男，博士，研究员，博士生导师，德国洪堡学者。2003年获得中国科学院研究生院博士学位（中德联合培养）。回国前，作为博士后、洪堡学者和客座研究员在德国明斯特大学从事研究工作。现任中国科学院地理科学与资源研究所资源工程与环境修复研究室主任，中国科学院大学岗位教授，中国科学院特聘骨干人才。
国家自然科学基金委“杰出青年科学基金”获得者(2016)。
获得15届候德封矿物岩石地球化学青年科学家奖；获得2013年度“中国科学院青年科学家国际合作奖”。
获得包括2016年度高等学校科学研究自然科学一等奖在内的省部级科技奖4项。
研究领域和研究方向（ResearchField）
I.环境质量评估与环境修复
开展镉、铬、砷等重金属污染的超富集植物及耐性植物的筛选和修复机理等研究，并将镉等同位素技术与植物生理学相结合，研究植物富集和耐性机理，并进行环境质量评估和土壤重金属污染修复。
II.地球环境演变
把不同形态碳和多硫等同位素、稀土元素和微量元素等方法，运用到生物地球化学循环的关键问题研究中，研究地球重要历史时期大气变化、生物进化与地球环境演化之间的关系等科学问题。
代表性学术论文（RepresentativeAcademicPapers）
1.Wei,R.,Liu,Y.,Kang,F.,Tian,L.,Wei,Q.,Li,Z.,Xu,P.,Hu,H.,Tan,Q.,Zhao,C.,Li,W.,Guo,Q.*,2024.ImpactofrhizospherebiostimulationonCdtransportandisotopefractionationinCdtolerantandhyperaccumulatingplantsbasedonMC-ICP-MSandNanoSIMS,EnvironmentalScience&Technology,2024,doi.org/10.1021/acs.est.4c03674.
6.Qin,X.,Dong,X.,Tao,Z.,Wei,R.,Zhang,H.,Guo,Q.*,2023.TracingthetransboundarytransportofatmosphericParticulateBoundMercurydrivenbytheEastAsianmonsoon.JournalofHazardousMaterials446,130678.
7.Tao,Z.,Guo,Q.*,etal.,2023.SlighttransitioninChineseatmosphericPbisotopicfingerprintingduetoincreasingforeignPb.EnvironmentalPollution323,121296.
8.Tan,Q.,Guo,Q.*,Wei,R.,Zhu,G.,Du,C.,Hu,H.,2023.InfluenceofarbuscularmycorrhizalfungionbioaccumulationandbioavailabilityofAsandCd:Ameta-analysis.EnvironmentalPollution316,120619.
9.Zhang,J.,Wei,R.,Tekleab,T.Z.,Wang,Z.,Cui,M.,Du,C.,Yue,F.,Guo,Q.*,etal.,2023.NitratesourcesandtransformationsalongtheYangtzeriveranditschangesafterstrictenvironmentalregulation.JournalofHydrology617,129037.
11.Zhang,J.,Guo,Q.*,etal.,2022.PhytoplanktondominatesthesuspendedparticulatenitrogensourceintheYangtzeRiver.JournalofHydrology615,128607.
12.Duan,H.,Zhang,D.,Zhao,Z.,Jiang,H.,Zhang,C.,Huang,X.,Ma,B.,Guo,Q.,2022.IsotopeevidencefortemporalandspatialvariationsofanthropogenicsulfateinputintheYiheRiverduringthelastdecade.EnvironmentalPollution313,120063.
14.Dong,X.,Guo,Q.*,Han,X.,Wei,R.,Tao,Z.,2022.Theisotopicpatternsandsourceapportionmentofnitrateandammoniuminatmosphericaerosol.ScienceofTheTotalEnvironment803,149559.
16.Deng,Y.,Guo,Q.*,etal.,2022.Significantcontributionofseamountstotheoceanicrareearthelementsbudget.GondwanaResearch112,71-81.
18.Wang,Z.,Guo,Q.*,Tian,L.,2022.Tracingphosphoruscycleinglobalwatershedusingphosphateoxygenisotopes.ScienceofTheTotalEnvironment829,154611.
