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IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM4 EAfrSST EAfr_climo.D Daily dataset
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...MPRESEARCHATMOSPHEREGLOBALECHAM4EAfrSSTEAfr_climo.DDaily

IRI MP RESEARCH ATMOSPHERE GLOBAL ECHAM4 EAfrSST EAfr_climo.D Daily data tables

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ingrid ICASA CPT
You can download datasets using \begin{ingrid} /references(Saha_etal2006) def continuedataset: datasetdefs: grid: /name /X def /units (degree_east)def periodic 0 2.8125 360 2.8125 sub :grid grid: /name /Y def /units (degree_north)def values: 87.86 85.10 82.31 79.53 76.74 73.95 71.16 68.37 65.58 62.79 60.00 57.21 54.42 51.63 48.84 46.04 43.25 40.46 37.67 34.88 32.09 29.30 26.51 23.72 20.93 18.14 15.35 12.56 9.77 6.98 4.19 1.40 -1.40 -4.19 -6.98 -9.77 -12.56 -15.35 -18.14 -20.93 -23.72 -26.51 -29.30 -32.09 -34.88 -37.67 -40.46 -43.25 -46.04 -48.84 -51.63 -54.42 -57.21 -60.00 -62.79 -65.58 -68.37 -71.16 -73.95 -76.74 -79.53 -82.31 -85.10 -87.86 :values :grid grid: /name /T def /long_name (Time) def /units (days since 1980-01-01) def %/calendar /360 def %0.5 (1200 01 Jan 1980) 1. %22319.5 (1200 31 Dec 2010) :grid T /pointwidth 1 def pop %:grid %dataset: /name /Surface def :dataset [ X Y T ] { name exch def } forall [ X Y | /NVZ 23 NewIntegerGRID T] %(/mstore/iri/modelling/vigaud/ForcastDiv.D/ECHAM4_3.23.D/EXP.D/LongRun1.D/ClimoSST_GlobTrop.D/Output/echamcout.jan1990) %(/mstore/iri/modelling/vigaud/ForcastDiv.D/ECHAM5_3.23.D/EXP.D/ClimoSST.D/Output/00001test_2d_daily_echamdout.194901) %[T monthlyedgesgrid second secondtolast subgrid] (/local/dlsan/vigaud/ForcastDiv.D/ECHAM4_3.23.D/EXP.D/EAfr_climo.D/Output/echamdout.%Y[T]%m[T]) [T monthlyedgesgrid first secondtolast subgrid] readdatafile: decsequential :readdatafile definevariables: %%Surface 0 Zvariable:/name (stl) def /long_name (land surface temperature) def /units (kelvin_scale) def :Zvariable %%Surface 0 Zvariable:/name (sw) def /long_name (soil wetness) def /units (m) def :Zvariable %%Surface 0 Zvariable:/name (sd) def /long_name (snow depth) def /units (m) def :Zvariable %%Surface 0 Zvariable:/name (sfall) def /long_name (snowfall) def /units (kg m-2 s-1) def :Zvariable Surface 0 Zvariable:/name (sh) def /long_name (sensible heat flux) def /standard_name (surface_downward_sensible_heat_flux) def /units (W m-2) def :Zvariable Surface 0 Zvariable:/name (lh) def /long_name (laten heat flux) def /standard_name (surface_downward_latent_heat_flux) def /units (W m-2) def :Zvariable Surface 0 Zvariable:/name (slp) def /long_name (mean sea level pressure) def /standard_name (air_pressure_at_sea_level) def /units (Pa)def :Zvariable %Surface 0 Zvariable:/name (runoff) def /long_name (surface runoff) def /units (kg m-2 s-1) def :Zvariable Surface 0 Zvariable:/name (cld) def /long_name (cloud cover) def :Zvariable %%Surface 0 Zvariable:/name (u10m) def /long_name (10 meter u wind) def /standard_name (eastward_wind) def /units (m s-1) def :Zvariable %%Surface 0 Zvariable:/name (v10m) def /long_name (10 meter v wind) def /standard_name (northward_wind) def /units (m s-1) def :Zvariable Surface 0 Zvariable:/name (t2m) def /long_name (2 meter temperature) def /standard_name (air_temperature) def /units (kelvin_scale) def :Zvariable %%Surface 0 Zvariable:/name (t2md) def /long_name (2 meter dew point temperature) def /standard_name (dew_point_temperature) def /units (kelvin_scale) def :Zvariable Surface 0 Zvariable:/name (st) def /long_name (surface temperature) def /standard_name (surface_temperature) def /units (kelvin_scale) def :Zvariable %%Surface 0 Zvariable:/name (alb) def /long_name (albedo) def /units (percentage) def :Zvariable %Surface 0 Zvariable:/name (nswg) def /long_name (net shortwave at ground) def /standard_name (surface_net_downward_shortwave_flux) def /units ( W m-2) def :Zvariable %Surface 0 Zvariable:/name (nlwg) def /long_name (net longwave at ground) def /standard_name (surface_net_downward_longwave_flux) def /units (W m-2) def :Zvariable %Surface 0 Zvariable:/name (srad) def /long_name (net top solar radiation) def /standard_name (net_top_solar_radiation) def /units (W m-2) def :Zvariable Surface 0 Zvariable:/name (olr) def /long_name (outgoing longwave radation) def /standard_name (toa_net_downward_longwave_flux) def /units ( W m-2) def :Zvariable %Surface 0 Zvariable:/name (tauu) def /long_name (u wind stress) def /standard_name (tau_u_wind) def /units (Pa) def :Zvariable %Surface 0 Zvariable:/name (tauv) def /long_name (v wind stress) def /standard_name (tau_v__wind) def /units (Pa) def :Zvariable %Surface 0 Zvariable:/name (evap) def /long_name (surface evaporation) def /standard_name (surface_evaporation) def /units (m s-1) def :Zvariable %Surface 0 Zvariable:/name (nswg) def /long_name (net shortwave at ground) def /standard_name (surface_net_downward_shortwave_flux) def /units ( W m-2) def :Zvariable %Surface 0 Zvariable:/name (nlwg) def /long_name (net longwave at ground) def /standard_name (surface_net_downward_longwave_flux) def /units (W m-2) def :Zvariable %Surface 0 Zvariable:/name (t2mmax) def /long_name (two meter maximum temperature) def /standard_name (air_temperature) def /units (kelvin_scale) def :Zvariable %Surface 0 Zvariable:/name (t2mmin) def /long_name (two meter minimum temperature) def /standard_name (air_temperature) def /units (kelvin_scale) def :Zvariable %Surface 0 Zvariable:/name (seaicef) def /long_name (sea ice fraction) def :Zvariable %Surface 0 Zvariable:/name (seaiced) def /long_name (sea ice depth) def /units (m) def :Zvariable Surface 0 Zvariable:/name (prec) def /long_name (total precipitation) def /standard_name (lwe_thickness_of_precipitation_amount) def /units (kg m-2 s-1) def :Zvariable :definevariables :dataset \end{ingrid} \begin{ingrid} /references(Saha_etal2006) def continuedataset: datasetdefs: grid: /name /X def /units (degree_east)def periodic 0 2.8125 360 2.8125 sub :grid grid: /name /Y def /units (degree_north)def values: 87.86 85.10 82.31 79.53 76.74 73.95 71.16 68.37 65.58 62.79 60.00 57.21 54.42 51.63 48.84 46.04 43.25 40.46 37.67 34.88 32.09 29.30 26.51 23.72 20.93 18.14 15.35 12.56 9.77 6.98 4.19 1.40 -1.40 -4.19 -6.98 -9.77 -12.56 -15.35 -18.14 -20.93 -23.72 -26.51 -29.30 -32.09 -34.88 -37.67 -40.46 -43.25 -46.04 -48.84 -51.63 -54.42 -57.21 -60.00 -62.79 -65.58 -68.37 -71.16 -73.95 -76.74 -79.53 -82.31 -85.10 -87.86 :values :grid grid: /name /T def /long_name (Time) def /units (days since 1980-01-01) def %/calendar /360 def %0.5 (1200 01 Jan 1980) 1. %22319.5 (1200 31 Dec 2010) :grid T /pointwidth 1 def pop %:grid %dataset: /name /Surface def :dataset [ X Y T ] { name exch def } forall [ X Y | /NVZ 23 NewIntegerGRID T] %(/mstore/iri/modelling/vigaud/ForcastDiv.D/ECHAM4_3.23.D/EXP.D/LongRun1.D/ClimoSST_GlobTrop.D/Output/echamcout.jan1990) %(/mstore/iri/modelling/vigaud/ForcastDiv.D/ECHAM5_3.23.D/EXP.D/ClimoSST.D/Output/00001test_2d_daily_echamdout.194901) %[T monthlyedgesgrid second secondtolast subgrid] (/local/dlsan/vigaud/ForcastDiv.D/ECHAM4_3.23.D/EXP.D/EAfr_climo.D/Output/echamdout.%Y[T]%m[T]) [T monthlyedgesgrid first secondtolast subgrid] readdatafile: decsequential :readdatafile definevariables: %%Surface 0 Zvariable:/name (stl) def /long_name (land surface temperature) def /units (kelvin_scale) def :Zvariable Surface 0 Zvariable:/name (sw) def /long_name (soil wetness) def /units (m) def :Zvariable Surface 0 Zvariable:/name (snowd) def /long_name (snow depth) def /units (m) def :Zvariable Surface 0 Zvariable:/name (snowf) def /long_name (snowfall) def /units (kg m-2 s-1) def :Zvariable Surface 0 Zvariable:/name (sh) def /long_name (sensible heat flux) def /standard_name (surface_downward_sensible_heat_flux) def /units (W m-2) def :Zvariable Surface 0 Zvariable:/name (lh) def /long_name (laten heat flux) def /standard_name (surface_downward_latent_heat_flux) def /units (W m-2) def :Zvariable Surface 0 Zvariable:/name (slp) def /long_name (mean sea level pressure) def /standard_name (air_pressure_at_sea_level) def /units (Pa)def :Zvariable Surface 0 Zvariable:/name (runoff) def /long_name (surface runoff) def /units (kg m-2 s-1) def :Zvariable Surface 0 Zvariable:/name (cld) def /long_name (cloud cover) def :Zvariable Surface 0 Zvariable:/name (u10m) def /long_name (10 meter u wind) def /standard_name (eastward_wind) def /units (m s-1) def :Zvariable Surface 0 Zvariable:/name (v10m) def /long_name (10 meter v wind) def /standard_name (northward_wind) def /units (m s-1) def :Zvariable Surface 0 Zvariable:/name (t2m) def /long_name (2 meter temperature) def /standard_name (air_temperature) def /units (kelvin_scale) def :Zvariable Surface 0 Zvariable:/name (t2md) def /long_name (2 meter dew point temperature) def /standard_name (dew_point_temperature) def /units (kelvin_scale) def :Zvariable Surface 0 Zvariable:/name (st) def /long_name (surface temperature) def /standard_name (surface_temperature) def /units (kelvin_scale) def :Zvariable %%Surface 0 Zvariable:/name (alb) def /long_name (albedo) def /units (percentage) def :Zvariable %Surface 0 Zvariable:/name (nswg) def /long_name (net shortwave at ground) def /standard_name (surface_net_downward_shortwave_flux) def /units ( W m-2) def :Zvariable %Surface 0 Zvariable:/name (nlwg) def /long_name (net longwave at ground) def /standard_name (surface_net_downward_longwave_flux) def /units (W m-2) def :Zvariable %Surface 0 Zvariable:/name (srad) def /long_name (net top solar radiation) def /standard_name (net_top_solar_radiation) def /units (W m-2) def :Zvariable Surface 0 Zvariable:/name (olr) def /long_name (outgoing longwave radation) def /standard_name (toa_net_downward_longwave_flux) def /units ( W m-2) def :Zvariable Surface 0 Zvariable:/name (nswg) def /long_name (net shortwave at ground) def /standard_name (surface_net_downward_shortwave_flux) def /units ( W m-2) def :Zvariable Surface 0 Zvariable:/name (nlwg) def /long_name (net longwave at ground) def /standard_name (surface_net_downward_longwave_flux) def /units (W m-2) def :Zvariable %Surface 0 Zvariable:/name (tauu) def /long_name (u wind stress) def /standard_name (tau_u_wind) def /units (Pa) def :Zvariable %Surface 0 Zvariable:/name (tauv) def /long_name (v wind stress) def /standard_name (tau_v__wind) def /units (Pa) def :Zvariable %Surface 0 Zvariable:/name (evap) def /long_name (surface evaporation) def /standard_name (surface_evaporation) def /units (m s-1) def :Zvariable %Surface 0 Zvariable:/name (nswg) def /long_name (net shortwave at ground) def /standard_name (surface_net_downward_shortwave_flux) def /units ( W m-2) def :Zvariable %Surface 0 Zvariable:/name (nlwg) def /long_name (net longwave at ground) def /standard_name (surface_net_downward_longwave_flux) def /units (W m-2) def :Zvariable Surface 0 Zvariable:/name (t2mmax) def /long_name (two meter maximum temperature) def /standard_name (air_temperature) def /units (kelvin_scale) def :Zvariable Surface 0 Zvariable:/name (t2mmin) def /long_name (two meter minimum temperature) def /standard_name (air_temperature) def /units (kelvin_scale) def :Zvariable %Surface 0 Zvariable:/name (seaicef) def /long_name (sea ice fraction) def :Zvariable %Surface 0 Zvariable:/name (seaiced) def /long_name (sea ice depth) def /units (m) def :Zvariable Surface 0 Zvariable:/name (pwat) def /long_name (precipitable_water) def /standard_name (precipitation_water) def /units (kg m-2 s-1) def :Zvariable Surface 0 Zvariable:/name (prec) def /long_name (total precipitation) def /standard_name (lwe_thickness_of_precipitation_amount) def /units (kg m-2 s-1) def :Zvariable :definevariables :dataset \end{ingrid} Alternatively, you can interactively pick out the data you would like with the Data Viewer. Otherwise choose the variable you would like a datafile for: