Attributes {
    abso4 {
        String long_name "antropogenic sulfur burden";
        String units "kg/m**2";
        Int32 code 235;
        Int32 table 128;
        String grid_type "gaussian";
    }
    aclcac {
        String long_name "cloud cover";
        Int32 code 223;
        Int32 table 128;
        String grid_type "gaussian";
    }
    aclcov {
        String long_name "total cloud cover";
        Int32 code 164;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfcon {
        String long_name "conductive heat flux through ice";
        String units "W/m**2";
        Int32 code 208;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfice {
        String long_name "conductive heat flux";
        String units "W/m**2";
        Int32 code 125;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfl {
        String long_name "latent heat flux";
        String units "W/m**2";
        Int32 code 147;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfliac {
        String long_name "latent heat flux over ice";
        String units "W/m**2";
        Int32 code 110;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfllac {
        String long_name "latent heat flux over land";
        String units "W/m**2";
        Int32 code 112;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahflwac {
        String long_name "latent heat flux over water";
        String units "W/m**2";
        Int32 code 111;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfres {
        String long_name "melting of ice";
        String units "W/m**2";
        Int32 code 209;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfs {
        String long_name "sensible heat flux";
        String units "W/m**2";
        Int32 code 146;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfsiac {
        String long_name "sensible heat flux over ice";
        String units "W/m**2";
        Int32 code 119;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfslac {
        String long_name "sensible heat flux over land";
        String units "W/m**2";
        Int32 code 121;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ahfswac {
        String long_name "sensible heat flux over water";
        String units "W/m**2";
        Int32 code 120;
        Int32 table 128;
        String grid_type "gaussian";
    }
    albedo {
        String long_name "surface albedo";
        Int32 code 175;
        Int32 table 128;
        String grid_type "gaussian";
    }
    albedo_nir {
        String long_name "surface albedo NIR range";
        Int32 code 101;
        Int32 table 128;
        String grid_type "gaussian";
    }
    albedo_nir_dif {
        String long_name "surface albedo NIR range diffuse";
        Int32 code 82;
        Int32 table 128;
        String grid_type "gaussian";
    }
    albedo_nir_dir {
        String long_name "surface albedo NIR range direct";
        Int32 code 80;
        Int32 table 128;
        String grid_type "gaussian";
    }
    albedo_vis {
        String long_name "surface albedo visible range";
        Int32 code 100;
        Int32 table 128;
        String grid_type "gaussian";
    }
    albedo_vis_dif {
        String long_name "surface albedo visible range diffuse";
        Int32 code 81;
        Int32 table 128;
        String grid_type "gaussian";
    }
    albedo_vis_dir {
        String long_name "surface albedo visible range direct";
        Int32 code 79;
        Int32 table 128;
        String grid_type "gaussian";
    }
    alsobs {
        String long_name "albedo of bare ice and snow without ponds";
        Int32 code 72;
        Int32 table 128;
        String grid_type "gaussian";
    }
    alsoi {
        String long_name "albedo of ice";
        Int32 code 122;
        Int32 table 128;
        String grid_type "gaussian";
    }
    alsol {
        String long_name "albedo of land";
        Int32 code 124;
        Int32 table 128;
        String grid_type "gaussian";
    }
    alsom {
        String long_name "albedo of melt ponds";
        Int32 code 71;
        Int32 table 128;
        String grid_type "gaussian";
    }
    alsow {
        String long_name "albedo of water";
        Int32 code 123;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ameltdepth {
        String long_name "total melt pond depth";
        String units "m";
        Int32 code 77;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ameltfrac {
        String long_name "fract area of melt ponds on sea-ice";
        Int32 code 78;
        Int32 table 128;
        String grid_type "gaussian";
    }
    amlcorac {
        String long_name "mixed layer flux correction";
        String units "W/m**2";
        Int32 code 89;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ao3 {
        String long_name "ipcc ozone";
        String units "kg/kg";
        Int32 code 236;
        Int32 table 128;
        String grid_type "gaussian";
    }
    apmeb {
        String long_name "vertic integr tendenc of water";
        String units "kg/m**2s";
