个人简历

王中良,男，1970年11月生，理学博士，研究员，博士生导师，天津市特聘教授，教育部新世纪人才。1994年7月毕业于吉林大学地球科学学院，获学士学位。1997年8月和2001年8月分别于中国科学院地球化学研究所获理学硕士和博士学位。2002年3月至2004年3月，在日本国立放射线医学综合研究所做JSPS博士后、客座研究员。2001年8月起，任中国科学院地球化学研究所副研究员。2004年11月起，任中国科学院地球化学研究所研究员、博士生导师、学位委员会委员。2009年6月起，因中科院与天津市“院地合作”需要调入天津师范大学工作，任天津市水资源与水环境重点实验室常务副主任。2011年5月起，任天津师范大学城市与环境科学学院院长。

主要从事全球变化及人类活动影响下流域水资源与生态环境变迁研究。主要利用地球化学示踪、水文水资源模型和生态学等研究手段，探讨地球表生水体中的微观和宏观地球化学过程，从而讨论与之相关的流域风化过程、全球变化及其区域响应、全球生物地球化学循环、水污染及污染物迁移转化机理等生态环境效应问题。目前主要以天津海岸带为对象，针对水资源短缺、水质污染与咸化、湿地生态功能退化、海水入侵与土壤盐渍化等对区域生态环境安全构成严重威胁的资源与环境问题，开展环境机理与恢复修复技术研究，为天津区域经济发展提供环境和资源保障。先后到长江流域、中国东海、日本、美国关岛、南太平洋和赤道太平洋、印度洋、菲律宾群岛及夏威夷群岛等地进行野外工作。
2000年11月获中国科学院刘永龄奖学金一等奖，2002年3月获日本学术振兴会（JSPS）PostdoctoralFellowship，2004年10月获贵州省科学技术进步一等奖（排名11），2005年6月获中国科学院“西部之光”联合学者，2009年5月获天津市特聘教授称号，2010年8月获中国侨界贡献奖（创新人才），2011年5月获教育部新世纪优秀人才支持计划，2011年12月入选天津市“131”创新型人才培养工程第一层次人选，2012年10月入选天津市高校“学科领军人才培养计划”，2013年4月获天津市五一劳动奖章和奖状，2013年12月入选天津市高等学校“创新团队培养计划”，2014年7月获天津市“创新人才推进计划”中青年科技创新领军人才称号。
目前是教育部高等学校教学指导委员会委员（地理学类专业）；中国自然资源学会资源持续利用与减灾专业委员会委员；中国矿物岩石地球化学学会终身会员；天津市地理学会副理事长；天津市重点学科“地理学”学术带头人；天津市环境科学学会常务理事；农业部环境保护科研监测所学术委员会委员；《天津师范大学学报（自然科学版）》编委；《农业资源与环境学报》编委；天津市科学技术协会委员；天津市政协委员。

研究领域

全球变化及人类活动影响下流域水资源与生态环境变迁

近期论文

SCI论文：
1LiuTingyi,WangZhong-Liang*,etal.Manipulatingthemorphologyofnanoscalezero-valentirononpumiceforremovalofheavymetalsfromwastewater.ChemicalEngineeringJournal,2015,263:55-61.
2LiXue,WellenChristopher,LiuGuangxun,WangYuqiu*,WangZhong-Liang*.EstimationofnutrientsourcesandtransportusingSpatiallyReferencedRegressionsonWatershedAttributes:acasestudyinSonghuajiangRiverBasin,China.EnvironmentalSciencePollutionResearch,2014,DOI10.1007/s11356-014-3903-7
3ShaJian,SwaneyDennisP.,HongBongghi,WangJinnan,WangYuqiu*,WangZhong-Liang*.Estimationofwatershedhydrologicprocessesinaridconditionswithamodifiedwatershedmodel.JournalofHydrology,2014,519:3550-3556.
4XueD.,BoeckxP.,WangZ.*Nitratesourcesanddynamicsinasalinizedriverandestuary-aδ15N-NO3-andδ18O-NO3-isotopeapproach.Biogeosciences,2014,11:5957-5967.
5WangBaoli,LiuCong-Qiang,WangFushun,LiuXiao-Long,WangZhong-Liang.AdecreaseinpHdownstreamfromthehydroelectricdaminrelationtothecarbonbiogeochemicalcycle.EnvironmentalEarthScience,2014,DOI10.1007/s12665-014-3779-3.
