副热带高压脊
亚热带
气候变化
中国
极热
东亚
亚热带湿润气候
气候学
地理
全球变暖
环境科学
降水
海洋学
气象学
地质学
生物
生态学
医学
考古
病理
作者
Kai Yang,Wenju Cai,Gang Huang,Kaiming Hu,Benjamin Ng,Guojian Wang
标识
DOI:10.1073/pnas.2120335119
摘要
SignificanceThe western Pacific subtropical high (WPSH) channels moisture from the tropics that underpins the East Asian summer climate. Interannual variability of the WPSH dominates climate extremes in the densely populated countries of East Asia. In 2020, an anomalously strong WPSH led to catastrophic floods with hundreds of deaths, 28,000 homes destroyed, and tens of billions in economic damage in China alone. How the frequency of such strong WPSH events will change is of great societal concern. Our finding of an increase in future WPSH variability, translating into an increased frequency of climate extreme as seen in the 2020 episode, highlights the increased risks for the billions of people in the densely populated East Asia with profound socioeconomic consequences.
科研通智能强力驱动
Strongly Powered by AbleSci AI