        Int32 code 137;
        Int32 table 128;
        String grid_type "gaussian";
    }
    apmegl {
        String long_name "P-E over land ice";
        String units "kg/m**2s";
        Int32 code 221;
        Int32 table 128;
        String grid_type "gaussian";
    }
    aprc {
        String long_name "convective  precipitation";
        String units "kg/m**2s";
        Int32 code 143;
        Int32 table 128;
        String grid_type "gaussian";
    }
    aprl {
        String long_name "large scale precipitation";
        String units "kg/m**2s";
        Int32 code 142;
        Int32 table 128;
        String grid_type "gaussian";
    }
    aprs {
        String long_name "snow fall";
        String units "kg/m**2s";
        Int32 code 144;
        Int32 table 128;
        String grid_type "gaussian";
    }
    aps {
        String long_name "surface pressure";
        String units "Pa";
        Int32 code 134;
        Int32 table 128;
        String grid_type "gaussian";
    }
    az0i {
        String long_name "roughness length over ice";
        String units "m";
        Int32 code 116;
        Int32 table 128;
        String grid_type "gaussian";
    }
    az0l {
        String long_name "roughness length over land";
        String units "m";
        Int32 code 118;
        Int32 table 128;
        String grid_type "gaussian";
    }
    az0w {
        String long_name "roughness length over water";
        String units "m";
        Int32 code 117;
        Int32 table 128;
        String grid_type "gaussian";
    }
    barefrac {
        String long_name "bare ice fraction";
        Int32 code 70;
        Int32 table 128;
        String grid_type "gaussian";
    }
    dew2 {
        String long_name "2m dew point temperature";
        String units "K";
        Int32 code 168;
        Int32 table 128;
        String grid_type "gaussian";
    }
    drain {
        String long_name "drainage";
        String units "kg/m**2s";
        Int32 code 161;
        Int32 table 128;
        String grid_type "gaussian";
    }
    evap {
        String long_name "evaporation";
        String units "kg/m**2s";
        Int32 code 182;
        Int32 table 128;
        String grid_type "gaussian";
    }
    evapiac {
        String long_name "evaporation over ice";
        String units "kg/m**2s";
        Int32 code 113;
        Int32 table 128;
        String grid_type "gaussian";
    }
    evaplac {
        String long_name "evaporation over land";
        String units "kg/m**2s";
        Int32 code 115;
        Int32 table 128;
        String grid_type "gaussian";
    }
    evapwac {
        String long_name "evaporation over water";
        String units "kg/m**2s";
        Int32 code 114;
        Int32 table 128;
        String grid_type "gaussian";
    }
    fage {
        String long_name "aging factor of snow on ice";
        Int32 code 68;
        Int32 table 128;
        String grid_type "gaussian";
    }
    friac {
        String long_name "ice cover (fraction of grid box)";
        Int32 code 97;
        Int32 table 128;
        String grid_type "gaussian";
    }
    geosp {
        String long_name "surface geopotential (orography)";
        String units "m**2/s**2";
        Int32 code 129;
        Int32 table 128;
        String grid_type "gaussian";
    }
    glac {
        String long_name "fraction of land covered by glaciers";
        Int32 code 232;
        Int32 table 128;
        String grid_type "gaussian";
    }
    gld {
        String long_name "glacier depth";
        String units "m";
        Int32 code 213;
        Int32 table 128;
        String grid_type "gaussian";
    }
    hyai {
        String long_name "hybrid A coefficient at layer interfaces";
        String units "Pa";
    }
    hyam {
        String long_name "hybrid A coefficient at layer midpoints";
        String units "Pa";
    }
    hybi {
        String long_name "hybrid B coefficient at layer interfaces";
        String units "1";
    }
    hybm {
        String long_name "hybrid B coefficient at layer midpoints";
        String units "1";
    }
    ilev {
        String long_name "hybrid level at layer interfaces";
        String standard_name "hybrid_sigma_pressure";
        String units "level";
        String positive "down";
        String formula "hyai hybi (ilev=hyai+hybi*aps)";
        String formula_terms "ap: hyai b: hybi ps: aps";
    }
    lat {
        String long_name "latitude";
        String units "degrees_north";
        String standard_name "latitude";
        String axis "Y";
    }
    lon {
        String long_name "longitude";
        String units "degrees_east";
        String standard_name "longitude";
        String axis "X";
    }
    lsp {
        String long_name "log surface pressure";
        Int32 code 152;
        Int32 table 128;
        String grid_type "spectral";
        String axis "T--";
        Int32 truncation 63;
    }
    mlev {
        String long_name "hybrid level at layer midpoints";
