摘要西北地区地理位置特殊, 气候变化独特, 形成机理复杂, 对社会和自然环境的影响突出. 尤其,
自21 世纪初有研究提出西北气候从暖干向暖湿转型的科学认识后, 其气候变化问题引起了社会 …

The amount, frequency and intensity of extreme precipitation over Xinjiang have increased
dramatically under the wetting trend in Northwest China, but long‐term trends in the …

Quantifying climate change-and socioeconomic development-induced changes in the 'water
tower'function is a major challenge in high-mountain Asia (HMA), especially when …

Water is critical for ecological systems in arid regions, making it imperative to understand
how moisture in arid Central Asia (CA) responds to anthropogenic warming. The oscillation …

Central Asia is the world's largest azonal arid region, with strong seasonal precipitation
patterns. Vegetation in this region is relatively sparse and extremely sensitive to climatic …

Tianshan Mountains are the headwater regions for the central Asia rivers, providing water
resources for ecological protection and economic development in semiarid regions. Due to …

This study analyzes the change characteristics of compound extreme events (CEEs) of
temperature and precipitation (including warm‐wet, warm‐dry, cold‐wet and cold‐dry) in …

Eurasia is a sensitive and high-risk region for global climate changes, where climate
anomalies significantly influence natural ecosystems, human health, and economic …

The fragile ecology of the Yellow River basin (YRB) is vulnerable to global warming and
human activities. As the second largest river in China, the YRB covers the subhumid, semi …

Xinjiang, China has experienced a significant wetting trend since the mid‐1980s in the
context of climate warming. However, the features and mechanism associated with the water …