19.Tekleab,T.Z.,Guo,Q.*,Tian,L.,Wei,R.,Zhao,C.,2022.Anintegratedapproachtoquantifyecologicalandhumanhealthrisksofsoilheavymetalcontaminationaroundcoalminingarea.ScienceofTheTotalEnvironment814,152653.
20.Yang,X.,Guo,Q.*,Boyko,V.,Avetisyan,K.,Findlay,A.J.,Huang,F.,Wang,Z.,Chen,Z.,2022.Isotopicreconstructionofironoxidation-reductionprocessbasedonanArcheanOceananalogue.ScienceofTheTotalEnvironment817,152609.
23.Lin,Y.,WangS.,Schobert,H.H.,Guo,Q.,Li,X.,2022.SulfurandnitrogenisotopiccompositionofLatePermianbarkcoals:Sourceidentificationandassociatedenvironmentalassessment.OrganicGeochemistry164(2022)104369,1-12.
25.Boyko,V.,Avetisyan,K.,Findlay,A.,Guo,Q.*,Yang,X.,KamyshnyA.*,2021.Biogeochemicalcyclingofsulfur,manganeseandironinferruginouslimnicanalogofArcheanocean.GeochimicaetCosmochimicaActa296,56-74.
27.Du,C.,Guo,Q.*,Zhang,J.,2021.Areviewonmossnitrogenandisotopesignaturesevidenceforatmosphericnitrogendeposition.ScienceofTheTotalEnvironment,150765.
28.Famiyeh,L.,Chen,K.,Xu,J.,Sun,Y.,Guo,Q.*,…,JunHe*,2021.Areviewonanalysismethods,sourceidentification,andcancerriskevaluationofatmosphericpolycyclicaromatichydrocarbons.ScienceofTheTotalEnvironment,789,147741.
36.Cui,M.,Guo,Q.*,etal.,2020.Human-drivenspatiotemporaldistributionofphosphorusfluxintheenvironmentofamegariverbasin.ScienceofTheTotalEnvironment752,141781-141793.
37.Guo,Q.*,Wang,C.,Wei*,R.,Zhu,G.,Cui,M.,Okoli,C.P.,2020.Qualitativeandquantitativeanalysisofsourcefororganiccarbonandnitrogeninsedimentsofriversandlakesbasedonstableisotopes.EcotoxicologyandEnvironmentalSafety195,110436-110446.
39.Han,X.,Guo,Q.*,etal.,2020.Seasonalandlong-termtrendsofsulfate,nitrate,andammoniuminPM2.5inBeijing:implicationforairpollutioncontrol.EnvironmentalScienceandPollutionResearch27,23730-23741.
40.Deng,Y.,Chen,F.*,Hu,Y.,Guo,Q.*,etal.,2020.MethaneseepagepatternsduringthemiddlePleistoceneinferredfrommolybdenumenrichmentsofseepcarbonatesintheSouthChinaSea.OreGeologyReviews125,103701,1-19.
44.Findlay,A.*,Boyko,V.,Pellerin,A.,Avetisyan,K.,Guo,Q.*,Yang,X.,Kamyshny,A.,2019.Sulphideoxidationaffectsthepreservationofsulphurisotopesignals.Geology47(8),739-743.
46.Peters,M.,Guo,Q.*,etal.,2019.ContaminationpatternsinriverwaterfromruralBeijing:Ahydrochemicalandmultiplestableisotopestudy.ScienceofTheTotalEnvironment654,226-236.
47.Okoli,C.P.,Adewuyi,G.O.,Zhang,Q.,Zhu,G.,Wang,C.,Guo,Q.*,2019.Aqueousscavengingofpolycyclicaromatichydrocarbonsusingepichlorohydrin,1,6-hexamethylenediisocyanateand4,4-methylenediphenyldiisocyanatemodiedstarch:Pollutionremediationapproach.ArabianJournalofChemistry12,2760-2773.
48.Guo,Z.,Guo,Q.,etal.,2019.StudyonpollutionbehaviorandsulfateformationduringthetypicalhazeeventinNanjingwithwatersolubleinorganicionsandsulfurisotopes.AtmosphericResearch217,198-207.
50.Wang,L.,Han,X.,Liang,T.,Guo,Q.,etal.,2019.Discriminationofrareearthelementgeochemistryandco-occurrenceinsedimentfromPoyangLake,thelargestfreshwaterlakeinChina.Chemosphere217,851-857.
51.Zhao,Y.,Yuan,J.,Babcock,L.E.,Guo,Q.,etal.,2019.GlobalStandardStratotype-SectionandPoint(GSSP)fortheconterminousbaseoftheMiaolingianSeriesandWuliuanStage(Cambrian)atBalang,Jianhe,Guizhou,China.Episodes42(2),165-184.
53.Kong,J.,Guo,Q.*,etal.,2018.ContaminationofheavymetalsandisotopictracingofPbinsurfaceandprofilesoilsinapollutedfarmlandfromatypicalkarstareainsouthernChina.ScienceofTheTotalEnvironment637-638,1035-1045.
54.Wei,R.,Guo,Q.*,Yu,G.,etal.,2018.StableisotopefractionationduringuptakeandtranslocationofcadmiumbytolerantRicinuscommunisandhyperaccumulatorSolanumnigrumasinfluencedbyEDTA.EnvironmentalPollution236,634-644.
55.Wei,L.,Yue,S.,Zhao,W.,Yang,W.,Zhang,Y.,Ren,L.,Han,X.,Guo,Q.,Sun,Y.,Wang,Z.,Fu,P.,2018.Stablesulfurisotoperatiosandchemicalcompositionsoffineaerosols(PM2.5)inBeijing,China.ScienceofTheTotalEnvironment633,1156-1164.
56.Zhu,G.,Xiao,H.,Guo,Q.,etal.,2018.EffectsofcadmiumstressongrowthandaminoacidmetabolismintwoCompositaeplants.EcotoxicologyandEnvironmentalSafety158,300-308.
57.Deng,Y.,Ren,J.,Guo,Q.*,etal.,2018.GeochemistryCharacteristicsofREY-RichSedimentfromDeepSeainWesternPacific,andtheirIndicativesignificance.ActaPetrologicaSinica34(3),733-747.
58.Zhu,G.,Xiao,H.,Guo,Q.,etal.,2018.Heavymetalcontentsandenrichmentcharacteristicsofdominantplantsinwastelandofthedownstreamofalead-zincminingareainGuangxi,SouthwestChina.EcotoxicologyandEnvironmentalSafety151,266-271.
60.Guo,Q.*,Zhu,G.,etal.,2017.Spatialvariationandenvironmentalassessmentofsoilorganiccarbonisotopesfortracingsourcesinatypicalcontaminatedsite.JournalofGeochemicalExploration175,11-17.
61.Guo,Q.*,Deng,Y.,etal.,2017.CarbonatecarbonisotopeevolutionofseawateracrosstheEdiacaran–Cambriantransition:EvidencefromtheKepingarea,TarimBasin,North-WestChina.GeologicalMagazine154(6),1244-1256.
62.Zhu,G.,Guo,Q.*,etal.,2017.MultivariatestatisticalandleadisotopicanalysesapproachtoidentifyheavymetalsourcesintopsoilfromtheindustrialzoneofBeijingCapitalIronandSteelFactory.EnvironmentalScienceandPollutionResearch,DOI:10.1007/s11356-017-9055-9.
63.Deng,Y.,Ren,J.,Guo,Q.*,etal.,2017.RareearthelementgeochemistrycharacteristicsofseawaterandporewaterfromdeepseainwesternPacific.ScientificReports.www.nature.com/articles/s41598-017-16379-1.
64.Hu,J.,Liu,C.*,Guo,Q.*,etal.,2017.Characteristics,sourcesandecologicalriskassessmentofPAHsintheSonghuaRiverBasin,NortheastChina.EnvironmentalScienceandPollutionResearch.DOI:10.1007/s11356-017-9057-7.
