Extreme climate events in China, including its 10 main river basins, were projected under
global warming of 1.5° C–4° C using the latest version of a regional climate model …

青藏高原作为气候敏感区域, 其降水对东亚水文循环和气候有着巨大的影响,
因此对于其变化的研究十分重要. 降水是全球水文循环的重要变量, 是受气候变化影响的重要 …

Desertification is a global threat to human beings, and effective desertification control
requires an interdisciplinary approach to identify the pattern and evolution of sensitive areas …

Tibetan Plateau (TP, with the height> 3000 m) is a region with complex topographical
features and a large diversity of climate both in space and time. The use of higher resolution …

To connect a wide range of research communities including climate change mitigation and
adaptation activities, the Intergovernmental Panel on Climate Change (IPCC) 6th …

Precipitation extremes over the Indochina and South China (INCSC) region simulated by 40
global climate models from phase 6 of the Coupled Model Intercomparison Project (CMIP6) …

This study provides an assessment of changes in mean and extreme climate in northeast
Thailand, focusing on the near-future period (2021–2050). Spatiotemporal changes in …

As the second biggest economy in the world, China has been experiencing significant
impacts of global climate change. Developing future projections of regional climate over …

In this study, we employ two regional climate models (RCMs or RegCMs), which are
RegCM4 and PRECIS (Providing Regional Climates for Impact Studies), with a horizontal …

This study assesses present-day extreme climate changes over China by using a set of
phase 6 of the Coupled Model Intercomparison Project (CMIP6) statistical downscaled data …