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Application of SWBM model in climate change impact assessment for Xilin River basin
|Authors:||Li Yang; Zhu Zhongyuan; Jia Debin; Yao Suhong; Liu Cuishan; Li Haobing|
|Author Affiliations:||Primary: |
Inner Mongolia Agricultural University, Hydraulic and Civil Engineering Institute, Hohhot, China
Inner Mongolia Autonomous Region Third Institute of Geology and mineral Exploration and Development, China
|Volume Title:||Shuiwen Hydrology|
|Source:||Shuiwen = Hydrology, 33(2), p.39-42. Publisher: China Ministry of Water Resources, Beijing, China. ISSN: 1000-0852|
|Note:||In Chinese with English summary. 10 refs.|
|Summary:||Taking the Xilin River basin, a dry cold basin located in the Inner Mongolia of China, as a case, a snowmelt-based water balance model(SWBM) was applied to simulate runoff and study climate change impact. The results indicate that SWBM performs well for monthly runoff simulation, Nash-Sutcliffe efficiency(NSEs) in calibration and verification periods are both over 60% while relative error(Res) in both periods are less than 8%. Under global warming, water resources in the Xilinhe River Basin will present decreasing trend with significant decreasing possibly occurred after 2030.|
|Subjects:||Climate change; Drainage basins; Hydrology; Meltwater; Numerical models; Rivers and streams; Runoff; Surface water; Water balance; Asia; China; Far East; Inner Mongolia China; Xilin River basin|
|Coordinates:||N443440 N443440 E1161430 E1161430|
|Copyright Information:||GeoRef, Copyright 2021 American Geosciences Institute.|
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