摘要青藏高原被称为世界“第三极”, 又有“亚洲水塔” 之称, 对其周边地区的水文和气候系统有重要
影响. 青藏高原是亚洲许多大河的发源地, 其冰川与河川径流变化影响到周边数十亿人口 …

Abstract The Qinghai–Tibetan Plateau (QTP) is one of the most sensitive areas to climate
change, and fully understanding the impacts of climate on the hydrological process in this …

Analyzing the impacts of climate change on hydrology and future projections of water
supplies is fundamental for the efficient management and planning of water resources in …

Accurate prediction of runoff signatures is important for numerous hydrological and water
resources applications. However, there are lack of comprehensive evaluations of various …

Since the beginning of the 21st century, our knowledge of the sources and fate of Hg over
the Tibetan Plateau (TP), the “Roof of the World,” has been greatly enhanced with growing …

Total impervious area (TIA) is one of the most common measures for predicting runoff yield
in hydrologic studies and regulating urbanization in land use policy. Directly connected …

A considerable variability in water and sediment induced by climate change was shown to
have a significant impact on a comprehensive management of complex large river basins. In …

Eight rainfall bias correction techniques were compared over the Chindwin River basin in
Myanmar to improve hydrological simulation at multiple timescales using two approaches …

摘要本文回顾了21 世纪青藏高原区域多种气候和环境要素变化预估研究的进展, 包括气温, 降水,
极端天气气候事件, 冻土, 积雪, 冰川, 径流和植被等, 预估结果主要来自于SRES 和RCP …

Abstract In recent years, Machine Learning (ML) techniques have gained the attention of the
hydrological community for their better predictive skills. Specifically, ML models are widely …