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Global Attributes:	history: PyFerret V7.52 (optimized) 5-Jun-20 Conventions: CF-1.6 SOCAT_Notes: SOCAT gridded v2020 05-June-2020 title: SOCAT gridded v2020 Monthly 1x1 degree gridded dataset summary: Surface Ocean Carbon Atlas (SOCAT) Gridded (binned) SOCAT observations, with a spatial grid of 1x1 degree and monthly in time. The gridded fields are computed using only SOCAT datasets with QC flags of A through D and SOCAT data points flagged with WOCE flag values of 2. references: http://www.socat.info/ caution: NO INTERPOLATION WAS PERFORMED. SIGNIFICANT BIASES ARE PRESENT IN THESE GRIDDED RESULTS DUE TO THE ARBITRARY AND SPARSE LOCATIONS OF DATA VALUES IN BOTH SPACE AND TIME. Unlimited_Dimension: tmnth

Variables:	xlon: Array of 64 bit Reals [xlon = 0..359] xlon: units: degrees_east point_spacing: even axis: X modulo: 360.0 standard_name: longitude
	ylat: Array of 64 bit Reals [ylat = 0..179] ylat: units: degrees_north point_spacing: even axis: Y standard_name: latitude
	tmnth: Array of 64 bit Reals [tmnth = 0..599] tmnth: units: days since 1970-01-01 axis: T bounds: tmnth_bnds time_origin: 01-JAN-1970 standard_name: time
	tmnth_bnds: Array of 64 bit Reals [tmnth = 0..599][bnds = 0..1] tmnth: bnds:
	count_ncruise: Grid tmnth: ylat: xlon: missing_value: -9999 _FillValue: -9999 long_name: Number of cruises units: count history: From SOCAT_ABCD_data_for_gridding summary: Number of datasets containing observations in the grid cell
	fco2_count_nobs: Grid tmnth: ylat: xlon: missing_value: -9999 _FillValue: -9999 long_name: Number of fco2 obs units: count history: From SOCAT_ABCD_data_for_gridding summary: Total number of observations in the grid cell.
	fco2_ave_weighted: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: fCO2 mean - per cruise weighted units: uatm history: From SOCAT_ABCD_data_for_gridding summary: Mean of fco2 recomputed computed by calculating the arithmetic mean value for each cruise passing through the cell and then averaging these datasets.
	fco2_ave_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: fCO2 mean - unweighted all obs units: uatm history: From SOCAT_ABCD_data_for_gridding summary: Arithmetic mean of all fco2 recomputed values found in the grid cell.
	fco2_min_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: fCO2 min units: uatm history: From SOCAT_ABCD_data_for_gridding summary: Minimum value of fco2 recomputed observed in the grid cell.
	fco2_max_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: fCO2 max units: uatm history: From SOCAT_ABCD_data_for_gridding
	fco2_std_weighted: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: fCO2 std dev - per cruise weighted units: uatm history: From SOCAT_ABCD_data_for_gridding summary: A weighted standard deviation of fco2 recomputed computed to account for the differing variance estimates for each cruise passing through the cell. The statistical technique is described at See http://wapedia.mobi/en/Weighted_mean#7.
	fco2_std_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: fCO2 std dev - unweighted all obs units: uatm history: From SOCAT_ABCD_data_for_gridding summary: The standard deviation of fco2 recomputed computed from the unweighted mean.
	sst_count_nobs: Grid tmnth: ylat: xlon: missing_value: -9999 _FillValue: -9999 long_name: Number of valid sst obs units: count history: From SOCAT_ABCD_data_for_gridding summary: Total number of observations in the grid cell.
	sst_ave_weighted: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: SST mean - per cruise weighted units: degrees C history: From SOCAT_ABCD_data_for_gridding summary: Mean of sst computed by calculating the arithmetic mean value for each cruise passing through the cell and then averaging these datasets.
	sst_ave_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: SST mean - unweighted all obs units: degrees C history: From SOCAT_ABCD_data_for_gridding summary: Arithmetic mean of all sst values found in the grid cell.
	sst_min_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: SST min units: degrees C history: From SOCAT_ABCD_data_for_gridding summary: Minimum value of sst observed in the grid cell.
	sst_max_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: SST max units: degrees C history: From SOCAT_ABCD_data_for_gridding
	sst_std_weighted: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: SST std dev - per cruise weighted units: degrees C history: From SOCAT_ABCD_data_for_gridding summary: A weighted standard deviation of sst computed to account for the differing variance estimates for each cruise passing through the cell. The statistical technique is described at See http://wapedia.mobi/en/Weighted_mean#7.
	sst_std_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: SST std dev - unweighted all obs units: degrees C history: From SOCAT_ABCD_data_for_gridding summary: The standard deviation of sst computed from the unweighted mean.
	salinity_count_nobs: Grid tmnth: ylat: xlon: missing_value: -9999 _FillValue: -9999 long_name: Number of valid salinity obs units: count history: From SOCAT_ABCD_data_for_gridding summary: Total number of observations in the grid cell.
	salinity_ave_weighted: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: Salinity mean - per cruise weighted units: PSU history: From SOCAT_ABCD_data_for_gridding summary: Mean of salinity computed by calculating the arithmetic mean value for each cruise passing through the cell and then averaging these datasets.
	salinity_ave_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: Salinity mean - unweighted all obs units: PSU history: From SOCAT_ABCD_data_for_gridding summary: Arithmetic mean of all salinity values found in the grid cell.
	salinity_min_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: Salinity min units: PSU history: From SOCAT_ABCD_data_for_gridding summary: Minimum value of salinity observed in the grid cell.
	salinity_max_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: Salinity max units: PSU history: From SOCAT_ABCD_data_for_gridding
	salinity_std_weighted: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: Salinity std dev - per cruise weighted units: PSU history: From SOCAT_ABCD_data_for_gridding summary: A weighted standard deviation of salinity computed to account for the differing variance estimates for each cruise passing through the cell. The statistical technique is described at See http://wapedia.mobi/en/Weighted_mean#7.
	salinity_std_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: Salinity std dev - unweighted all obs units: PSU history: From SOCAT_ABCD_data_for_gridding summary: The standard deviation of salinity computed from the unweighted mean.
	lat_offset_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: Latitude average offset from cell center units: Deg N history: From SOCAT_ABCD_data_for_gridding summary: The arithmetic average of latitude offsets from the grid cell center for all observations in the grid cell. The value of this offset can vary from -0.5 to 0.5. A value of zero indicates that the computed fco2 mean values are representative of the grid cell center position.
	lon_offset_unwtd: Grid tmnth: ylat: xlon: missing_value: -1.0E34 _FillValue: -1.0E34 long_name: Longitude average offset from cell center units: Deg E history: From SOCAT_ABCD_data_for_gridding summary: The arithmetic average of longitude offsets from the grid cell center for all observations in the grid cell. The value of this offset can vary from -0.5 to 0.5. A value of zero indicates that the computed fco2 mean values are representative of the grid cell center position.