6ZhangBing,SongXianfang,ZhangYinghua,HanDongmei,TangChangyuan,YangLihu,WangZhongliang,etal.AstudyoftheinterrelationbetweensurfacewaterandgroundwaterusingisotopesandchlorofluorocarbonsinSanjiangplain,NortheastChina.EnvironmentalEarthScience,2014,DOI10.1007/s12665-014-3279-5.
7WeiZhang,*Cong-QiangLiu,WangZhong-Liang,etal.SpeciationandIsotopicCompositionofSulfurinLimestoneSoilandYellowSoilinKarstAreasofSouthwestChina:ImplicationsofDifferentResponsestoAcidDeposition.JournalofEnvironmentalQuality,2014,DOI:10.2134/jeq201.
8WuGuanghong,ShangJingmin,PanLing,WangZhongliang.HeavymetalsinsurfacesedimentsfromnineestuariesalongthecoastofBohaiBay,NorthernChina.MarinePollutionBulletin,2014,82:194-200.
9WangYidong,WangZhong-Liang*,etal.Long-termeffectofagriculturalreclamationonsoilchemicalpropertiesofacoastalsalinemarshinBohaiRim,northernChina.PLOSONE,2014,9(4):e93727.doi:10.1371/journal.pone.0093727.
10LiuTingyi,WangZhong-Liang*,etal.Removalofmercury(II)andchromium(VI)fromwastewaterusinganewandeffectivecomposite:Pumice-supportednanoscalezero-valentiron.ChemicalEngineeringJournal,2014,245:34-40.
11WangYidong,WangHuimin*,WangZhong-Liang,etal.Effectoflitterlayeronsoil-atmosphereN2OfluxinasubtropicalpineplantationinChina.AtmosphericEnvironment,2014,82:106-112.
12BaiLi,WangZhong-Liang*.AnthropogenicinfluenceonrainwaterintheXi'anCity,NorthwestChina:Constraintsfromsulfurisotopeandtraceelementsanalyses.JournalofGeochemicalExploration,2014,137:65-72.
13YuYa-qin,WangZhong-liang*.SimpleandEfficientProcedureforHighlyDiastereoselectiveSynthesisoftrans-1,1-Disubstituted-2,6-diarylcyclohexane-4-ones.Chem.Res.Chin.Univ.,2013,29(6):1115-1118.
14LiNan,RenJing,ZhaoLin*,WangZhong-Liang*.RemovalofCr(VI)ionsfromwastewaterusingnanosizedferricoxyhydroxideloadedanionexchangeronafixed-bedcolumn.DesalinationandWaterTreatment,2013.DOI:10.1080/19443994.2013.811107.
15LiuTingyi,YangXi,WangZhong-Liang*,etal.Enhancedchitosanbeads-supportedFe0-nanoparticlesforremovalofheavymetalsfromelectroplatingwastewaterinpermeablereactivebarriers.WaterResearch,2013,47(17):6691-6700.
16LiNan,RenJing,ZhaoLin*,WangZhong-Liang.FixedBedAdsorptionStudyonPhosphateRemovalUsingNanosizedFeOOH-ModifiedAnionResin.JournalofNanomaterials,2013.DOI:10.1155/2013/736275.
17WangZhong-Liang*,LiuCong-Qiang,ZhuZhao-Zhou.Rareearthelementgeochemistryofwatersandsuspendedparticlesinalkalinelakesusingextractionandsequentialchemicalmethods.GeochemicalJournal,2013,47(6):639-649.
18ZhangWei,WangZhong-Liang*.Distributionsofsulfurformsandsulfate-reducingbacteriainlimestonesoilandyellowsoilinkarstareasofSouthwestChina.FreseniusEnvironmentalBulletin,2013,22(8a):2456-2466.
19WangYidong,WangHuimin,MaZeqing,DaiXiaoqin,WenXuefa,LiuYunfen,WangZhong-Liang.Thelitterlayeractsasamoisture-inducedbidirectionalbufferforatmosphericmethaneuptakebysoilofasubtropicalpineplantation.SoilBiology&Biochemistry,2013,66:45-50.
20WuGuanghong,YangCancan,GuoLan,WangZhongliang.CadmiumcontaminationinTianjinagriculturalsoilsandsediments:relativeimportanceofatmosphericdepositionfromcoalcombustion.EnvironGeochemHealth.,2013,35(3):405-416.
21YuYa-Qin,WangZhong-Liang*.Asimple,efficientandgreenprocedureforknoevenagelcondensationinwaterorundersolvent-freeconditions.J.Chin.Chem.Soc.,2013,60(3):288-292.
