姓名:
　何建坤性别:
　男
职称:
　研究员专家类别:
研究员　
电话:
　010-84097064传真:
　010-84097079
电子邮件:
　jkhe@itpcas.ac.cn个人主页:
　
通讯地址:
　北京市朝阳区林萃路16号院3号楼　100101


简历：
教育经历：
1992-1996年：南京大学，构造地质与地球物理学，博士
1985-1988年：中国矿业大学，构造地质学，硕士
1981-1984年：中国矿业大学，构造地质学，学士
研究经历：
2007-至今，研究员，中国科学院青藏高原研究所
2008,3-6，合作研究，DepartmentofEarthandSpaceSciences,UniversityofCalifornia-LosAngeles,USA
2005,9-12，访问学者，LaboratoiredeGeophysique,CNRS&UniversitedeMontpellierII,France
2004,7-9，合作研究，LaboratoiredeGeophysique,CNRS&UniversitedeMontpellierII,France
2002,7-12，访问学者，DepartmentofGeologicalSciences,UniversityofMissouri-Columbia,USA
1998–2006，副研究员，中国科学院地质与地球物理研究所
1996-1998，博士后，中国科学院地球物理研究所
1988–1992，讲师，地质系，中国矿业大学
研究方向：
岩石圈变形动力学数值模拟，地球动力学
学历：
博士

职务：
研究员

社会任职：
中国力学学会地球动力学专业委员会委员(2004-2007)
澳大利亚《JournaloftheVirtualExplorer》编委(2005-)
美国《InternationalJournalofGeosciences》编委（2011－）承担项目：

• 国家自然科学基金重点项目——喀喇昆仑和阿尔金断裂走滑与青藏高原南北走向正断层作用关系：从运动学观测到动力学模拟，2011－2014，课题负责人
• 中国科学院知识创新工程重要方向项目——青藏高原北缘大型走滑边界断裂系统的运动学观测和动力学模拟，2011－2013，项目负责人
• 中国科学院资源环境领域国际合作重点项目课题——帕米尔高原现代地壳变形与动力学，2010－2013，课题负责人
• 中国科学院资源与环境领域方向性项目课题——龙门山及邻区主要活动断裂现今运动学和动力学，2009-2011，课题负责人
• 国家自然科学基金面上项目——青藏高原大型走滑断裂的强度特征与应变分异，2008－2010，课题负责人
• 法国国家科学研究中心（CNRS）项目——阿尔金大型走滑断裂的运动学观测与动力学模拟，2009－2012，中方负责人

获奖及荣誉：
代表论著：

He,J.,S.Lu,W.Wang,2012,Three-dimensionalmechanicalmodelingoftheGPSvelocityfieldaroundthenortheasternTibetanplateauandsurroundingregions,Tectonophysics,(revised).

Wang,X.,andJ.He^*,2012,Channelflowofthelowercrustanditsrelationtolarge-scaletectonicgeomorphologyoftheeasternTibetanPlateau,ScienceinChina(D),(accepted)

He,J.,W.Xia,andS.Lu,2011,Three-dimensionalfiniteelementmodelingofstressevolutionaroundtheXiaojiangfaultsystem,southeasternTibet,inthepast~500years,Tectonophysics,507,70-85.

He,J.andG.Peltzer,2010,PoroelastictriggeringintheJanuary9-22,2008Nima-Gaize(Tibet)earthquakesequence.GEOLOGY,38(10),907–910.

Pei,S.,J.Su,H.Zhang,Y.Sun,M.N.Toks?z,Z.Wang,X.Gao,J.Liu,J.He,2010,Three-dimensionalseismicvelocitystructureacrossthe2008WenchuanMs8.0earthquake,Sichuan,China.Tectonophysics,491,211-217.

He,J.,S.Lu,andX.Wang,2009,Mechanicalrelationbetweencrustalrheology,effectivefaultfriction,andstrike-slipdistributionamongtheXiaojiangfaultsystem,southeasternTibet.JournalofAsianEarthSciences,34,363-375.

Pei,S.,Z.Cui,Y.Sun,M.N.Toks?z,C.A.Rowe,X.Gao,J.Zhao,H.Liu,J.He,F.D.Morgan,2009,StructureoftheUpperCrustinJapanfromS-waveAttenuationTomography.BulletinoftheSeismologicalSocietyofAmerica,99(1),428–434.

He,J.andJ.Cherry,2008,LateQuaternaryslipratesoftheAltynTagh，theKunlunandtheKarakorumfaults(Tibet)from3Dmechanicalmodeling.EarthandPlanetaryScienceLetters,274;50-58.

Wang,J.,Z.Ye,andJ.He,2008,Three-dimensionalmechanicalmodelingoflarge-scalecrustaldeformationinChinaconstrainedbytheGPSvelocityfield.Tectonophysics,446,51–60.

He,J.andS.Lu,2007,LowerfrictionoftheXianshuihe-XiaojiangfaultsystemanditseffectonactivedeformationaroundthesoutheasternTibetanmargin.TerraNova,19,204–210.

Chang,X.,Y.Liu,andJ.He,2007,LowervelocitiesbeneaththeTaihangMountains,northeasternChina.BulletinoftheSeismologicalSocietyofAmerica,97,1364-1369.

Li,Y.,J.Zhang,J.He,etal.,2007,Current-daytectonicmotionandintraplatedeformationstrainfieldobtainedfromspacegeodesyinthePacificPlate.ChineseJ.Geophys.,50,437-447.