        String standard_name "hybrid_sigma_pressure";
        String units "level";
        String positive "down";
        String formula "hyam hybm (mlev=hyam+hybm*aps)";
        String formula_terms "ap: hyam b: hybm ps: aps";
        String borders "ilev";
    }
    q {
        String long_name "specific humidity";
        String units "kg/kg";
        Int32 code 133;
        Int32 table 128;
        String grid_type "gaussian";
    }
    qres {
        String long_name "residual heat flux for melting sea ice";
        String units "W/m**2";
        Int32 code 126;
        Int32 table 128;
        String grid_type "gaussian";
    }
    qvi {
        String long_name "vertically integrated water vapor";
        String units "kg/m**2";
        Int32 code 230;
        Int32 table 128;
        String grid_type "gaussian";
    }
    relhum {
        String long_name "relative humidity";
        Int32 code 157;
        Int32 table 128;
        String grid_type "gaussian";
    }
    runoff {
        String long_name "surface runoff and drainage";
        String units "kg/m**2s";
        Int32 code 160;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sd {
        String long_name "divergence";
        String units "1/s";
        Int32 code 155;
        Int32 table 128;
        String grid_type "spectral";
        String axis "TZ--";
        Int32 truncation 63;
    }
    seaice {
        String long_name "ice cover (fraction of 1-SLM)";
        Int32 code 210;
        Int32 table 128;
        String grid_type "gaussian";
    }
    siced {
        String long_name "ice depth";
        String units "m";
        Int32 code 211;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sicepdi {
        String long_name "ice thickness on melt pond";
        String units "m";
        Int32 code 74;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sicepdw {
        String long_name "melt pond depth on sea-ice";
        String units "m";
        Int32 code 73;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sicepres {
        String long_name "residual heat flux";
        String units "W/m**2";
        Int32 code 76;
        Int32 table 128;
        String grid_type "gaussian";
    }
    slm {
        String long_name "land sea mask (1=land, 0=sea/lakes)";
        Int32 code 172;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sn {
        String long_name "snow depth";
        String units "m";
        Int32 code 141;
        Int32 table 128;
        String grid_type "gaussian";
    }
    snacl {
        String long_name "snow accumulation over land";
        String units "kg/m**2s";
        Int32 code 222;
        Int32 table 128;
        String grid_type "gaussian";
    }
    snc {
        String long_name "snow depth at the canopy";
        String units "m";
        Int32 code 233;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sni {
        String long_name "water equivalent of snow on ice";
        String units "m";
        Int32 code 214;
        Int32 table 128;
        String grid_type "gaussian";
    }
    snifrac {
        String long_name "fraction of ice covered with snow";
        Int32 code 69;
        Int32 table 128;
        String grid_type "gaussian";
    }
    snmel {
        String long_name "snow melt";
        String units "kg/m**2s";
        Int32 code 218;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sofliac {
        String long_name "SW flux over ice";
        String units "W/m**2";
        Int32 code 94;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sofllac {
        String long_name "SW flux over land";
        String units "W/m**2";
        Int32 code 96;
        Int32 table 128;
        String grid_type "gaussian";
    }
    soflwac {
        String long_name "SW flux over water";
        String units "W/m**2";
        Int32 code 95;
        Int32 table 128;
        String grid_type "gaussian";
    }
    srad0 {
        String long_name "net top solar radiation";
        String units "W/m**2";
        Int32 code 178;
        Int32 table 128;
        String grid_type "gaussian";
    }
    srad0d {
        String long_name "top incoming solar radiation";
        String units "W/m**2";
        Int32 code 184;
        Int32 table 128;
        String grid_type "gaussian";
    }
    srad0u {
        String long_name "top solar radiation upward";
        String units "W/m**2";
        Int32 code 203;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sradl {
        String long_name "solar radiation 200mb";
        String units "W/m**2";
        Int32 code 86;
        Int32 table 128;
        String grid_type "gaussian";
    }
    srads {
        String long_name "net surface solar radiation";
        String units "W/m**2";
        Int32 code 176;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sradsu {
        String long_name "surface solar radiation upward";
        String units "W/m**2";
        Int32 code 204;
        Int32 table 128;
        String grid_type "gaussian";
    }
    sraf0 {
