IOCAS-IR
Arctic summertime anticyclonic circulation mode and its influence on substantial sea ice depletion: a review
BI Haibo; LIANG Xi; LEI Ruibo; HU Mengqi; WEI Shuo
发表期刊Advances in Polar Science
ISSN1674-9928
2023-06-15
出版年2023
卷号v.34;No.91期号:02页码:4-16
文献类型CNKI期刊论文
摘要The summertime anticyclonic circulation mode(SACM) is related to recent substantial loss of sea ice in the Arctic. This review outlines the potential causes of the SACM and considers its influence on sea ice depletion. Local triggers(i.e., sea ice loss and sea surface temperature(SST) variation) and spatiotemporal teleconnections(i.e., extratropical cyclone intrusion, tropical and mid-latitude SST anomalies, and winter atmospheric circulation preconditions) are discussed. The influence of the SACM on the dramatic loss of sea ice is emphasized through inspection of relevant dynamic(i.e., Ekman drift and export) and thermodynamic(i.e., moisture content, cloudiness, and associated changes in radiation) mechanisms. Moreover, the motivation for investigation of the underlying physical mechanisms of the SACM in response to the recent substantial sea ice depletion is also clarified through an attempt to better understand the shifting ice–atmosphere interaction in the Arctic during summer. The record low extent of sea ice in September 2012 could be reset in the near future if the SACM-like scenario continues to exist during summer in the Arctic troposphere.
关键词summertime anticyclonic circulation mode sea ice Arctic cyclone
CNKI专辑号A;
CNKI专辑名称基础科学;
CNKI专题号A009;A010;
CNKI专题名称气象学;海洋学;
分类号P434;P731.15
收录类别中科院核心 ; 中科院扩展
语种英文;
资助项目(基金)financially supported by Laoshan Laboratory (Grant no. LSKJ202203003) ; National Natural Science Foundation of China (Grant nos. 42276250, 41976221) ; General Project of Natural Science Foundation of Shandong Province (Grant no. ZR2020MD100)
文献类型CNKI期刊论文
条目标识符http://ir.qdio.ac.cn/handle/337002/187086
专题中国科学院海洋研究所
作者单位1.KeylaboratoryofMarineGeologyandEnvironment,InstituteofOceanology,ChineseAcademyofSciences
2.LaboratoryforMarineGeology,LaoshanLaboratory
3.KeyLaboratoryofMarineHazardsForecasting,NationalMarineEnvironmentalForecastingCenter,MinistryofNaturalResources
4.KeyLaboratoryofPolarScience,MNR,PolarResearchInstituteofChina
5.CollegeofMarineScienceandEngineering,ShandongUniversityofScienceandTechnology
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BI Haibo,LIANG Xi,LEI Ruibo,et al. Arctic summertime anticyclonic circulation mode and its influence on substantial sea ice depletion: a review. 2023.
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