Parameter values of the TOPMODEL model under different subbasin division schemes.

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posted on 2022-03-01, 19:00 authored by Bing Yan, Yi Xu

Parameter values of the TOPMODEL model under different subbasin division schemes.

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subbasin partitioning schemes particle swarm optimization approximately 12 %.main recharge source considering hydrological simulations subbasin division uncertainty quantifying interaction uncertainty calibrate model parameters div >< p hydrological simulation process total runoff process obtaining base flow baseflow segmentation methods baseflow values estimated hydrological model source area hydrological processes uncertainty influence uncertainty impacts topmodel model interactive uncertainty great uncertainty flow partitions base flow yellow river wet season thereby exploring step framework simulated streamflow significant impact significant differences semiarid area results show results provide respectively ).obviously higher less impact kge important component hysep methods hydrograph separation gradually weakened e .,dry season dry period different periods decomposition method better applied

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