王召民教授、博导发布日期：2012-03-30浏览次数：作者：来源：（2012年1月）姓名：王召民学位：博士职称：教授、博导单位：南京信息工程大学海洋科学学院地址：南京市宁六路219号，210044毕业院校：加拿大McGill大学所学专业：海洋环流与全球变化联系方式：02558695699（办公室）；13260989295（手机）王召民教授师从于国际海洋联合会主席，世界著名物理海洋和气候学家，加拿大皇家科学院院士、前任主席，ＬＡＷＲＥＮＣＥＭＹＳＡＫ教授，于1999年在加拿大McGill大学获得博士学位。（此前分别于1984年7月和1987年7月在南京大学大气科学系获得学士和硕士学位。）曾在McGill大学和英国南极调查局，发展地球系统模式，研究全球变化和极地大气-海洋-冰相互作用，开展高分辨率全球海洋环流模拟和评估世界上最复杂的耦合气候模式模拟现状，取得国际公认的研究成果；尤其是在McGill大学开发了一个中间复杂程度地球系统模式，这在世界上及其罕见，在国际学术界产生了很大反响。王召民教授是第一个被邀请在IUGG（四年一次国际地球物理界学术大会）作有关南大洋报告的华人；最近又被邀请成为联合国政府间气候变化委员会（IPCC）第五次报告评审专家。长期活跃于国际学术前沿，参与组织大型国际学术会议，并担任国际杂志评审。获得2000年加拿大气象海洋学会最佳博士论文奖和2003年日本海洋学会的日高奖。论文代表作37JulianGutt,DamarisZurell,ThomasJ.Bracegridle,WilliamCheung,MelodyS.Clark,PeterConvey,BrunoDanis,BrunoDavid,ClaudeDeBroyer,GuidodiPrisco,HuwGriffiths,RémiLaffont,LloydPeck,BenjaminPierrat,MartinJ.Riddle,ThomasSaucede,JohnTurner,CinziaVerde,ZhaominWang,VolkerGrimm,TheuseofcorrelativeanddynamicspeciesdistributionmodellingforecologicalpredictionsintheAntarctic:across-disciplinaryconcept,PolarResearch,inpress,2011
36Wang,Z.,T.KuhlbrodtandM.P.Meredith,OntheresponseoftheAntarcticCircumpolarCurrenttransporttoclimatechangeincoupledclimatemodels，JournalofGeophysicalResearch，VOL.116,C08011,17PP.,2011doi:10.1029/2010JC006757
35Graham,J.A.,D.P.Stevens,K.J.Heywood,andZ.Wang,NorthAtlanticclimateresponsestoperturbationsinAntarcticIntermediateWater,Clim.Dyn.,2011,Volume37,Numbers1-2,Pages297-311.
34Wang,Z.,(contributedto)AntarcticClimateChangeandtheEnvironment(http://www.scar.org/publications/occasionals/acce.html),EditedbyTurner,J.,Bindschadler,R.A.,Convey,P.,DiPrisco,G.,Fahrbach,E.,Gutt,J.,Hodgson,D.A.,Mayewski,P.A.,andSummerhayes,C.P.,PublishedinCambridgebySCAR,ISBN978-0-948277-22-1
33PhilipC.Reid,AstridC.Fischer,EmilyLewis-Brown,MichaelP.Meredith,MikeSparrow,AndreasJ.Andersson,AvanAntia,NicholasR.Bates,UlrichBathmann,GregoryBeaugrand,HolgerBrix,StephenDye,MartinEdwards,ToreFurevik,ReidunGangst?,HjálmarHátún,RussellR.Hopcroft,MikeKendall,SabineKasten,RalphKeeling,CorinneLeQuéré,FredT.Mackenzie,GillMalin,CecilieMauritzen,Jónólafsson,CharliePaull,EricRignot,KojiShimada,MeikeVogt,CraigWallace,ZhaominWang,andRichardWashington,ImpactsoftheOceansonClimateChange.AdvancesinMarineBiology,Vol.56,2009,pp.1-150.
32TurnerJ.,J.C.Comiso,G.J.Marshall,T.A.Lachlan-Cope,T.Bracegirdle,T.Maksym,M.P.Meredith,Z.Wang,A.Orr(2009),Non-annularatmosphericcirculationchangeinducedbystratosphericozonedepletionanditsroleintherecentincreaseofAntarcticseaiceextent,Geophys.Res.Lett.,36,L08502,doi:10.1029/2009GL037524.