        String long_name "net top solar radiation     (clear sky)";
        String units "W/m**2";
        Int32 code 187;
        Int32 table 128;
        String grid_type "gaussian";
    }
    srafl {
        String long_name "solar radiation 200mb (clear sky)";
        String units "W/m**2";
        Int32 code 88;
        Int32 table 128;
        String grid_type "gaussian";
    }
    srafs {
        String long_name "net surface solar radiation (clear sky)";
        String units "W/m**2";
        Int32 code 185;
        Int32 table 128;
        String grid_type "gaussian";
    }
    st {
        String long_name "temperature";
        String units "K";
        Int32 code 130;
        Int32 table 128;
        String grid_type "spectral";
        String axis "TZ--";
        Int32 truncation 63;
    }
    svo {
        String long_name "vorticity";
        String units "1/s";
        Int32 code 138;
        Int32 table 128;
        String grid_type "spectral";
        String axis "TZ--";
        Int32 truncation 63;
    }
    t2max {
        String long_name "maximum 2m temperature";
        String units "K";
        Int32 code 201;
        Int32 table 128;
        String grid_type "gaussian";
    }
    t2min {
        String long_name "minimum 2m temperature";
        String units "K";
        Int32 code 202;
        Int32 table 128;
        String grid_type "gaussian";
    }
    temp2 {
        String long_name "2m temperature";
        String units "K";
        Int32 code 167;
        Int32 table 128;
        String grid_type "gaussian";
    }
    thvsig {
        String long_name "stddev virt pot temp at halflev klevm1";
        String units "K";
        Int32 code 238;
        Int32 table 128;
        String grid_type "gaussian";
    }
    time {
        String units "days since 2002-12-01 00:00:00";
        String calendar "proleptic_gregorian";
    }
    topmax {
        String long_name "max height of conv cloud tops";
        String units "Pa";
        Int32 code 217;
        Int32 table 128;
        String grid_type "gaussian";
    }
    tpot {
        String long_name "potential temperature";
        String units "K";
        Int32 code 239;
        Int32 table 128;
        String grid_type "gaussian";
    }
    trad0 {
        String long_name "top thermal radiation (OLR)";
        String units "W/m**2";
        Int32 code 179;
        Int32 table 128;
        String grid_type "gaussian";
    }
    tradl {
        String long_name "thermal radiation 200mb";
        String units "W/m**2";
        Int32 code 85;
        Int32 table 128;
        String grid_type "gaussian";
    }
    trads {
        String long_name "net surface thermal radiation";
        String units "W/m**2";
        Int32 code 177;
        Int32 table 128;
        String grid_type "gaussian";
    }
    tradsu {
        String long_name "surface thermal radiation upward";
        String units "W/m**2";
        Int32 code 205;
        Int32 table 128;
        String grid_type "gaussian";
    }
    traf0 {
        String long_name "net top thermal radiation   (clear sky)";
        String units "W/m**2";
        Int32 code 188;
        Int32 table 128;
        String grid_type "gaussian";
    }
    trafl {
        String long_name "thermal radiation 200mb (clear sky)";
        String units "W/m**2";
        Int32 code 87;
        Int32 table 128;
        String grid_type "gaussian";
    }
    trafs {
        String long_name "net surface therm radiation (clear sky)";
        String units "W/m**2";
        Int32 code 186;
        Int32 table 128;
        String grid_type "gaussian";
    }
    trfliac {
        String long_name "LW flux over ice";
        String units "W/m**2";
        Int32 code 91;
        Int32 table 128;
        String grid_type "gaussian";
    }
    trfllac {
        String long_name "LW flux over land";
        String units "W/m**2";
        Int32 code 93;
        Int32 table 128;
        String grid_type "gaussian";
    }
    trflwac {
        String long_name "LW flux over water";
        String units "W/m**2";
        Int32 code 92;
        Int32 table 128;
        String grid_type "gaussian";
    }
    tropo {
        String long_name "WMO defined tropopause height";
        String units "Pa";
        Int32 code 237;
        Int32 table 128;
        String grid_type "gaussian";
    }
    tsi {
        String long_name "surface temperature of ice";
        String units "K";
        Int32 code 102;
        Int32 table 128;
        String grid_type "gaussian";
    }
    tsicepdi {
        String long_name "ice temperature on frozen melt pond";
        String units "K";
        Int32 code 75;
        Int32 table 128;
        String grid_type "gaussian";
    }
    tslm1 {
        String long_name "surface temperature of land";
        String units "K";
        Int32 code 139;
        Int32 table 128;
        String grid_type "gaussian";
    }
    tsurf {
        String long_name "surface temperature";
        String units "K";
        Int32 code 169;
        Int32 table 128;