He,J.,Y.Li,andC.Teng,2005,AsymmetricflankupliftoftheYinchuangraben,northcentralChina:implicationoflateralvariationofcrustalrheologyfromtheAlashantotheOrdos.GeophysicalResearchLetters,32;L2213,doi:10.1029/2003GL018764.

Liu,Y.,C.Chang,J.He,2005,Three-dimensionalvelocityimagesofthecrustanduppermantlebeneathethenorth-southzoneinChina.BulletinoftheSeismologicalSocietyofAmerica,95,916-926.

He,J.,D.Cai,Y.Li,andZ.Gong,2004,ActiveextensionoftheShanxirift,northChina:doesitresultfromanticlockwiseblockrotations?.TerraNova,16,38-42.

He,J.,M.Liu,andY.Li,2003,IstheShanxiriftofnorthernChinaextending?.GeophysicalResearchLetters,30,2213,doi:10.1029/2003GL018764.

He,J.,2003,Mecha-nicalinstabilityofthecrustalthicknesstransitionzonebetweentheTaihangShanmountainsinrelationtothetectoniccompressionofthefrontalCenozoicbasin.ChineseJ.Geophys.,46,712-724.

He,J.,J.Liu,2002,Lower-crustductileflowanditsmechanicalrelationwithsyn-collisioncrustalextensioninorogenicbelt.ChineseJ.Geophys.,45,502-516.

Sun,R.,F.Liu,andJ.He,2001,StructuralsettingofstrongearthquakesintheHuabeiareaofChina.PureandAppliedGeophysics,158,903-918.

Liu,J.,F.Liu,J.He,H.Chen,andQ.You,2001,StudyofseismictomographyinPanxipaleoriftareaofsouthwesternChina—Structuralfeaturesofcrustandmantleandtheirevolution.ScienceinChina(D),44,277–288.

Cai,D.,Y.Luo,C.Yao,J.He,etal.,2000,StructuresoftheBohaipetroliferousarea,BohaiBayBasin.ActaGeologicaSinica,74(3),641-650.

He,J.,1998，MorphologyoftheMohodiscontinuitybeneaththeEasternQinlingmountainsanditsimplicationfordeepprocessofthecollisionalorogeny.ChineseJ.Geophys.,41(supp);64-76.

国际会议摘要：

He,J.,P.Vernant,W.Wang,etal.,2011,AnewGPSnetworkacrosstheAltynTaghFaultoftheTibetanplateau:preliminaryresultsfrom3-years’survey,AbstractT51B-2336presentedat2011FallMeeting,AGU,SanFrancisco,Calif.,5-9Dec(Poster).

He,J.,S.Lu,andW.Wang,2010,StrainaccumulationacrosstheLongmenShanbeforethe2008Mw7.9Wenchuanearthquake.AbstractT43C-2231presentedat2010FallMeeting,AGU,SanFrancisco,Calif.,13-17Dec(Poster).

Wang,W.,P.Vernant,J.He^*,etal.,2009,NewGPSNetworkacrosstheAltynTaghFault,preliminaryresultsfromthefirstsurvey.EOSTrans.AGU,90(52),FallMeet.Suppl.,AbstractT21B-1792(Poster).

He,J.andG.Peltzer,2009,PoroelastictriggeringintheJanuary9-22,2008Nima-Gaize(Tibet)earthquakesequence.EOSTrans.AGU,90(52),FallMeet.Suppl.,AbstractS51C-1434(Poster).

Peltzer,G.andJ.He,2009,FaultpermeabilityandporoelastictriggeringintheJanuary9-22,2008Nima-Gaize(Tibet)earthquakesequence.FRINGE,2009workshop,ESA,Italy(Oral).

He,J.andG.Peltzer,2008,The2008/01/09-22Ms=6.4-5.4earthquakesinsoutherncentralTibetfromInSARobservationsandnumericalmodeling.EOSTrans.AGU,89(53),FallMeet.Suppl.,AbstractT24A-03(Oral).

He.J.,S.Lu.,andX.Wang,2007,CoulombstresschangeontheXiaojiangandtheRedRiverfaults,southeasternTibetanPlateau,fromthe1970Ms=7.7Tonghaiearthquake.EOSTrans.AGU,88(52),FallMeet.Suppl.,AbstractT43B-1353(Poster).

He,J.,2006,Strike-slipmotionoftheXiaojiangfaultsystem,southeasternTibet,drivenbylower-crustflow.EOSTrans.AGU,87(36),West.Pac.Geophys.Meet.Supple.,AbstractT21B-05(InvitedOral).

He,J.,Y.Li,andC.Teng,2004,Three-dimensionalMechanicalModelingoftheGPSVelocityFieldaroundtheNortheasternTibetandSurroundingRegion.EOSTrans.AGU,85(47),T11cC1276(Poster).

He,J.M.Liu,etal.,2002,IntraplateseismicityandcrustaldeformationintheNorthChinablock:Roleofcrustalheterogeneities.EOSTrans.AGU,83(47),FallMeet.Suppl.,AbstractS21B-0998(Poster).

>>>>主要实验设备有20套大地测量型GPS和1台高性能DELL并行计算机（20CPU／80计算内核），用于野外观测、室内数据处理和岩石圈变形三维动力学数值模拟等。硕士和博士研究生可选方向：1）GPS／InSAR大地测量与活动构造、2）地震触发机制与断裂相互作用、3）地壳／岩石圈变形动力学数值模拟。