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Hydroclimatic anomalies in China during the post-laki years and the role ofconcurring El Nino

Advances in Climate Change Research 2021年第2期12卷 187-198页

作者： GAO Chao-Chao YANG Lin-Shan LIU Fei Department of Environmental Science Zhejiang UniversityHangzhou310058China Key Laboratory of Tropical Atmosphere‒Ocean System Ministry of Education School of Atmospheric SciencesSun Yat-sen UniversityZhuhai519082China Southern Marine Science and Engineering Guangdong Laboratory Zhuhai519082China

Arctic is warming at an alarming speed causing accelerated melting of Greenland and rising of sea level,and geoengineering by injectingaerosol into stratosphere(SAI)has been proposed as a backup approach to mitigate ***,studies suggest that SAI implementationmay have adverse impacts on global especially monsoon precipitation,and Northern Hemisphere high-latitude injections may have dis-proportionally high effects than tropical *** 1783e1784 ce laki eruption in Iceland provides an analogy to study the climatic andthe subsequent socioecological responses to Arctic SAI,and China possesses a rich legacy of documents recording climatic disasters anddescribing their direct impacts on agriculture and *** the most recent summer precipitation reconstructions and the documentary data,this study presents a systemic analysis of the hydroclimatic anomalies as well as the societal and ecological consequences in China following the1783e1784 ce laki *** results from multi-proxies show severe drought conditions in eastern China during the post-laki years,accompanied by large scale locust breakout,famine and human *** drought and associated disasters first emerged in the North ChinaPlain in 1784 ce,intensified and expanded to the middle and lower reaches of the Yangtze River in 1785 *** drought and famine stresses inChina are part of the very unsettled climate conditions experienced across the Northern Hemispheric world during the *** isolating theENSO-induced precipitation from the reconstructed summer precipitation changes,our results indicate that the laki eruption did cause severedrought in monsoon China during the next three *** drought responses in the 1783e1784 were largely counter-balanced by the wettinginduced by the concurring strong El Ni~no *** results help to enhance our understanding of the hydroclimate consequence of NH highlatitude volcanic eruption in China,and the potential role climate interna

关键词： 1783‒1784 ce laki eruption Hydroclimatic anomalies China El Nino Proxy reconstruction

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