65.Wei,R.,Guo,Q.*,etal.,2017.ChromatographicSeparationofCdfromPlantsviaAnionExchangeResinforIsotopeDeterminationbyMultipleCollectorICP-MS.AnalyticalSciences33,335-341.
67.Chen,S.,Guo,Z.Y.,Guo,Z.B.*,Guo,Q.*,etal.,2017.Sulfurisotopicfractionationanditsimplication:SulfateformationinPM2.5andcoalcombustionunderdifferentconditions．AtmosphericResearch,DOI:10.1016/j.atmosres.2017.04.034.
68.Wang,J.,Guo,Z.,Shen,X.,Guo,Q.,etal.,2017.Gammairradiation-induceddecompositionofsulfamethoxazoleinaqueoussolution:theinfluenceofadditives,biologicalinhibitory,anddegradationmechanisms.EnvironmentalScienceandPollutionResearch24,23658–23665.
70.Guo,Z.Y.,Li,J.,Guo,Z.B.,Guo,Q.,etal.,2017.Phosphorusremovalfromaqueoussolutioninparentandaluminum-modifiedeggshells:thermodynamicsandkinetics,adsorptionmechanism,anddiffusionprocess.EnvironmentalScienceandPollutionResearch,DOI:10.1007/s11356-017-9072-8.
71.Liu,J.,Li,S.,Zhong,J.,Zhu,X.,Guo,Q.,etal.,2017.SulfatesourcesconstrainedbysulfurandoxygenisotopiccompositionsintheupperreachesoftheXijiangRiver,China.ActaGeochim,DOI10.1007/s11631-017-0175-1.
72.Guo,Q.*,Zhu,G.,etal.,2016.TracingthesourcesofsulfurinBeijingsoilwithstablesulfurisotopes.JournalofGeochemicalExploration161,112-118.
73.Guo,Q.*,Deng,Y.,etal.,2016.REEandtraceelementpatternsfromorganic-richrocksoftheEdiacaran-Cambriantransitionalinterval.GondwanaResearch36,94-106.
74.Han,X.,Guo,Q.*,Liu,C.,etal.,2016.EffectofthepollutioncontrolmeasuresonPM2.5duringthe2015ChinaVictoryDayParade:implicationfromwater-solubleionsandsulfurisotope.EnvironmentalPollution218,230-241.
75.Han,X.,Guo,Q.*,Liu,C.,etal.,2016.UsingstableisotopestotracesourcesandformationprocessesofsulfateaerosolsfromBeijing,China.ScientificReports,www.nature.com/articles/srep29958.
76.Tian,L.,Guo,Q.*,etal.,2016.ResearchandapplicationofmethodofoxygenisotopeofinorganicphosphateinBeijingagriculturalsoils.EnvironmentalScienceandPollutionResearch,DOI:10.1007/s11356-016-7482-7.
77.Zhang,H.,Guo,Q.*,etal.,2016.ComparisonofchelatesforenhancingRicinuscommunisL.phytoremediationofCdandPbcontaminatedsoil.EcotoxicologyandEnvironmentalSafety133,57-62.
78.Wei,R.,Guo,Q.*,etal.,2016.FractionationofStableCadmiumIsotopesintheCadmiumTolerantRicinuscommunisandHyperaccumulatorSolanumnigrum.ScientificReports,DOI:10.1038/srep24309.
79.Zhu,G.,Guo,Q.*,Chen,T.,etal.,2016.ChemicalandsulfurisotopiccompositionofprecipitationinBeijing,China.EnvironmentalScienceandPollutionResearch23,5507-5515.
80.Rodler,A.S.,Hohl,S.V.,Guo,Q.,Frei,R.,2016.ChromiumisotopestratigraphyofEdiacarancapdolostones,DoushantuoFormation,SouthChina.ChemicalGeology436,24-36.
81.YangJ.,Guo,Q.*,etal.,2016.Interactionbetweensulfurandleadintoxicity,ironplaqueformationandleadaccumulationinriceplant.EcotoxicologyandEnvironmentalSafety128,206-212.