31Wang,Z.andM.P.Meredith,2008:Density-drivenSouthernHemispheresubpolargyresincoupledclimatemodels,GeophysicalResearchLetters,35,L14608,doi:10.1029/2008GL034344.
30Shi,ZhengGuo,XiaoDongYan,ChongHuaYinandZhaoMinWang,2007:Effectsofhistoricallandcoverchangesonclimate,ChineseScienceBulletin,52(18):2575-2583.
29Yin,ChongHua,XiaoDongYan,ZhengGuoShiandZhaoMinWang,2007:Simulationoftheclimaticeffectsofnaturalforcingsduringthepre-industrialera,ChineseScienceBulletin,52(11):1545-1558.
28ZhaominWang,2007:Atlanticthermohalinecirculationandabruptclimatechanges,AdvancesinClimateChangeResearch,3(1):1-7.
27Cochelin,A.-S.B.,L.A.MysakandZ.Wang,2006:Simulationoflong-termfutureclimatechangeswiththeGreenMcGillPaleoclimateModel:Thenextglacialinception.ClimaticChange,79:381-401,DOI10.1007/s10584-006-9099-1.
26Wang,Z.andL.A.Mysak,2006:GlacialabruptclimatechangesandDansgaard-Oeschgeroscillationsinacoupledclimatemodel.Paleoceanography,21,PA2001,doi:10.1029/2005PA001238,2006.
25Papa,B.,L.A.MysakandZ.Wang,2006:IntermittenticesheetdischargeeventsinnortheasternNorthAmericaduringthelastglacialperiod.ClimateDynamics,26:201-216,DOI:10.1007/s00382-005-0078-4.
24Rahmstorf,S.,M.Crucifix,A.Ganopolski,H.Goosse,I.Kamenkovich,R.Knutti,G.Lohmann,B.Marsh,L.A.Mysak,Z.Wang,andA.Weaver,2005:Thermohalinecirculationhysteresis:amodelintercomparison.GeophysicalResearchLetters,32,L23605,DOI:10.1029/2005GL023655.
23Petoukhov,V.,M.Claussen,A.Berger,M.Crucifix,M.Eby,A.Eliseev,T.Fichefet,A.Ganopolski,H.Goosse,I.Kamenkovich,I.Mokhov,M.Montoya,L.A.Mysak,A.Sokolov,P.Stone,Z.WangandA.Weaver,2005:EMICintercomparisonproject(EMIP-CO2):ComparativeanalysisofEMICsimulationsofcurrentclimateandequilibriumandtransientresponsestoatmosphericCO2doubling.ClimateDynamics,25:363-385,doi:10.1007/s00382-005-0042-3.
22Wang,Z.,2005:TwoclimaticstatesandfeedbacksonthermohalinecirculationinanEarthSystemModelofIntermediateComplexity.ClimateDynamics,25:299-314,doi:10.1007/s00382-005-0033-4.
21Wang,Z.,A.-S.B.Cochelin,L.A.MysakandY.Wang,2005:SimulationoftheLastGlacialInceptionwiththeGreenMcGillPaleoclimateModel.Geophys.Res.Lett.,32,L12705,doi:10.1029/2005GL023047.
20Wang,Y.,L.A.Mysak,Z.WangandV.Brovkin,2005:ThegreeningoftheMcGillPaleoclimateModel.PartII.Simulationofnaturalmillennial-scalevariabilityduringtheHolocene.ClimateDynamics,24:481-496.
19Wang,Y.,L.A.Mysak,Z.WangandV.Brovkin,2005:ThegreeningoftheMcGillPaleoclimateModel.PartI:Improvedlandsurfaceschemewithvegetationdynamics.ClimateDynamics,24:469-480.
18Wang,Z.,R.-M.HuandL.A.Mysak,2004:Replytothecomment(on16)byA.J.WeaverandM.Eby.Atmosphere-Ocean,42(4):295-296.
17Wang,Z.,R.-M.Hu,L.A.Mysak,J.-P.BlanchetandJ.Feng,2004:Aparameterizationofsolarenergydispositionintheclimatesystem.Atmosphere-Ocean,42:113-125.