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DDS:

Dataset {
    Float64 xlon[xlon = 360];
    Float64 ylat[ylat = 180];
    Float64 tmnth[tmnth = 600];
    Float64 tmnth_bnds[tmnth = 600][bnds = 2];
    Grid {
     ARRAY:
        Int32 count_ncruise[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } count_ncruise;
    Grid {
     ARRAY:
        Int32 fco2_count_nobs[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } fco2_count_nobs;
    Grid {
     ARRAY:
        Float32 fco2_ave_weighted[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } fco2_ave_weighted;
    Grid {
     ARRAY:
        Float32 fco2_ave_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } fco2_ave_unwtd;
    Grid {
     ARRAY:
        Float32 fco2_min_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } fco2_min_unwtd;
    Grid {
     ARRAY:
        Float32 fco2_max_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } fco2_max_unwtd;
    Grid {
     ARRAY:
        Float32 fco2_std_weighted[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } fco2_std_weighted;
    Grid {
     ARRAY:
        Float32 fco2_std_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } fco2_std_unwtd;
    Grid {
     ARRAY:
        Int32 sst_count_nobs[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } sst_count_nobs;
    Grid {
     ARRAY:
        Float32 sst_ave_weighted[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } sst_ave_weighted;
    Grid {
     ARRAY:
        Float32 sst_ave_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } sst_ave_unwtd;
    Grid {
     ARRAY:
        Float32 sst_min_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } sst_min_unwtd;
    Grid {
     ARRAY:
        Float32 sst_max_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } sst_max_unwtd;
    Grid {
     ARRAY:
        Float32 sst_std_weighted[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } sst_std_weighted;
    Grid {
     ARRAY:
        Float32 sst_std_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } sst_std_unwtd;
    Grid {
     ARRAY:
        Int32 salinity_count_nobs[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } salinity_count_nobs;
    Grid {
     ARRAY:
        Float32 salinity_ave_weighted[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } salinity_ave_weighted;
    Grid {
     ARRAY:
        Float32 salinity_ave_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } salinity_ave_unwtd;
    Grid {
     ARRAY:
        Float32 salinity_min_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } salinity_min_unwtd;
    Grid {
     ARRAY:
        Float32 salinity_max_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } salinity_max_unwtd;
    Grid {
     ARRAY:
        Float32 salinity_std_weighted[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } salinity_std_weighted;
    Grid {
     ARRAY:
        Float32 salinity_std_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } salinity_std_unwtd;
    Grid {
     ARRAY:
        Float32 lat_offset_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } lat_offset_unwtd;
    Grid {
     ARRAY:
        Float32 lon_offset_unwtd[tmnth = 600][ylat = 180][xlon = 360];
     MAPS:
        Float64 tmnth[tmnth = 600];
        Float64 ylat[ylat = 180];
        Float64 xlon[xlon = 360];
    } lon_offset_unwtd;
} SOCAT/SOCATv2020_tracks_gridded_monthly.nc;

OPeNDAP Dataset Access Form

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