Application of the China Meteorological Assimilation Driving Datasets for the SWAT Model (CMADS) in East Asia
Meng, Xianyong||Wang, Hao
Application of the China Meteorological Assimilation Driving Datasets for the SWAT Model (CMADS) in East Asia
English[eng]
sensitivity analysis||non-point source pollution models||reservoirs||operation rule||East Asia||climate variability||Qinghai-Tibet Plateau (TP)||potential evapotranspiration||precipitation||capacity distribution||GLUE||soil temperature||land use change||JBR||CFSR||Jinsha River Basin||impact||runoff||CMADS||hydrological modeling||aggregated reservoir||reanalysis products||Lijiang River||spatio-temporal||uncertainty||total nitrogen||Han River||streamflow simulation||meteorological||CMADS-ST||Erhai Lake Basin||uncertainty analysis||Biliuhe reservoir||hydrological||bayesian model averaging||blue and green water flows||SUFI-2||TMPA-3B42V7||statistical analysis||satellite-derived rainfall||streamflow||satellite-based products||Xiang River basin||SWAT hydrological simulation||PERSIANN-CDR||hydrological processes||SUFI2||CMADS dataset||ParaSol||hydrological modelling||accumulation||meteorological input uncertainty||soil moisture content||Yellow River||SWAT||Noah LSM-HMS||sediment yield||Yalong River||TRMM||Penman-Monteith||IMERG||PERSIANN||hydrological elements||freeze–thaw period||land-use change||parameter sensitivity||China||reservoir parameters||soil moisture||sloping black soil farmland||hydrological model||SWAT model||hydrologic model
Application of the China Meteorological Assimilation Driving Datasets for the SWAT Model (CMADS) in East Asia
English[eng]
sensitivity analysis||non-point source pollution models||reservoirs||operation rule||East Asia||climate variability||Qinghai-Tibet Plateau (TP)||potential evapotranspiration||precipitation||capacity distribution||GLUE||soil temperature||land use change||JBR||CFSR||Jinsha River Basin||impact||runoff||CMADS||hydrological modeling||aggregated reservoir||reanalysis products||Lijiang River||spatio-temporal||uncertainty||total nitrogen||Han River||streamflow simulation||meteorological||CMADS-ST||Erhai Lake Basin||uncertainty analysis||Biliuhe reservoir||hydrological||bayesian model averaging||blue and green water flows||SUFI-2||TMPA-3B42V7||statistical analysis||satellite-derived rainfall||streamflow||satellite-based products||Xiang River basin||SWAT hydrological simulation||PERSIANN-CDR||hydrological processes||SUFI2||CMADS dataset||ParaSol||hydrological modelling||accumulation||meteorological input uncertainty||soil moisture content||Yellow River||SWAT||Noah LSM-HMS||sediment yield||Yalong River||TRMM||Penman-Monteith||IMERG||PERSIANN||hydrological elements||freeze–thaw period||land-use change||parameter sensitivity||China||reservoir parameters||soil moisture||sloping black soil farmland||hydrological model||SWAT model||hydrologic model