        String grid_type "gaussian";
    }
    tsw {
        String long_name "surface temperature of water";
        String units "K";
        Int32 code 103;
        Int32 table 128;
        String grid_type "gaussian";
    }
    u10 {
        String long_name "10m u-velocity";
        String units "m/s";
        Int32 code 165;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ustr {
        String long_name "u-stress";
        String units "Pa";
        Int32 code 180;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ustri {
        String long_name "zonal      wind stress over ice";
        String units "Pa";
        Int32 code 104;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ustrl {
        String long_name "zonal      wind stress over land";
        String units "Pa";
        Int32 code 108;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ustrw {
        String long_name "zonal      wind stress over water";
        String units "Pa";
        Int32 code 106;
        Int32 table 128;
        String grid_type "gaussian";
    }
    v10 {
        String long_name "10m v-velocity";
        String units "m/s";
        Int32 code 166;
        Int32 table 128;
        String grid_type "gaussian";
    }
    vdis {
        String long_name "boundary layer dissipation";
        String units "W/m**2";
        Int32 code 145;
        Int32 table 128;
        String grid_type "gaussian";
    }
    vdisgw {
        String long_name "gravity wave dissipation";
        String units "W/m**2";
        Int32 code 197;
        Int32 table 128;
        String grid_type "gaussian";
    }
    vstr {
        String long_name "v-stress";
        String units "Pa";
        Int32 code 181;
        Int32 table 128;
        String grid_type "gaussian";
    }
    vstri {
        String long_name "meridional wind stress over ice";
        String units "Pa";
        Int32 code 105;
        Int32 table 128;
        String grid_type "gaussian";
    }
    vstrl {
        String long_name "meridional wind stress over land";
        String units "Pa";
        Int32 code 109;
        Int32 table 128;
        String grid_type "gaussian";
    }
    vstrw {
        String long_name "meridional wind stress over water";
        String units "Pa";
        Int32 code 107;
        Int32 table 128;
        String grid_type "gaussian";
    }
    wimax {
        String long_name "maximum 10m-wind speed";
        String units "m/s";
        Int32 code 216;
        Int32 table 128;
        String grid_type "gaussian";
    }
    wind10 {
        String long_name "10m windspeed";
        String units "m/s";
        Int32 code 171;
        Int32 table 128;
        String grid_type "gaussian";
    }
    wl {
        String long_name "skin reservoir content";
        String units "m";
        Int32 code 193;
        Int32 table 128;
        String grid_type "gaussian";
    }
    ws {
        String long_name "soil wetness";
        String units "m";
        Int32 code 140;
        Int32 table 128;
        String grid_type "gaussian";
    }
    wsmx {
        String long_name "field capacity of soil";
        String units "m";
        Int32 code 229;
        Int32 table 128;
        String grid_type "gaussian";
    }
    xi {
        String long_name "cloud ice";
        String units "kg/kg";
        Int32 code 154;
        Int32 table 128;
        String grid_type "gaussian";
    }
    xivi {
        String long_name "vertically integrated cloud ice";
        String units "kg/m**2";
        Int32 code 150;
        Int32 table 128;
        String grid_type "gaussian";
    }
    xl {
        String long_name "cloud water";
        String units "kg/kg";
        Int32 code 153;
        Int32 table 128;
        String grid_type "gaussian";
    }
    xlvi {
        String long_name "vertically integrated cloud water";
        String units "kg/m**2";
        Int32 code 231;
        Int32 table 128;
        String grid_type "gaussian";
    }
    NC_GLOBAL {
        String CDI "Climate Data Interface version 1.4.6 (http://code.zmaw.de/projects/cdi)";
        String Conventions "CF-1.0";
        String source "ECHAM6.1";
        String institution "Max-Planck-Institute for Meteorology";
        String title "homo_chem_hammoz_20141128";
        String echam_version "6.1.00";
        String advection "Lin & Rood";
        String physics "Modified ECMWF physics";
        String radiation "Modified ECMWF radiation";
        String date_time "20150415 135128";
        String operating_system "Linux 2.6.32.59-0.3-default x86_64";
        String user_name "s.stadtler@fz-juelich.de,Scarlet Stadtler,1044105 (jicg2324)";
        String host_name "jf51c25";
        String jsbach_version "2.01";
        Int32 truncation 63;
        String history "Thu Apr 16 16:22:08 2015: ncks -d time,0,7 homo_chem_hammoz_20141128_200312.01_echam.nc /lustre/jhome16/jicg23/jicg2300/test_echam_spectral.nc";
        String NCO "4.4.5";
    }
    DODS_EXTRA {
        String Unlimited_Dimension "time";
    }
}