22LiuTingyi,ZhaoLin,WangZhong-Liang.RemovalofhexavalentchromiumfromwastewaterbyFe-0-nanoparticles-chitosancompositebeads:characterization,kineticsandthermodynamics.WaterScienceandTechnology,2012,66:1044-1051.
23WangY,WangH,WangZ.-L.,etal.OptimizingmanualsamplingscheduleforestimatingannualsoilCO2effluxinayoungexoticpineplantationinsubtropicalChina.EuropeanJournalofSoilBiology,2012,52:41-47.
24ZhangW.,WangZ.L.*,WangM.Y.Analysesoftheverticalandtemporaldistributionsofsulfate-reducingbacteriainsedimentsofLakeErhai,SouthwestChina.Res.J.Chem.Environ.,2012,16(3):44-51.
25ZhuZhaozhou*,WangZhongliang,etal.Distributionofrareearthelementsinsewage-irrigatedsoilprofilesinTianjin,China.JournalofRareEarths,2012,30(6):609-613.
26LiuT.,WangZ.-L.*,etal.Enhancedchitosan/Fe0-nanoparticlesbeadsforhexavalentchromiumremovalfromwastewater.ChemicalEngineeringJournal,2012,189/190:196-202.
27WangY.,WangZ.-L.*,etal.RainfallpulseprimarilydriveslitterfallrespirationanditscontributiontosoilrespirationinayoungexoticpineplantationinsubtropicalChina.CanadianJournalofForestResearch,2012,42:657-666.
28WangZ.-L.*,YangXi.,BaiLi.IsotopiccompositionandpotentialsourcesofsulfateintwowatersupplyreservoirsoftheGuiyangCity,SouthwesternChina.FreseniusEnvironmentalBulletin,2011,20(11a):2984-2991.
29LiuXiao-Long*,LiuCong-Qiang*,LiSi-Liang,WangFu-Shun,WangBao-Li,WangZhong-Liang.Spatiotemporalvariationsofnitrousoxide(N2O)emissionsfromtworeservoirsinSWChina.AtmosphericEnvironment,2011,45:5458-5468.
30SongLiuting*,LiuCong-Qiang,WangZhong-Liang,ZhuXiangkun,TengYanguo,WwangJinsheng,TangSuohan,LiJin,LiangLili.Ironisotopecompositionsofnaturalriverandlakesamplesinthekarstarea,GuizhouProvince,SouthwestChina.ActaGeologicaSinica,2011,85(3):712-722.
31SongLiuting,LiuCong-Qiang*,WangZhong-Liang,etal.Jin.Ironisotopefractionationduringbiogeochemicalcycle:Informationfromsuspendedparticulatematter(SPM)inAhaLakeanditstributaries,Guizhou,China.ChemicalGeology,2011,280:170-179.
32YueFujun*,LiuXiaolong*,LiJun,ZhuZhaozhou,WangZhongliang.UsingNitrogenIsotopicApproachtoIdentifyNitrateSourcesinWatersofTianjin,China.Bull.Environ.Contam.Toxicol.,2010,85:562-567.
33WangZ.-L.*,LiuC.-Q.Geochemistryofrareearthelementsinthedissolved,acid-solubleandresidualphasesinsurfacewatersoftheChangjiangEstuary.JournalofOceanography,2008,64(3):407-416.
34YamadaM.*,ZhengJ.,WangZ.-L.240Pu/239PuatomratiosinseawaterfromSagamiBay,westernNorthwestPacificOcean:sourcesandscavenging.JournalofEnvironmentalRadioactivity,2007,98:274-284.
35WangZ.-L.*,ZhangJ.,LiuC.-Q.StrontiumisotopiccompositionsofdissolvedandsuspendedloadsfromthemainchanneloftheYangtzeRiver.Chemosphere,2007,69(7):1081-1088.
36WangZ.-L.*,YamadaM.GeochemistryofDissolvedRareEarthElementsintheEquatorialPacificOcean.EnvironmentalGeology,2007,52:779-787.
37YamadaM.*,WangZ.-L.137CsinthewesternSouthPacificOcean.ScienceoftheTotalEnvironment,2007,382(2-3):342-350.
38SongZ.-L.,LiuC.-Q.,HanG.-L.,WangZ.-L.,etal.EnrichmentandReleaseofRareEarthElementsduringWeatheringofSedimentaryRocksinWujiangCatchments,SouthwestChina.J.rareearths,2006,24:491-496.
