谢先军 - 中国地质大学(武汉)

个人简介

谢先军，教授，博士生导师。长期致力于天然劣质地下水的成因与改良、污染地下水（含土壤）修复等研究。围绕大同盆地和江汉平原高砷地下水的形成机理及其原位改良，开展了系统的地球化学、水文地球化学及环境同位素地球化学研究工作，并取得了一系列创新性成果和重要研究进展。先后承担国家自然科学基金及其它专项课题4项，作为骨干参与国家自然科学基金重点项目、科技部“863”项目各1项。以第一作者或通讯作者发表SCI论文三十余篇，申请国家发明专利5项。学术网页介绍 ResearchGate：https://www.researchgate.net/profile/Xianjun_Xie ResearcherID：http://www.researcherid.com/rid/C-4900-2011 科研项目 1、国家自然科学基金面上项目，地下水系统中硫氧化还原循环对砷迁移转化的影响研究、2018/01-2021/12，项目负责人 2、国家自然科学基金创新研究群体，环境水文地质、2016/01-2021/12，主要参与人 3、湖北省重大科技创新项目，地下水砷/铁原位联合去除关键技术与示范、2016/01-2018/12，项目负责人 4、国家自然科学基金面上项目，地表灌溉对浅层地下水系统中砷迁移富集的影响研究、2014/01-2017/12，项目负责人 5、国家自然科学基金重大国际（地区）合作研究项目，地热流体来源砷的环境生物地球化学研究、2012/01-2016/12，主要参与人 6、国家863高技术项目，天然劣质地下水修复与示范、2012/05-2014/12，主要参与人 7、国家自然科学基金项目青年科学基金项目，地下水系统中砷迁移富集过程的铁同位素示踪研究、2010/01-2012/12，项目负责人国家发明专利 [1]刘红杏,周彦兆,谢先军.一种浅层土壤取样省力装置[P].湖北：CN207662652U,2018-07-27. [2]谢先军,何俊蓉,冯宇.一种探究不同磁场对厌氧微生物影响的实验装置[P].湖北：CN207567241U,2018-07-03. [3]谢先军,冯宇,王志强,钱坤,皮坤福,王焰新,甘义群,李韬.一种基于调节CO2分压处理高硬度地下水的装置[P].湖北：CN207468305U,2018-06-08. [4]谢先军,张丽萍,柳亚清,王志强,皮坤福,马腾,王焰新,苏春利.一种基于表面原位镀铁技术的除砷方法[P].湖北：CN103880111A,2014-06-25. [5]谢先军,柳亚清,王志强,皮坤福,马腾,王焰新,苏春利.一种区域含水层原位镀铁除砷方法[P].湖北：CN103880142A,2014-06-25. 教育经历 [1]2005.9-2008.6 中国地质大学（武汉）|环境工程|工学博士学位|博士研究生 [2]2002.9-2005.6 中国地质大学（武汉）|同位素地球化学|理学硕士学位|硕士研究生 [3]1998.9-2002.6 中国地质大学（武汉）|地球化学|学士学位工作经历 [1]2019.4-至今中国地质大学（武汉）|环境学院|副院长 [2]2014.12-至今中国地质大学（武汉）|环境学院|教授 [3]2015.3-2016.3 美国路易斯安那州立大学|地质与地球物理系|访问学者 [4]2011.6-2011.12 美国伊利诺伊大学香槟分校|地质学|访问学者 [5]2010.12-2014.12 中国地质大学（武汉）|环境学院|副教授 [6]2008.7-2010.11 中国地质大学（武汉）|环境学院|讲师

研究领域

[1]地下水（土壤）污染修复 [2]同位素水文地球化学

近期论文

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Chi,Z.,Xie,X.*,Pi,K.,Wang,Y.,Li,J.,Qian,K.,2018.Theinfluenceofirrigation-inducedwatertablefluctuationonironredistributionandarsenicimmobilizationwithintheunsaturationzone.ScienceoftheTotalEnvironment,637–638:191-199. Xiao,Z.,Xie,X.*,Pi,K.,Yan,Y.,Li,J.,Chi,Z.,Qian,K.,Wang,Y.*,2018.Effectsofirrigation-inducedwatertablefluctuationonarsenicmobilizationintheunsaturatedzoneoftheDatongBasin,northernChina.JournalofHydrology,564:256-265. Pi,K.,Wang,Y.,Postma,D.,Ma,T.,Su,C.,Xie,X.*,2018.Verticalvariabilityofarsenicconcentrationsunderthecontrolofiron-sulfur-arsenicinteractionsinreducingaquifersystems.JournalofHydrology,561:200-210. Cao,H.,Xie,X.*,Wang,Y.,Pi,K.,Li,J.,Zhan,H.,2018.Predictingtheriskofgroundwaterarseniccontaminationindrinkingwaterwells.JournalofHydrology,560:318-325. Li,J.,Depaolo,D.J.,Wang,Y.*,Xie,X.,2018.CalciumisotopefractionationinasilicatedominatedCenozoicaquifersystem.JournalofHydrology,559:523-533. Pi,K.,Wang,Y.,Xie,X.*,Ma,T.,Su,C.,Liu,Y.,2016b.RoleofsulfurredoxcyclingonarsenicmobilizationinaquifersofDatongBasin,northernChina.AppliedGeochemistry,77:31-43. Li,J.,Zhou,H.,Wang,Y.*,Xie,X.,Qian,K.,2017b.Sorptionandspeciationofiodineingroundwatersystem:Therolesoforganicmatterandorganic-mineralcomplexes.JournalofContaminantHydrology,201:39-47. Qian,K.,Li,J.,Xie,X.*,Wang,Y.*,2017.OrganicandinorganiccolloidsimpactingtotaliodinebehavioringroundwaterfromtheDatongBasin,China.ScienceoftheTotalEnvironment,601-602:380-390. Li,J.*,Zhou,H.,Qian,K.,Xie,X.,Xue,X.,Yang,Y.,Wang,Y.*,2017a.FluorideandiodineenrichmentingroundwaterofNorthChinaPlain:Evidencesfromspeciationanalysisandgeochemicalmodeling.ScienceoftheTotalEnvironment,598:239-248. Pi,K.,Wang,Y.,Xie,X.*,Ma,T.,Liu,Y.,Su,C.,Zhu,Y.,Wang,Z.,2016a.Remediationofarsenic-contaminatedgroundwaterbyin-situstimulatingbiogenicprecipitationofironsulfides.WaterResearch,109:337-346. Xie,X.*,Pi,K.,Liu,Y.,Liu,C.,Li,J.,Zhu,Y.,Su,C.,Teng,M.,Wang,Y.*,2016b.In-situarsenicremediationbyaquiferironcoating:FieldtrialintheDatongbasin,China.JournalofHazardousMaterials,302:19-26. Xie,X.*,Liu,Y.,Pi,K.,Liu,C.,Li,J.,Duan,M.,Wang,Y.*,2016a.InsituFe-sulfidecoatingforarsenicremovalunderreducingconditions.JournalofHydrology,534:42-49. Xie,X.*,Wang,Y.*,Pi,K.,Liu,C.,Li,J.,Liu,Y.,Wang,Z.,Duan,M.,2015b.Insitutreatmentofarseniccontaminatedgroundwaterbyaquiferironcoating:Experimentalstudy.ScienceoftheTotalEnvironment,527-528C:38. Xie,X.*,Wang,Y.*,Li,J.,Yu,Q.,Wu,Y.,Su,C.,Duan,M.,2015a.EffectofirrigationonFe(III)-SO42-redoxcyclingandarsenicmobilizationinshallowgroundwaterfromtheDatongbasin,China:Evidencefromhydrochemicalmonitoringandmodeling.JournalofHydrology,523:128-138. Xie,X.*,Wang,Y.*,Li,J.,Wu,Y.,Duan,M.,2014c.Soilgeochemistryandgroundwatercontaminationinanarsenic-affectedareaoftheDatongBasin,China.EnvironmentalEarthSciences,71(8):3455-3464. Xie,X.*,Wang,Y.*,Ellis,A.,Liu,C.,Duan,M.,Li,J.,2014b.ImpactofsedimentaryprovenanceandweatheringonarsenicdistributioninaquifersoftheDatongbasin,China:Constraintsfromelementalgeochemistry.JournalofHydrology,519:3541-3549. Xie,X.*,Johnson,T.M.,Wang,Y.,Lundstrom,C.C.,Ellis,A.,Wang,X.*,Duan,M.,Li,J.,2014a.Pathwaysofarsenicfromsedimentstogroundwaterinthehyporheiczone:Evidencefromanironisotopestudy.JournalofHydrology,511(4):509-517. Wang,Y.