_14[T_14 = 118];
                Float32 Y_08[Y_08 = 121];
                Float32 X_09[X_09 = 90];
            } sshd;
        } NOAA;
        Structure {
            Grid {
             ARRAY:
                Float32 ssh[T_15 = 29][Y_09 = 151][X_10 = 360];
             MAPS:
                Float32 T_15[T_15 = 29];
                Float32 Y_09[Y_09 = 151];
                Float32 X_10[X_10 = 360];
            } ssh;
            Grid {
             ARRAY:
                Float32 ssha[T_15 = 29][Y_09 = 151][X_10 = 360];
             MAPS:
                Float32 T_15[T_15 = 29];
                Float32 Y_09[Y_09 = 151];
                Float32 X_10[X_10 = 360];
            } ssha;
        } UTCSR;
    } TOPEX;
} IGOSS;