General circulation models (GCMs) are useful tools for investigating mechanisms of climate
change and projecting future climate change scenarios, but have large uncertainties and …

Precipitation is critical for maintaining the stability of an ecosystem, especially in arid
regions. This study primarily focuses on climatic changes during present (from 1985 to 2005) …

Assessing the regional impact of climate change on agriculture, hydrology, and forests is
vital for sustainable management. Trustworthy projections of climate change are needed to …

Derived from realistic global warming scenarios, long‐term projections of spatial patterns in
precipitation and temperature in hydrology and climatology can serve to evaluate climate …

Regional precipitation patterns may change in a warmer climate, thereby increasing flood
and drought risks. In this paper, annual, annual maximum, intense, heavy, moderate, light …

Accompanied by global climate change, the annual mean air temperature has experienced
a strongly increasing trend in the western China, especially in Xinjiang. The Global Climate …

To examine the potential sensitivity of the Huang‐Huai‐Hai Plain (3H) region of China to
potential changes in future precipitation and temperature, a hydrological evaluation using …

Climate change due to global warming is of concern to the public and may cause significant
changes in the hydrological regimes in arid/semi-arid areas including Mongolia, which …

Previous studies have suggested that dynamical downscaling to global climate models can
produce improved climate simulations at regional and local scales. However, the expensive …

Impacts of human activities on climate change as simulated by the general circulation
models (GCMs) in China for the recent ten years have been summarized and reviewed in …