82.Okoli,C.P.,Adewuyi,G.O.,Zhang,Q.,Guo,Q.,2016.QSARaideddesignanddevelopmentofbiopolymer-1basedSPEphaseforliquidchromatographicanalysisofpolycyclicaromatichydrocarbonsinenvironmentalwatersamples.RSCAdvances,DOI:10.1039/C6RA10932B.
83.Hu,J.,Liu,C.,Zhang,G.,Zhang,Y.,Liu,B.,Guo,Q.,2016.Distributioncharacteristicsandsourceapportionmentofpolycyclicaromatichydrocarbons(PAHs)intheLiaoRiverdrainagebasin,northeastChina.EnvironmentalMonitoringandAssessment188(227),1-12.
84.Hohl,S.,Becker,H.,Herzlieb,S.,Guo,Q.,2015.MultiproxyconstraintsonalterationandprimarycompositionsofEdiacarandeep-watercarbonaterocks,YangtzePlatform,SouthChina.GeochimicaetCosmochimicaActa.163,262-278.
85.Wang,D.,Struck,U.,Ling,H.,Guo,Q.,etal.,2015.NitrogenisotopestudyofblackshalesduringEarlyCambrianonYangtzeplatform,SouthChina.PrecambrianResearch267209-226.
86.Yang,J.,Guo,Q.*,etal.,2015.Redmud(RM)-InducedEnhancementofIronPlaqueFormationReducesArsenicandMetalAccumulationinTwoWetlandPlantSpecies.InternationalJournalofPhytoremediation18(3),269-277.
87.Peters,M.,Guo,Q.*,etal.,2015.Geochemicalandmultiplestableisotope(N,O,S)investigationontapandbottledwaterfromBeijing,China.JournalofGeochemicalExploration157,36–51.
88.Zhang,H.,Guo,Q.*,etal.,2015.SubcellularCadmiumdistributionandantioxidantenzymaticactivitiesintheleavesoftwocastor(RicinuscommunisL.)cultivarsexhibitdifferencesinCdaccumulation.EcotoxicologyandEnvironmentalSafety120,184-192.
89.Wei,R.,Guo,Q.*,etal.,2015.AnalyticalMethodforPreciseDeterminationofCadmiumIsotopicCompositioninPlantSamplesusingMultipleCollectorInductivelyCoupledPlasmaMassSpectrometry.AnalyticalMethods7,2479-2487.
90.Zhu,G.,Guo,Q.*,Yang,J.,Zhang,H.,Wei,R.,Wang,C.,Peters,M.,etal.,2015.Washingofheavymetalsfromcontaminatedsoilsfromanironandsteelsmeltingsite.FrontiersofEnvironmentalScience&Engineering9(4),634-641.
92.Okoli,C.P.,Adewuyi,G.O.,Zhang,Q.,Zhu,G.,Wang,C.,Guo,Q.*,2015.Aqueousscavengingofpolycyclicaromatichydrocarbonsusingepichlorohydrin,1,6-hexamethylenediisocyanateand4,4-methylenediphenyldiisocyanatemodifiedstarch:pollutionremediationapproach.ArabianJournalofChemistry,DOIinformation:10.1016/j.arabjc.2015.06.004.
93.Guo,Q.*,Strauss,H.,Zhao,Y.,Yang,X.,Peng,J.,Yang,Y.,Deng,Y.,2014.ReconstructingmarineredoxconditionsforthetransitionbetweenCambrianSeries2andCambrianSeries3,Kailiarea,YangtzePlatform:Evidencefrombiogenicsulfuranddegreeofpyritization.Palaeogeogr.Palaeoclimatol.Palaeoecol.398,144-153.
94.Zhang,H.,Guo,Q.*,etal.,2014.CadmiumAccumulationandToleranceofTwoCastorCultivarsinRelationtoAntioxidantSystems.JournalofEnvironmentalSciences26,2048-2055.
95.Okoli,C.P.,Adewuyi,G.O.,Zhang,Q.,Diagboya,P.D.,Guo,Q.*,2014.Mechanismofdialkylphthalatesremovalfromaqueoussolutionusing
96.Okoli,C.P.,Guo,Q.,etal.,2014.Applicationofquantumdescriptorsforpredictingadsorptionperformanceofstarchandcyclodextrinadsorbents.CarbohydratePolymers101,40-49.