39YamadaM.*,WangZ.-L.,ZhengJ.Theextremelyhigh137CsinventoryintheSuluSea:apossiblemechanism.JournalofEnvironmentalRadioactivity,2006,90:163-171.
40YamadaM.*,ZhengJ.,WangZ.-L.137Cs,239+240Puand240Pu/239PuatomratiosinthesurfacewatersofthewesternNorthPacificOcean,easternIndianOceanandtheiradjacentseas.ScienceoftheTotalEnvironment,2006,366(1):242-252.
41YamadaM.*,WangZ.-L.,andKatoY.PrecipitationofauthigenicuraniuminsuboxiccontinentalmarginsedimentsfromtheOkinawaTrough.Estuarine,CoastalandShelfScience,2006,66:570-579.
42ZhuZ.-Z.,LiuC.-Q.,WangZ.-L.,etal.InorganicSpeciationofRareEarthElementsinChaohuandLongganhuLakes,EastChina.J.rareearths,2005,23(6):768-772.
43WangZ.-L.,YamadaM.*Plutoniumactivitiesand240Pu/239PuatomratiosinsedimentcoresfromtheEastChinaSeaandOkinawaTrough:Sourcesandinventories.EarthPlanet.Sci.Lett.,2005,233:441-453.
44ZhengJ.*,YamadaM.,WangZ.L.,etal.DeterminationofplutoniumanditsisotopicratioinmarinesedimentsamplesusingquadrupoleICP-MSwiththeshieldtorchsystemundernormalplasmaconditions.Anal.Bioanal.Chem.2004,379:532-539.
45WangZ.-L.,LiuC.-Q.*Distributionandpartitionbehaviorofheavymetalsbetweendissolvedandacid-solublefractionsalongasalinitygradientintheChangjiangEstuary,easternChina.ChemicalGeology,2003,202:383-396.
46YamadaM.,AonoT.,WangZ.L.Seasonalvariationof239+240PufluxesinthewesternequatorialPacific.Geochim.Geochim.Acta.,2003，67(18,Sup.1):A547.
47WangZL*,LiuCQ,etal.StrontiumisotopicgeochemistryoftheChangjiangestuarinewaters:Implicationsforwater-sedimentinteraction.ScienceinChina(SeriesE),2001,44(Sup):129-133.
48WangZ.L.*,LiuC.Q.DistributionsofdissolvedRareEarthElementsduringestuarinemixingattheChangjiangRivermouth.ChineseScienceBulletin,2000,45(19)：1795-1799.
49WangZL*,LiuCQ.Two-stagecorrelationbetweenpHandREEconcentrationsandpatternsinrivers.ChineseScienceBulletin,1999,Vol44(SupNo2)：106-107.
EI论文：
1LiuTingyi,WangZhong-Liang,YanXiaoxing.EnhancedCr(VI)RemovalfromLandfillLeachatesusingNanoscaleZero-valentIron.AdvancedMaterialsResearch,2014,905:12-18.doi:10.4028/www.scientific.net/AMR.905.12.
2SongLiuting,LiuCongqiang*,WangZhongliang,etal.SeasonalvariationsinsulfurisotopiccompositionofdissolvedSO42-intheAhaLake,Guiyangandtheirimplications.ChineseJournalofGeochemistry,2011,30(4):444-452.
3XiaoYingkai,LiaoBuyong,WangZhongliang,etal.Isotopiccompositionofdissolvedboronanditsgeochemicalbehaviorinafreshwater-seawatermixtureattheestuaryoftheChangjiang(Yangtze)River.ChineseJournalofGeochemistry,2007,26(2):105-113.
4朱兆洲，刘丛强，王中良等.龙感湖稀土元素的地球化学特征.水科学进展,2006,17(6):792-796.
5宋照亮，刘丛强，韩贵琳，王中良等.乌江流域沉积岩风化过程中铀的富集与释放.环境科学,2006,27(11):2273-2278.
6LiuZhanmin,LiuCongqiang,HanGuilin,WangZhongliang,etal.EnvironmentalGeochemistryofCalciumIsotopes:ApplicationofaNewStableIsotopeApproach.ChineseJournalofGeochemistry,2006,25(4):184-194.
7ZhuJianming,ZhengBaoshan,WangZhongliang,etal.DistributionofSeleniuminCornandItsRelationshipWithSoilSeleniuminYutangbaMini-Landscape.ChineseJournalofGeochemistry,2000,19(2):161-166.