16Wang,Z.andL.A.Mysak,2002:SimulationoftheLastGlacialInceptionandRapidIceSheetGrowthintheMcGillPaleoclimateModel,Geophys.Res.Lett.,29(23),2102,doi:10.1029/2002GL015120.
15Smith,G,L.A.Mysak,Z.WangandH.Blatter,2002:McGillpaleoclimatemodelicesheetsensitivitytoiceflowrateanddischargeparameters.ClimateDynamics,20,315-325,doi:10.1007/s00382-002-0273-5.
14Wang,Z.,L.A.MysakandJ.F.McManus,2002:Responseofthethermohalinecirculationtocoldclimates,Paleoceanography,17(1),10.1029/2000PA00587.
13Claussen,M.,L.A.Mysak,A.J.Weaver,M.Crucifix,T.Fichefet,M.-F.Loutre,S.L.Weber,J.Alcamo,V.A.Alexeev,A.Berger,R.Calov,A.Ganopolski,H.Goose,G.Lohmann,F.Lunkeit,I.I.Mokhov,V.Petoukov,P.StoneandZ.Wang,2002:Earthsystemmodelsofintermediatecomplexity:Closingthegapinthespectrumofclimatesystemmodels.ClimateDynamics,18,579-586.
12S.C.Newbigging,L.A.MysakandZ.Wang,2001:Astabilizingatmosphericfeedbackontheoceanthermohalinecirculation,TheGlobalAtmosphere-OceanSystem,7,347-364.
11Wang,Z.andL.A.Mysak,2001:Icesheet-thermohalinecirculationinteractionsinaclimatemodelofintermediatecomplexity.JournalofOceanography,57,481-494.
10Mysak,L.A.andZhaominWang,2000:TheMcGillPaleoclimateModel(MPM):ANewEarthSystemModelofIntermediateComplexity,CanadianMeteorologicalandOceanographicSocietyBulletin,28,104-109.
9Wang,Z.andL.A.Mysak,2000:Arethereinterannual-to-decadalscaleoscillationsassociatedwithseaice-thermohalinecirculationinteractionsinasimplecoupledatmosphere-ocean-seaicemodel?.ScientiaMeteorologicaSinica(inChina),20,413-426.
8Wang,Z.andL.A.Mysak,2000:Asimplecoupledatmosphere-ocean-seaice-landsurfacemodelforclimateandpaleoclimatestudies.J.Climate,13,1150-1172.
7Wang,Z.andS.Huang,1996:Temporal-spatialcharacteristicsofAntarcticandArcticseaicevariability(InChinese).ScientiaMeteorologicaSinica,16(4),299-307.
6Wang,G.andZ.Wang,1996:Identificationofpersistentmodesofanomaliesandtheirimpactonpredictabilityinthebarotropicatmospherewithorographicforcing(InChinese).ChineseJournalofAtmosphereSciences,20,207-215.
5Wang,Z.andS.Huang,1994:TheresponsesofglobalatmospherecirculationtotheanomaliesofAntarcticseaiceinJuly(InChinese).ScientiaMeteorologicaSinica,14(4),311-321.
4Wang,Z.,Y.NiandQ.Zhang,1993:Themechanismoftheintraseasonaloscillationsintheobservationalatmosphere(InChinese).ScientiaMeteorologicaSinica,13(3),282-288.
3Wang,Z.,Y.NiandQ.Zhang,1992:Diagnosticstudyforintraseasonaloscillationsofthemiddle-highlatitudesintheobservationalatmosphere(InChinese).ScientiaMeteorologicaSinica,12(3),266-276.
2Zhang,Q.,Y.Ni,W.LinandZ.Wang,1991:Diagnosticstudyforintraseasonaloscillationsofthemiddle-highlatitudesinalowresolutionglobalspectralmodel(InChinese).ActaMeteorologicaSinica,5(4),411-425.
1Wang,Z.andS.Huang,1989:FeaturesofthetroposphericheatingfieldsandtherelationtodroughtorfloodinthereachesofYangtzeriverandHuaiheriver(InChinese).ScientiaMeteorologicaSinica,9(4),353-368.研究方向大西洋翻转流与全球变化；极地海洋和极地气候变化；气候模式发展和气候模拟招生方向海洋环流与全球变化；气候模拟；海-冰-气相互作用；极地海洋和极地气候变化；东亚季风与全球变化