97.Zhao,Y.,Yuan,J.,Guo,Q.,etal.,2014.CommentsonsomeimportantissuesconcerningtheestablishmentofaGSSPforCambrianStage5.GFF136(1),333-336.
98.Guo,Q.*,Strauss,H.,Chen,T.,Zhu,G.,Yang,J.,Lei,M.,Zhou,X.,Peters,M.,Xie,Y.,Zhang,H.,Wei,R.,Wang,C.,2013.TracingthesourceofBeijingsoilorganiccarbon:acarbonisotopeapproach.EnvironmentalPollution176,208-214.
99.Guo,Q.*,Strauss,H.,Zhu,M.,etal.,2013.HighresolutionorganiccarbonisotopestratigraphyfromaslopetobasinalsettingontheYangtzePlatform,SouthChina:ImplicationsfortheEdiacaran–Cambriantransition.PrecambrianResearch225,209-217.
100.Guo,Q.*,Deng,Y.,Strauss,H.,2013.REEandtraceelementpatternsacrosstheEdiacaran-Cambriantransition,SouthChina.Goldschmidt2013ConferenceAbstracts,1234.
101.Peters,M.,Guo,Q.*,Strauss,H.,Zhu,G.,2013.GeochemicalandmultipleisotopeinvestigationontapandriverwateroftheBeijingurbanarea.Goldschmidt2013ConferenceAbstracts,1954.
102.Zhu,G.,Guo,Q.*,Strauss,H.,Peters,M.,2013.TracingthesourcesofsulfurinBeijingrainwaterwithstableisotopes.Goldschmidt2013ConferenceAbstracts,2614.
103.Hohl,S.V.,Becker,H.,Herzlieb,S.,Guo,Q.,Gamper,A.,2013.Multi-proxystudyofshallow-anddeep-waterDoushantuocarbonates,YangtzePlatform,SouthChina.Goldschmidt2013ConferenceAbstracts,1311.
104.Guo,Q.*,Deng,Y.,2012.CarbonisotopicevolutionoftheLateEdiacaranGaojiashanbiotaonthenorthernYangtzePlatform,SouthChina.ActaGeologicaSinica86(6),1447-1454.
105.Yang,X.,Zhao,Y.,Guo,Q.,Yang,H.,2012.Geochemistryofthetraceelementsandrare-earthelementsattheboundarybetweenCambrianSeries2andSeries3atJianshan,SouthChina:Paleoenvironmentalandstratigraphicimplications.ChineseJournalofGeochemistry31(4),465-475.
106.Guo,Q.*,Strauss,H.,Chen,T.,Yang,J.,Zhu,G.,Liu,C.,2011.ContrastingSulfurisotopicprofilesinindustrialandnon-industrialBeijingsoils.AppliedGeochemistry26(supp.1),S187.
107.Xie,Y.,Chen,T.,Lei,M.,Yang,J.,Guo,Q.,etal.,2011.Spatialdistributionofsoilheavymetalpollutionestimatedbydifferentinterpolationmethods:Accuracyanduncertaintyanalysis.Chemosphere82,468-476.
108.Guo,Q.*,Strauss,H.,Liu,C.,etal.,2010.AnegativecarbonisotopeexcursiondefinesthetransitionfromCambrianSeries2toCambrianSeries3ontheYangtzePlatform,SouthChina.Palaeogeogr.Palaeoclimatol.Palaeoecol.285,143-151.
109.Guo,Q.*,Strauss,H.,Liu,C.,etal.,2010.Corrigendumto“AnegativecarbonisotopeexcursiondefinestheboundaryfromCambrianSeries2toCambrianSeries3ontheYangtzePlatform,SouthChina”.Palaeogeography,Palaeoclimatology,Palaeoecology285(2010)143–151.Palaeogeogr.Palaeoclimatol.Palaeoecol.288,118.