8朱建明,郑宝山,王中良等.渔塘坝微地域中玉米硒的分布及其与土壤硒的关系.环境科学,1999,20（4）：38-41.
9朱建明,郑宝山,王中良等.渔塘坝微地域高Se环境中土壤Se的分布规律及其影响因素.环境科学,1998,19（6）：33-36.
国际会议摘要：
1王中良*，李璐，杨曦.天津地理与生态环境变迁研究.2014年海峡两岸沿海地区资源、环境与可持续发展研讨会论文集，P.308.2014年10月31-11月3,中国天津，P.1-11.
2XueDongmei,WangZhongliang,BaetsB.D.,BoeckxP.Classificationofnitratepollutingactivitiesthroughclusteringofisotopemixingmodeloutputs.The21stInternationalSymposiumonEnvironmentalBiogeochemistry,October13-18,2013,Wuhan,China,520-528.
3王中良，杨曦，薛冬梅，李军.海水入侵对天津地表水环境的影响及未来发展趋势研究.2012年海峡两岸沿海区资源、环境与永续发展学术研讨会论文集，P.460.2012年12月10-15,中国台北，P.314-321.
4Song,L.T.,Liu,C.-Q.,Wang,Z.-L.,etal.Ironisotopefractionationsunderdifferentdigeneticenvironmentsinlakesediments.ConferenceonGoldschmidt2010-Earth,Energy,andtheEnvironment,Knoxville,TN,GeochimicaetCosmochimicaActa,74(supplement1):A977-A977,2010/6/13-2010/6/18.
5WangZhongliang,LiuCongqiang,ZhuZhaozhou.Aqueousgeochemistryofrare-earthelementsinkarstLakes,southwesternChina.Abstractforthe7thInternationalSymposiumonEnvironmentalGeochemistry,Beijing,China.September24-27,2006.ChineseJournalofGeochemistry,2006,25(Suppl.):171.
6ZhengHouyi,LiuCongqiang,WangZhongliang.Theeffectofaciddepositiononbasecationcyclinginakarstic-forestedcatchment:Evidencefromstrontiumisotopes.Abstractforthe7thInternationalSymposiumonEnvironmentalGeochemistry,Beijing,China.September24-27,2006.ChineseJournalofGeochemistry,2006,25(Suppl.):174.
7ZhuZhaozhou,LiuCongqiang,WangZhongliang,etal.REEgeochemistryofChaohuandLongganLakes,easternChina.Abstractforthe7thInternationalSymposiumonEnvironmentalGeochemistry,Beijing,China.September24-27,2006.ChineseJournalofGeochemistry,2006,25(Suppl.):150.
8WangZ.-L.andYamadaM.DissolvedRareEarthElementsintheEquatorialPacificOcean.AbstractfortheWesternPacificGeophysicsMeeting,Beijing,China.July24-27,2006：B41A-0050.
9YamadaM.,WangZ.L.,andZhengJ.HighCs-137InventoryintheSuluandSouthChinaSeas.AbstractfortheWesternPacificGeophysicsMeeting,Beijing,China.July24-27,2006：B41A-0056.
10WangZ.-L.andYamadaM.DeterminationofU,ThandPuinmarinesedimentsbyID-ICP-MSafterseparationusingion-exchangeresin.JOS(TheOceanographicSocietyofJapan)FallMeeting,Nagasaki,Japan,May20-24,2003,2003：265-266.
11WangZ.L.,LiuC.-Q.Water-particleandwater-sedimentinteractionsattheChangjiangestuary.Abstractforthe11thAnnualV.M.GoldschmidtConference,HotSpring,Virginia,USA.May20-24,2001.
12WangZL,LiuCQ.REEFractionationinwater-particleinteractionatChangjiang(Yangtze)Estuary.31stInternationalGeologicalCongress,2000,RiodeJaneiro,Brazil.
13WangZL,LiuCQ,ZhangJ.FirstdataonREEdistributionsintheChangjiangEstuary:Relativelylowconcentrationsandconservativebehavioratlowsalinityregion.InNinthAnnualV.M.GoldschmidtConference,1999,319-320.LpiContributionNo.971,LunarandPlanetaryInstitute,Houston,USA.
14ZhangJ,YamadaM,WangZL,LiuCQ,MaYJ.FirstdataonREEdistributionsintheChangjiangwater:WeatheringprocessesandfluxestotheEastChinaSea.Abstractforthe8thAnnualV.M.GoldschmidtConference,Toulouse,MineralogicalMagazine(Supplement),1998,62A：1693.