CWATM v1.04 - 0.5 deg dataset

CWATM dataset for version 1.04<br> ------------------------------ <br> CWATM_Data<br> ¦<br> ¦- README.txt<br> ¦<br> +- climate_rhine ( a cut rhine cliamte data set, description see below)<br> ¦ ¦<br> ¦ +- precipitation, average daily temperature, potential evaporation <br> ¦<br> +- output<br> ¦<br> +- input_data<br> ¦<br> +---areamaps<br> ¦ ¦- globalarea,rhine30min, ...<br> ¦<br> +---landcover<br> ¦ +---forest<br> ¦ ¦ ¦- CropCoefficientForest_10days<br> ¦ ¦ ¦- interceptcapForest10days<br> ¦ ¦ ¦- maxRootdepth, minSoilDepthFrac<br> ¦ ¦ ¦- rootFraction1, rootFraction2<br> ¦ ¦<br> ¦ +---grassland (same var as forest)<br> ¦ ¦<br> ¦ +---irrNonPaddy (same var as forest)<br> ¦ ¦<br> ¦ +---irrPaddy (same var as forest)<br> ¦<br> +---landsurface <br> ¦ ¦- fractionlandcover, global_clone<br> ¦ ¦<br> ¦ +---albedo<br> ¦ ¦ ¦- albedo<br> ¦ ¦<br> ¦ +---topo<br> ¦ ¦ ¦- dz_Rel_hydro1k, elvstd, tanslope<br> ¦<br> +---groundwater <br> ¦ ¦- kSatAquifer, recessionCoeff, specificYield<br> ¦<br> +---soil <br> ¦ ¦- alpha1-3, lambda1-3, ksat1-3,thetas1-3, thetar1-3 for forest and for other landcover<br> ¦ ¦- cropgrp, percolationImp, storagedepth<br> ¦<br> +---routing <br> ¦- ldd, catchment, cellarea<br> ¦<br> +---kinematic<br> ¦ ¦- chanbnkf, chanbw, changrad, chanleng, chanman<br> ¦<br> +---lakereservoirs<br> ¦- lakeResArea, lakeResDis,lakeResID, lakeResType, lakeResVolRes, lakeResYear<br> ¦- smalllakeResArea, smalllakeResDis,smalllakeResID, smalllakeResType, smalllakeResVolRes, smalllakeResYear<br> PLEASE RUN:<br> run_rhine30min.bat or run_rhine30min.sh (for Linux)<br> if necessary you have to change pathes in run_rhine30min.bat or run_rhine30min.sh or settings_rhine30min.ini (line 87-91)<br> <br> CLIMATE DATA SET<br> Daily-resolution observed climate data on (land only) 0.5°x0.5° lat-lon grid,<br> HERE: Only for the Rhine catchment based on the reanalysis data set ERA-Interim and using the bias target GPCC.<br> The data set covers the period 1901-2012, where the data for 1901-1978 are taken from WFD, and from 1979 onwards from WFDEI.GPCC <br> Data Type: Daily observed atmospheric climate<br> Variables:<br> tavg: Avg. Temperature [K]<br> pr: precipitation (snowfall + rain) [kg m-2 s-1]<br> ET_Ref: Potential reference evapotranspiration rate (Penman–Monteith equations)<br> EW_ref: Potential evaporation rate from water surface ( Penman–Monteith equations) <br> HERE: a dataset from 1/1/1961- 31/12/2010 with each parameter in a single netcdf file. Weedon, G.P., S.S. Gomes, P.P. Viterbo, W.J. Shuttleworth, E.E. Blyth, H.H. Österle, J.C. Adam, N.N. Bellouin, O.O. Boucher,<br> and M.M. Best, 2011:<br> Creation of the WATCH Forcing Data and Its Use to Assess Global and Regional Reference Crop Evaporation over Land during the<br> Twentieth Century. J. Hydrometeor., 12, 823–848, doi: 10.1175/2011JHM1369.1 Related Sites:<br> https://www.isimip.org/gettingstarted/details/5/<br> http://www.waterandclimatechange.eu/about/watch-forcing-data-20th-century But any other climate data can be used!