110.Guo,Q.*,Strauss,H.,Kaufman,A.J.,Schrder,S.,Gutzmer,J.,Wing,B.,Baker,M.A.,Bekker,A.,Jin,Q.,Kim,S.–T.,Farquhar,J.,2009.ReconstructingEarth’ssurfaceoxidationacrosstheArchean-Proterozoictransition.Geology37(5),399-402.
111.Guo,Q.*,Strauss,H.,Liu,C.,etal.,2009.SulphidesulphurandcarbonatecarbonisotopicevolutionoftheCambrianSeries2and3,SouthChina.GeochimicaetCosmochimicaActa73,Suppl.S(13),p.A479-A479.
112.Guo,Q.*,Shields,G.,Liu,C.,Strauss,H.,Goldberg,T.,Pi,D.,2007.TraceelementchemostratigraphyoftwoEdiacaran-CambriansuccessionsinSouthChina:implicationsfororganosedimentarymetalenrichmentandsilicificationintheEarlyCambrian.Palaeogeogr.Palaeoclimatol.Palaeoecol.254,194-216.
113.Guo,Q.*,Strauss,H.,Liu,C.,Goldberg,T.,Zhu,M.,Heubeck,C.,Pi,D.,Vernhet,E.,Yang,X.,Fu,P.,2007.CarbonisotopicevolutionoftheterminalNeoproterozoicandEarlyCambrian:evidencefromtheYangtzePlatform,SouthChina.Palaeogeogr.Palaeoclimatol.Palaeoecol.254,140-157.
114.Guo,Q.*,StraussH,SchroderS,GutzmerJ.,2007.ThesulphurisotopicevolutionoflateNeoarcheanandearlyPaleoproterozoicseawater.GeochimicaEtCosmochimicaActa71,Suppl.S(15),A363-A363.
115.Guo,Q.*,Liu,C.,Strauss,H.,Goldberg,T.,Zhu,M.,etal.,2006.OrganicCarbonIsotopeGeochemistryoftheNeoproterozoicDoushantuoFormation,SouthChina.ActaGeologicaSinica80(5),670-683.
116.Guo,Q.*,Strauss,H.,Liu,C.,Zhao,Y.,etal.,2005.CarbonandoxygenisotopiccompositionofLowertoMiddleCambriansedimentsatTaijiang,GuizhouProvince,China.GeologicalMagazine142(6),723-733.
117.Guo,Q.*,Liu,C.,Strauss,H.,Goldberg,T.,etal.,2003.IsotopicevolutionoftheterminalNeoproterozoicandearlyCambriancarboncycleonthenorthernYangtzePlatform,SouthChina.ProgressinNaturalScience13(12),942-945.
118.Cremonese,L.,Struck,U.,Shields,G.,Guo,Q.,Ling,H.,Och,L.,2009.deltaN-15chemostratigraphyofEdiacaran-CambriansectionsofSouthChina.GeochimicaEtCosmochimicaActa73(13),A251-A251.
119.Zhao,Y.,Yuan,J,Peng,S.,LorenE.B.,Peng,J,Guo,Q.,Lin,J.,Tai,T.,Yang,R.,Wang,Y.,2008.AnewsectionofKailiFormation(Cambrian)andabiostratigraphicstudyoftheboundaryintervalacrosstheundefinedCambrianSeries2andSeries3atJianshan,Chuandongvillage,JianheCounty,ChinawithadiscussionofglobalcorrelationbasedonthefirstappearancedatumofOryctocephalusindicus(Reed,1910).ProgressinNaturalScience18,1549-1556.
120.Goldberg,T.,Strauss,H.,Guo,Q.,Liu,C.,2007.ReconstructingmarineredoxconditionsfortheEarlyCambrianYangtzePlatform:evidencefrombiogenicsulphurandorganiccarbonisotopes.Palaeogeogr.Palaeoclimatol.Palaeoecol.254,175-193.
121.Yang,X.,Zhu,M.,Guo,Q.,Zhao,Y.,2007.OrganicCarbonIsotopicEvolutionduringtheEdiacaran-CambrianTransitionIntervalinEasternGuizhou,SouthChina:PaleoenvironmentalandStratigraphicImplications.ActaGeologicaSinica(EnglishEdition)81(2),194-203.
