导师信息#兰州大学资源环境学院导师介绍#聂军胜

姓　名聂军胜性　别男最高学历研究生最高学位博士职务职　称教授联系方式0931-8912861所在部门地貌与第四纪地质研究所研究方向新生代环境学习经历1996-2000兰州大学自然地理学学士2000-2003兰州大学自然地理学硕士2003-2008UniversityofRhodeIsland海洋学博士工作经历2008-2010UniversityofTexasatAustin地质学博士后2010-今兰州大学第四纪地质与自然地理教授主讲课程古气候学学术兼职中国第四纪研究会干旱区环境专业委员会副主任Nature,NatureGeoscience,EPSL,GCA等二十多家杂志审稿人研究成果(1)较系统的研究了黄土高原红粘土的磁学性质 ，为利用磁学手段对红粘土进行进一步古气候研究提供了新思路和新手段。这方面成果先后受邀在欧洲地球科学学会年会(EGU) 、美国地球物理学会(AGU)
、中国地球物理学会(CGU)和国际第四纪联合会(INQUA)会议环境磁学分会作特邀报告 。(2)较系统的对比了6Ma来黄土红粘土磁化率记录与深海氧同位素记录的异同
，发现了一系列古气候事件和问题，深化了对海陆古气候耦合机制的理解
。成果被NatureGeoscience等杂志引用。(3)发现多指标物源分析能够最大限度的真实的重建物源历史 ，恢复了安第斯山北部的隆升历史，为理解安第斯山脉隆升与新生代气候变化的关系提供了重要年代限制 。恢复了黄土高原8百万以来的物源历史
，探讨了重矿物方法对研究黄土物源变化的限制和有效性，深化了对黄土高原物源变化的认识。成果被Science等杂志引用
。获得荣誉教育部新世纪人才2009中国地球物理学会“傅承义青年科技奖”2013青藏高原青年科技奖2013"Palaeogeographypalaeoclimatologypalaeoecology"excellentreviewer,2013基金委“优秀青年基金 ”2014在研项目自然科学基金优青项目 ，41422204、第四纪地质学 、2015/01-2017/12、在研
、主持。国家“973
”项目课题
，2013CB956400、中国西部西风区新生代剥蚀风化记录与古气候变化 、2013/1-2017/12
、在研、参与 。国家“973”项目课题，2011CB403301 、黄河上游沙漠宽谷段风沙水沙过程与调控机理
、2011/01-2015/08、在研 、参与
。自然科学基金面上项目 ，41172329
、柴达木盆地记录的晚中新世气候转型期（10－5.5Ma）轨道尺度气候变化及驱动机制研究、2012/01-2015/12 、在研
、主持。发表论文34.J.Nie,T.Stevens,Y.Song,J.King,R.Zhang,S.Ji,L.Gong,andD.Cares,PacificfresheningdrivesPliocenecoolingandAsianmonsoonintensification.ScientificReports,4,5474,doi:10.1038/srep05474,2014.媒体报道：·Whatstartedtheiceages?panama·Forbes（http:///sites/paulrodgers/2014/06/30/what-started-the-ice-ages-panama/）·Newtheoryoncauseoficeage2.6millionyearsago·ScienceDaily·研究解析“冰河世纪 ”开始原因·中国科学报（http://paper.sciencenet.cn/htmlpaper/20148512343551933999.shtm）33.J.Nie,W.Peng,Y.Song,A.Möller,B.Horton,S.Liu,A.Bird,J.Oalmann,H.Gong,X.Fang,ProvenanceoftheupperMiocene–PlioceneRedClaydepositsoftheChineseloessplateau.EarthandPlanetaryScienceLetters,407,35-47,2014.32.J.Nie,R.Zhang,C.Necula,D.Heslop,Q.Liu,L.Gong,andS.Banerjee,LateMiocene-earlyPleistocenepaleoclimatehistoryoftheChineseLoessPlateaurevealedbyremanenceunmixing.GeophysicalResearchLetters,41,2163-2168,2014.31.J.NieandW.Peng,AutomatedSEM-EDSheavymineralanalysisrevealsnoprovenanceshiftbetweenglacialloessandinterglacialpaleosolontheChineseLoessPlateau.AeolianResearch13,71-75,2014.30.J.Nie,M.Jackson,J.King,andX.Fang,CharacterizingthesuperparamagneticgraindistributionofChinesered-claysequencesbythermalfluctuationtomography.GlobalandPlanetaryChange,110,364-367,2013.29.J.Nie,W.Peng,K.Pfaff,A.Möller,E.Garzanti,S.Andò,,T.Stevens,A.Bird,H.Chang,Y.Song,S.Liu,andS.Ji,ControllingfactorsonheavymineralassemblagesinChineseloessandRedClay.Palaeogeography,Palaeoclimatology,Palaeoecology,381-382,110-118,2013.28.J.Nie,Y.,Song,J.W.King,R.Zhang,andX.Fang,Sixmillionyearsofmagneticgrain-sizerecordsrevealthattemperatureandprecipitationweredecoupledontheChineseLoessPlateauduring~4.5-2.6Ma.QuaternaryResearch,79,465-470,2013.27.J.Saylor,J.Knowles,B.Horton,J.Nie,andA.Mora,MixingofsourcepopulationsrecordedindetritalzirconU-Pbagespectraofmodernriversands,JournalofGeology,121,17-33,2013.26.G.Li,J.Nie,S.Clemens,W.Liu,J.Sun,R.Zech,andY.Huang,Theimportanceofsolarinsolationonthetemperaturevariationsforthepast110kyrontheChineseLoessPlateau.Palaeogeography,Palaeoclimatology,Palaeoecology,317-318,128-133,2012.25.J.Nie,B.Horton,J.Saylor,A.Mora,M.Mange,C.Garzione,andA.Basu,Integratedprovenanceanalysisofaretroarcfold-thrustbelt:U-Pbgeochronology,heavyminerals,andNdisotopesoftheMagdalenaValleybasin,northernAndes,Colombia.EarthScienceReviews,110,111-126,2012.24.J.Nie,Coupled100-kyrcyclesbetween3and1Mainterrestrialandmarinepaleoclimaticrecords.doi:10.1029/2011GC003772,inpress,Geochemistry,Geophysics,Geosystems,12,Q10Z32,10PP.,doi:10.1029/2011GC003772,2011.23.Y.Wang,J.Nie,T.Zhang,G.Sun,X.Yang,Y.Liu,andX.Liu.CenozoictectonicevolutioninthewesternQaidamBasininferredfromsubsurfacedata.Geo.J.,14,335-344,2011.22.J.Zan,X.Fang,J.Nie,S.Yang,C.Song,andS.Dai.MagneticpropertiesofsurfacesoilsacrossthesouthernTarimBasin.ChineseScienceBulletin,56,290-296,2010.21.J.Zan,X.Fang,S.Yang,J.Nie,andX.Li.ArockmagneticstudyofloessfromtheWestKunlunMountains.JournalofGeophysicalResearch,115,B10101,doi:10.1029/2009JB007184,2010.20.Y.Bai,X.Fang,J.Nie,Q.Meng,andY.Chi.Methoxyn-fattyacidsinsurfacesolisfromtheGonggaandKunlunMountainregions:Ecologicalimplications.ChineseScienceBulletin,55,doi:10.1007/s11434-010-3228-y,2010.19.Y.Song,Z.Shi,X.Fang,J.Nie,N.Ishikawa,X.Qiang,andX.Wang,MagneticpropertiesofloessintheIlibasin,CentralAsia,andtheircorrelationwiththoseofloessfromtheChineseLoessPlateau.ScienceinChina(seriesD),40,61-72,2010.18.B.Horton,M.Parra,J.Saylor,J.Nie,A.Mora,V.Torres.,D.Stockli,andM.Strecker,ResolvingAndeanupliftoftheEasternCordillerainColombiausingdetritalzirconU-Pbagesignatures.GSAToday,20,4-9,2010.17.B.Horton,J.Saylor,J.Nie,A.Mora,M.Parra,A.Reyes,andD.Stockli,LinkingsedimentationinthenorthernAndestobasementconfiguration,Mesozoicextension,andCenozoicshortening:EvidencefromdetritalzirconU-PbagesintheEasternCordilleraofColombia.GeologicalSocietyofAmericaBulletin,122,1423-1442,2010.16.J.Nie,B.Horton,A.Mora,J.Saylor,T.Housh,J.Rubiano,andJ.Naranjo,TrackingexhumationofAndeanrangesboundingtheMiddleMagdalenaValleybasin,Colombia.Geology,38,451-454,2010.15.J.Nie,Y.Song,J.King,X.Fang,andC.Heil,HIRMvariationsintheChinesered-claysequence:insightsintopedogenesisinthedustsourcearea.JournalofAsianEarthSciences,38,96-104,2010.14.J.Saylor,A.Mora,B.Horton,andJ.Nie,ControlsontheIsotopicCompositionofSurfaceWaterandPrecipitationintheNorthernAndes,ColombianEasternCordillera.GeochimicaetCosmochimicaActa,73,6999-7018,2009.13.J.Nie,Y.Song,J.King,andR.Egli,ConsistentgrainsizedistributionofpedogenicmaghemiteofsurfacesoilsandMioceneloessicsoilsontheChineseLoessPlateau.JournalofQuaternaryScience,25,261-266,2010.12.Y.Bai,X.Fang,J.Nie,Y.Wang,andF.Wu,ApreliminaryreconstructionofthepaleoecologicalandpaleoclimatichistoryoftheChineseLoessPlateaufromtheapplicationofbiomarkers.Palaeogeography,Palaeoclimatology,Palaeoecology,271,161-169,doi:10.1016/j.palaeo.2008.10.006,2009.11.J.Nie,J.King,andX.Fang,ThecorrelationbetweenmagneticsusceptibilityrecordoftheChineseaeoliansequencesandbenthicoxygenisotoperecord.Geochemistry,Geophysics,andGeosystems,9,Q12026,doi:10.1029/2008GC002243,2008.10.J.Nie,J.King,andX.Fang,ThelatePliocene-earlyPleostocene100kaproblem.GeophysicalResearchLetters,35,L21606,doi:10.1029/2008GL035265,2008.9.J.Nie,J.King,Z.Liu,S.Clemens,W.Prell,andX.Fang,Surface-waterfreshening:AcausefortheonsetofNorthPacificstratificationfrom2.75Maonward?GlobalandPlanetaryChange,64,49-52,2008.8.J.Nie,J.King,M.Jackson,X.,Fang,andY.,Song,ACmagneticsusceptibilitystudiesofthered-claysedimentsontheChineseLoessPlateauduringthetimeinterval4.8-4.1Maandtheirpaleoclimaticandpaleoceanographicimplications.JournalofGeophysicsResearch,113,B10106,doi:10.1029/2008JB005654,2008.7.J.Nie,J.King,andX.Fang,Tibetanupliftintensifiedthe400k.y.signalinpaleoclimaterecordsat4Ma.GeologicalSocietyofAmericaBulletin,120,1338-1344,DOI:10.1130/B26349.1,2008.6.J.Nie,J.King,andX.Fang,Linkbetweenbenthicoxygenisotopesandmagneticsusceptibilityinthered-claysequenceontheChineseLoessPlateau.GeophysicalResearchLetters,35,L03703,doi:10.1029/2007GL032817,2008.5.J.Nie,J.King,andX.Fang,EnhancementmechanismsofmagneticsusceptibilityintheChinesered-claysequence.GeophysicalResearchLetters,34,L19705,doi:10.1029/2007GL031430,2007.4.X.Fang,M.Yan,R.VanderVoo,D.Rea,C.Song,J.Parés,J.Gao,J.NieandS.Dai,LateCenozoicdeformationandupliftoftheNETibetanPlateau:evidencefromhigh-resolutionmagnetostratigraphyoftheGuideBasin,QinghaiProvince,China.GeologicalSocietyofAmericaBulletin,117,1208-1225,2005.3.J.Nie,C.Song,X.Fang,X.Xu,andD.Sun,PaleomagneticconstraintonthePleistoceneappearanceoftheYellowRiverintheGuideBasinoftheNETibetanPlateauanditsgeomorphologicimplications.MarineGeologyandQuaternaryGeology,23,59-64,2003.(InChinesewithEnglishabstract)2.C.Song,X.Fang,J.Gao,J.Nie,M.Yan,X.Xu,andD.Sun,MagnetostratigraphyofLateCenozoicfossilmammalsinthenortheasternmarginoftheTibetanPlateau.ChineseScienceBulletin,48,188-193,2003.1.C.Song,X.Fang,J.Li,J.Gao,D.Sun,J.Nie,andM.Yan,LateCenozoicsedimentologicalevolutionoftheGuideBasin,Qinghai,andupliftoftheNETibetanPlateau.ReviewofGeology,40,337-346,2003.(InChinesewithEnglishabstract)出版著作Nie,J.,Horton,B.,andHoke,G.edits"TowardanimprovedunderstandingofupliftmechanismsandtheelevationhistoryoftheTibetanPlateau."GSASpecialPaper507,2014.圣才电子书