Ec-earth-heihe USES the output of the global model of ec-earth as the driving field to simulate the 6-hour data of the Heihe river basin in 2006-2080 under the scenarios of 1980-2005 and RCP4.5.Spatial scope: the grid center of the simulation area is located at (40.30n, 99.50e), the horizontal resolution is 3 km, and the number of simulated grid points in the model is 161 (meridional) X 201 (zonal).
Projection: LAMBERT conformal projection, two standard latitudes of 30N and 60N.
Time range: from January 1, 1980 to December 31, 2010, with an interval of 6 hours.
Description of file contents: monthly storage by grads without format.Except the maximum and minimum temperature as the daily scale, the other variables are all 6-hour data.
MATLAB can be used to read, visible tmax_erain_xiong_heihe.m file description.
Data description of heihe river basin:
1) Anemometer west wind (m/s) abbreviation usurf
2) Anemometer south wind(m/s), abbreviation vsurf
3) Anemometer temperature (deg K) abbreviation tsurf
4) maximal temperature (deg K) abbreviation tmax
5) minimal temperature (deg K) abbreviated tmin
6) Anemom specific humidity (g/kg) abbreviation qsurf
7) Accumulated precipitation (mm/hr) abbreviation precip
8) Accumulated evaporation (mm/hr) abbreviation evap
9) Accumulated sensible heat (watts/m**2/hr) abbreviation sensible
10) Accumulated net infrared radiation (watts/m * * 2 / hr) abbreviation netrad
File name definition:
Abbreviation-ec-earth-6hour,YTD
For example, precip-ec-earth-6hour.198001,Is the data of 6-hour precipitation in January, 1980
(1) historical 6-hour data driven by the ec-earth global climate model from 1980 to 2005
(2) produce 6-hour data of heihe river basin under the scenario of RCP 4.5 for the global climate model ec-earth from 2006 to 2080
Description of file contents: monthly storage by grads without format.Except the maximum and minimum temperature as the daily scale, the other variables are all 6-hour data.</p><p>Data description of heihe river basin:</p><p>1) Anemometer west wind (m/s) abbreviation usurf</p><p>2) Anemometer south wind(m/s), abbreviation vsurf</p><p>3) Anemometer temperature (deg K) abbreviation tsurf</p><p>4) maximal temperature (deg K) abbreviation tmax</p><p>5) minimal temperature (deg K) abbreviated tmin</p><p>6) Anemom specific humidity (g/kg) abbreviation qsurf</p><p>7) Accumulated precipitation (mm/hr) abbreviation precip</p><p>8) Accumulated evaporation (mm/hr) abbreviation evap</p><p>9) Accumulated sensible heat (watts/m**2/hr) abbreviation sensible</p><p>10) Accumulated net infrared radiation (watts/m * * 2 / hr) abbreviation netrad</p><p>File name definition:</p><p>Abbreviation-ec-earth-6hour,YTD</p><p>For example, precip-ec-earth-6hour.198001,Is the data of 6-hour precipitation in January, 1980</p><p>(1) historical 6-hour data driven by the ec-earth global climate model from 1980 to 2005</p><p>(2) produce 6-hour data of heihe river basin under the scenario of RCP 4.5 for the global climate model ec-earth from 2006 to 2080</p><p>MATLAB can be used to read, visible tmax_erain_xiong_heihe.m file description.
1. Xiong, Z, Yan, X.D. (2013). Building a high-resolution regional climate model for the Heihe River Basin and simulating precipitation over this region. Chinese Science Bulletin, 58(036), 4670-4678. doi:10.116/s11434-013-5971-3.(View Details)
Cite as:Xiong, Z. (2017). < b>Simulated forcing dataset of 3km/6hour in Heihe River basin (1980-2080)</b>2017. doi: 10.3972/heihe.104.2017.db. (Download the reference: RIS | Bibtex )
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Spatial coverage |
East:104.2 South:37.7 |
West:96.1 North:43.3 |
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