123.Zhao,Y.,Yuan,J.,Peng,S.,Yang,X.,Peng,J.,Lin,J.,Guo,Q.,2006.ArestudyofOryctocephalusindicus(Reed,1910).ProgressinNaturalScience16(11),1177-1182(SCI).
124.Zhao,Y.,Yuan,J.,Peng,S.,Guo,Q.,etal.,2004.ProposalandprospectsfortheglobalLower-MiddleCambrianboundary.ProgressinNaturalScience14(12),1033-1038(SCI).
125.Goldberg,T.,Strauss,H.,Guo,Q.,Liu,C.,2003.ThelateNeoproterozoictoearlyCambriansulphurcycle：AnisotopicinvestigationofsedimentaryrocksfromtheYangtzePlatform.ProgressinNaturalScience13(12)，946-950(SCI).
126.姜宇，郭庆军*，邓义楠，2022.长江流域沉积物和土壤重金属分布规律研究进展.生态学杂志，1-14.
127.张琦，郭庆军*，陶正华，2021.长江流域汞的生物地球化学研究进展.生态学杂志40(06)，1861-73.
128.董鑫媛，郭庆军*，魏荣菲，陶正华，田丽艳，2020.大气硝酸盐氧同位素异常及应用进展.生态学杂志39(3)，1022-1032.
129.柏杨，郭庆军*等，2018.大气硫循环模型研究进展.生态学杂志37(8)，2505-2514.
130.孔静，郭庆军*等，2017.锌稳定同位素分析方法及其在环境科学研究中的应用.生态学杂志36(6)，1718-1726.
131.田丽艳，郭庆军*，何会军等，2016.磷酸盐氧同位素技术在环境科学中的研究进展.生态学杂志35(7)，1947-1956.
133.张晗芝，郭庆军*，杨俊兴，陈同斌等，2015.镉胁迫下蓖麻对镉及矿质元素的富集特征.生态环境学报24(2)，323-328.
134.张晗，王佳妮，郭庆军，张娴，朱永官，2015.土壤磷酸盐氧同位素分析方法和应用研究进展.土壤学报52(1)，19-27.
135.魏荣菲，郭庆军*等，2014.镉同位素技术在环境科学研究中的应用进展.生态学杂志33(2)，525-536.
137.杨俊兴，任红艳，郭庆军等，2014.湿地植物通气组织和渗氧对其重金属吸收和耐性研究进展.土壤46(3)，394-401.
138.朱光旭，郭庆军*等，2013.北京市南沙河沉积物重金属污染特征及风险评价.生态学杂志32(8)，2148-2153.
139.朱光旭，郭庆军*，陈同斌，杨俊兴，张晗芝，魏荣菲，王春雨，Peters，M.，2013.淋洗剂对多金属污染尾矿土壤的修复效应及技术研究.环境科学34(9)，3690-3696.
140.杨兴莲，朱茂炎，赵元龙，张俊明，郭庆军，皮道会，2008.黔东震旦系—下寒武统黑色岩系稀土元素地球化学特征.地质论评54(1)，3-15.
141.郭庆军*，陈同斌等，2011.利用有机碳同位素组成辨识土壤污染过程的方法初探.环境科学32(10)，327-331.
142.郭庆军*，陈同斌等，2011.利用不同形态硫同位素组成辨识土壤污染过程的方法初探.环境科学学报31(8)，1730-1735.
143.李艳梅，雷梅，陈同斌，杨军，周小勇，郭庆军，马杰，2011.钢铁工业遗留场地土壤重金属洗脱剂筛选研究.生态环境学报20(4)，696-700.
144.李小燕，陈同斌，雷梅，郭庆军等，2010.不同土地利用方式下北京城区土壤的重金属累积特征.环境科学学报30(11)，2285-2293.
招生专业：环境科学
招生方向：环境地球化学、环境质量与环境修复
通讯地址：北京朝阳区大屯路甲11号中国科学院地理科学与资源研究所邮编：100101