Page 96 - 2024年第55卷第5期
P. 96

[36] LIJ,ZENGQ.Aunifiedmonsoonindex[J].GeophysicalResearchLetters,2002,29(8):1274 - 1277.
                [37] LIJ,ZENGQ.Anewmonsoonindexandthegeographicaldistributionoftheglobalmonsoons[J].Advancesin
                       AtmosphericSciences,2003,20(2):299 - 302.
                [38] 李建平,曾庆存.一 个 新 的 季 风 指 数 及 其 年 际 变 化 和 与 雨 量 的 关 系 [J].气 候 与 环 境 研 究,2005(3):
                      73 - 87.
                [39] 陶诗言.中国夏季副热带天气系统若干问题的研究[M].北京:科学出版社,1963.
                [40] YANGK,CAIW,HUANGG,etal.IncreasedvariabilityofthewesternPacificsubtropicalhighundergreen
                       housewarming [J].ProceedingsoftheNationalAcademyofSciencesoftheUnitedStatesofAmerica,2022,119
                       (23):e2120335119.
                [41] KONGW,CHIANGJ.InteractionofthewesterlieswiththeTibetanPlateauindeterminingtheMei - YuTermina
                       tion [J].JournalofClimate,2019,33(1):339 - 363.
                [42] 李万莉,王可丽,傅慎明,等.区域西风指数对西北地区水汽输送及收支的指示性[J].冰川冻土,2008
                       (1):28 - 34.
                [43] 张冲,赵景波.厄尔尼诺?拉尼娜事件对长江流域气候的影响研究[J].水土保持通报,2011,31(3):1 -
                       6 ,11 - 12.
                [44] DRAXLERR,HESSG.AnoverviewoftheHYSPLIT_4modelingsystem fortrajectories,dispersion,anddepo
                       sition [J].AustralianMeteorologicalMagazine,1998,47(4):295 - 308.
                [45] STEINAF,DRAXLERRR,ROLPHGD,etal.NOAA’sHYSPLITatmospherictransportanddispersionmod
                       elingsystem [J].BulletinoftheAmericanMeteorologicalSociety,2015,96(12):2059 - 2077.
                [46] NIEY,SUNJ.MoisturesourcesandtransportforextremeprecipitationoverHenaninJuly2021[J].Geophysical
                       ResearchLetters ,2022,49(4):e2021GL097446.
                [47] WANGN,XINMIN Z, ZHENG Y, etal.Theatmosphericmoistureresidencetimeand referencetimefor
                       moisturetrackingoverChina [J].JournalofHydrometeorology,2018,19(7):1131 - 1147.
                [48] SODEMANNH,SCHWIERZC,WERNLIH.InterannualvariabilityofGreenlandwinterprecipitationsources:
                       LagrangianmoisturediagnosticandNorthAtlanticOscillationinfluence[J].JournalofGeophysicalResearch:At
                       mospheres,2008,113(D3):D03107.
                [49] PANC,ZHUB,GAOJ,etal.SourceapportionmentofatmosphericwateroverEastAsia - asourcetracerstudy
                       inCAM5.1[J].GeoscientificModelDevelopment,2017,10(2):673 - 688.
                [50] LIUB,TANX,GANTY,etal.Globalatmosphericmoisturetransportassociatedwithprecipitationextremes:
                       Mechanismsandclimatechangeimpacts[J].WileyInterdisciplinaryReviews:Water,2020,7(2):e1412.
                [51] WANGH,WANGC.WhatcausedtheincreaseoftropicalcyclonesinthewesternNorthPacificduringtheperiod
                       of2011 —2020?[J].ClimateDynamics,2023,60(1):165 - 177.
                [52] LIUL,WANGY.Trendsinlandfallingtropicalcyclone - InducedprecipitationoverChina[J].JournalofClimate,
                      2020,33(6):2223 - 2235.
                [53] SUNB,ZHUYL,WANGH.TherecentinterdecadalandinterannualvariationofwatervaportransportoverEast
                       ernChina [J].AdvancesinAtmosphericSciences,2011,28(5):1039 - 1048.
                [54] 杨柳,赵俊虎,封国林.中国东部季风区夏季四类雨型的水汽输送特征及差异[J].大气科学,2018,42
                       (1):81 - 95.
                [55] LAUW,KIM K - M.CompetinginfluencesofgreenhousewarmingandaerosolsonAsianSummerMonsooncircula
                       tionandrainfall [J].Asia - PacificJournalofAtmosphericSciences,2017,53:181 - 194.
                [56] LIX,WENZ,ZHOUW,etal.Atmosphericwatervaportransportassociatedwithtwodecadalrainfallshiftsover
                       EastChina [J].JournaloftheMeteorologicalSocietyofJapan,2012,90(5):587 - 602.
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