*,Xie,X.*,Johnson,T.M.,Lundstrom,C.C.,Ellis,A.,Wang,X.,Duan,M.,Li,J.,2014.Couplediron,sulfurandcarbonisotopeevidencesforarsenicenrichmentingroundwater.JournalofHydrology,519:414-422. Li,J.,Wang,Y.*,Xie,X.,Zhang,L.,Guo,W.,2013b.Hydrogeochemistryofhighiodinegroundwater:acasestudyattheDatongBasin,northernChina.EnvironmentalScience:Processes&Impacts,15(4):848-859. Li,J.,Wang,Y.*,Guo,W.,Xie,X.,Zhang,L.,Liu,Y.,Kong,S.,2013a.IodinemobilizationingroundwatersystematDatongbasin,China:Evidencefromhydrochemistryandfluorescencecharacteristics.ScienceoftheTotalEnvironment,468-469(2):738-745. Xie,X.,Wang,Y.,Su,C.,Duan,M.,2013f.Effectsofrechargeanddischargeondelta2Handdelta18Ocompositionandchlorideconcentrationofhigharsenic/fluoridegroundwaterfromtheDatongBasin,northernChina.WaterEnvironmentResearchAResearchPublicationoftheWaterEnvironmentFederation,85(2):113-123. Xie,X.*,Wang,Y.*,Li,J.,Su,C.,Duan,M.,2013e.HydrogeochemicalandIsotopicInvestigationsonGroundwaterSalinizationintheDatongBasin,NorthernChina1.JawraJournaloftheAmericanWaterResourcesAssociation,49(2):402-414. Xie,X.,Wang,Y.,Ellis,A.,Su,C.,Li,J.,Li,M.,Duan,M.,2013d.Delineationofgroundwaterflowpathsusinghydrochemicalandstrontiumisotopecomposition:AcasestudyinhigharsenicaquifersystemsoftheDatongbasin,northernChina.JournalofHydrology,476(2):87-96. Xie,X.*,Wang,Y.*,Ellis,A.,Li,J.,Su,C.,Duan,M.,2013c.Multipleisotope(O,SandC)approachelucidatestheenrichmentofarsenicinthegroundwaterfromtheDatongBasin,northernChina.JournalofHydrology,498(18):103-112. Xie,X.*,Wang,Y.*,Duan,M.,Li,J.,2013b.ProvenanceandPaleoenvironmentImpactonArsenicAccumulationinAquiferSedimentsfromtheDatongBasin,China:ImplicationsfromElementGeochemistry&.ProcediaEarth&PlanetaryScience,7:904-907. Xie,X.*,Johnson,T.M.,Wang,Y.*,Lundstrom,C.C.,Ellis,A.,Wang,X.,Duan,M.,2013a.MobilizationofarsenicinaquifersfromtheDatongBasin,China:evidencefromgeochemicalandironisotopicdata.Chemosphere,90(6):1878-1884. Xie,X.,Wang,Y.*,Su,C.,Li,J.,Li,M.,2012b.Influenceofirrigationpracticesonarsenicmobilization:EvidencefromisotopecompositionandCl/BrratiosingroundwaterfromDatongBasin,northernChina.JournalofHydrology,424-425(6):37-47. Xie,X.,Wang,Y.*,Su,C.,2012a.HydrochemicalandSedimentBiomarkerEvidenceoftheImpactofOrganicMatterBiodegradationonArsenicMobilizationinShallowAquifersofDatongBasin,China.WaterAir&SoilPollution,223(2):483-498. Xie,X.,Wang,Y.*,Ellis,A.,Su,C.,Li,J.,Li,M.,2011.ThesourcesofgeogenicarsenicinaquifersatDatongbasin,northernChina:Constraintsfromisotopicandgeochemicaldata.JournalofGeochemicalExploration,110(2):155-166. Xie,X.,Wang,Y.*,Duan,M.,Xie,Z.,2009c.GeochemicalandenvironmentalmagneticcharacteristicsofhigharsenicaquifersedimentsfromDatongBasin,northernChina.EnvironmentalGeology,58(1):45-52. Xie,X.,Wang,Y.*,Duan,M.,Liu,H.,2009b.SedimentgeochemistryandarsenicmobilizationinshallowaquifersoftheDatongbasin,northernChina.EnvironmentalGeochemistry&Health,31(31):493-502. Xie,X.,Ellis,A.,Wang,Y.*,Xie,Z.,Duan,M.,Su,C.,2009a.Geochemistryofredox-sensitiveelementsandsulfurisotopesinthehigharsenicgroundwatersystemofDatongBasin,China.ScienceoftheTotalEnvironment,407(12):3823-3835. Xie,X.,Wang,Y.*,Su,C.,Liu,H.,Duan,M.,Xie,Z.,2008.ArsenicmobilizationinshallowaquifersofDatongBasin:Hydrochemicalandmineralogicalevidences.JournalofGeochemicalExploration,98(3):107-115.