OPeNDAP Dataset Access Form

Action:

Data URL:

Global Attributes:

Variables:


 lon: Array of 32 bit Reals [lon = 0..215]
lon:

lat: Array of 32 bit Reals [lat = 0..129]
lat:

depth: Array of 32 bit Reals [depth = 0..20]
depth:

time: Array of 32 bit Reals [time = 0..45]
time:

climatology_bounds: Array of 32 bit Reals [time = 0..45][nv = 0..1]
time: nv:

CORRLEN: Grid
time: depth:

SNR: Grid
time: depth:

VARBACK: Grid
time: depth:

Water_body_nitrate: Grid
time: depth: lat: lon:

Water_body_nitrate_err: Grid
time: depth: lat: lon:

Water_body_nitrate_L1: Grid
time: depth: lat: lon:

Water_body_nitrate_L2: Grid
time: depth: lat: lon:

Water_body_nitrate_relerr: Grid
time: depth: lat: lon:

databins: Grid
time: depth: lat: lon:

outlbins: Grid
time: depth: lat: lon:

CLfield: Grid
time: depth: lat: lon:

Water_body_nitrate_deepest: Grid
time: lat: lon:

Water_body_nitrate_deepest_L1: Grid
time: lat: lon:

Water_body_nitrate_deepest_L2: Grid
time: lat: lon:

obsid: Array of Strings [observations = 0..335128]
observations:

obslon: Array of 64 bit Reals [observations = 0..335128]
observations:

obslat: Array of 64 bit Reals [observations = 0..335128]
observations:

obsdepth: Array of 64 bit Reals [observations = 0..335128]
observations:

obstime: Array of 64 bit Reals [observations = 0..335128]
observations:

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For questions or comments about the OPeNDAP service bundled with the TDS, email THREDDS support at: support-thredds@unidata.ucar.edu

DDS:

Dataset {
    Float32 lon[lon = 216];
    Float32 lat[lat = 130];
    Float32 depth[depth = 21];
    Float32 time[time = 46];
    Float32 climatology_bounds[time = 46][nv = 2];
    Grid {
     ARRAY:
        Float32 CORRLEN[time = 46][depth = 21];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
    } CORRLEN;
    Grid {
     ARRAY:
        Float32 SNR[time = 46][depth = 21];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
    } SNR;
    Grid {
     ARRAY:
        Float32 VARBACK[time = 46][depth = 21];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
    } VARBACK;
    Grid {
     ARRAY:
        Float32 Water_body_nitrate[time = 46][depth = 21][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } Water_body_nitrate;
    Grid {
     ARRAY:
        Float32 Water_body_nitrate_err[time = 46][depth = 21][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } Water_body_nitrate_err;
    Grid {
     ARRAY:
        Float32 Water_body_nitrate_L1[time = 46][depth = 21][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } Water_body_nitrate_L1;
    Grid {
     ARRAY:
        Float32 Water_body_nitrate_L2[time = 46][depth = 21][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } Water_body_nitrate_L2;
    Grid {
     ARRAY:
        Float32 Water_body_nitrate_relerr[time = 46][depth = 21][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } Water_body_nitrate_relerr;
    Grid {
     ARRAY:
        Float32 databins[time = 46][depth = 21][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } databins;
    Grid {
     ARRAY:
        Float32 outlbins[time = 46][depth = 21][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } outlbins;
    Grid {
     ARRAY:
        Float32 CLfield[time = 46][depth = 21][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 depth[depth = 21];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } CLfield;
    Grid {
     ARRAY:
        Float32 Water_body_nitrate_deepest[time = 46][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } Water_body_nitrate_deepest;
    Grid {
     ARRAY:
        Float32 Water_body_nitrate_deepest_L1[time = 46][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } Water_body_nitrate_deepest_L1;
    Grid {
     ARRAY:
        Float32 Water_body_nitrate_deepest_L2[time = 46][lat = 130][lon = 216];
     MAPS:
        Float32 time[time = 46];
        Float32 lat[lat = 130];
        Float32 lon[lon = 216];
    } Water_body_nitrate_deepest_L2;
    String obsid[observations = 335129];
    Float64 obslon[observations = 335129];
    Float64 obslat[observations = 335129];
    Float64 obsdepth[observations = 335129];
    Float64 obstime[observations = 335129];
} data/emodnet-projects/Phase-2/Baltic Sea/Winter (December-February) - 10-years running averages/Water_body_nitrate.4Danl.nc;