1号南京农业大学资环学院办公室：资环学院大楼A219E-mail:lizhen@Tel：025-84399827 李真博士主要结合磷灰石，解磷菌，以及其他微生物（如AMF）在土壤中研究磷的地球化学和生态循环。
在基础研究上主要解析1）磷素的高效释放机理；2）微生物-矿物-植物三因子相互作用；3）磷元素的生物矿化过程。
在应用层次主要研究1）高效磷肥的开发；2）基于高效磷素释放的重金属土壤修复；3）含磷固体废弃物的处理。
教育与工作经历 2001-2005，南京大学地球科学系地质学国家理科人才培养基地理学学士2005-2008，（免试保送）南京大学地球科学系地球探测与信息技术专业工学硕士2008.8-2013.12,圣路易斯华盛顿大学地球与行星科学系哲学博士2014.6--，南京农业大学土壤与生态学系讲师 学术兼职与服务 美国矿物学协会会员ScientificReports学术编委（矿物与土壤科学）Am.Miner.,Chem.Geol.,GCA,BBAGen.Sub.,Sci.Rep.等杂志同行评议 获奖经历 华盛顿大学Wheeler奖学金(2008-2012)华盛顿大学优秀助教(2009-2010)华盛顿大学毕业论文奖学金(2013)江苏双创博士计划(2015) 主持项目 国家973重大专项子课题专题，No.2015CB150504,￥900,000教育部留学人员回国基金（生物磷灰石重金属沉积），￥35,000南京市留学人员择优项目（基于矿物的土壤修复），￥20,000江苏省青年基金（土壤磷循环），No.BK20150683,￥200,000南京大学内生矿床国家重点实验室开放基金，21-16-07，￥100,000江苏双创博士，￥150,000 ZhenLiCollegeofResources&EnvironmentalSciencesEcosystemEcologyLabatNJAUNanjingAgriculturalUniversity#1Weigang,210095,Nanjing,ChinaEmail:lizhen@Tel:+86-25-84399827Office:RoomA219 Employer:•2014June--,Lecturer,NanjingAgriculturalUniversity Education:•Ph.D,2008-2013,EarthandarySciences,WashingtonUniversityinSt.Louis•
M.E.,2005-2008,GeodetectionandInformationTechnology,NanjingUniversity•
B.S.,2001-2005,Geology,NanjingUniversity TeachingCourses:•AcademicEnglishinEcology•Biogeochemistry Membership&SocietyService:•MemberofMineralogicalSocietyofAmerican•EditorMember(inMineralogyandSoilSciences),ScientificReports Awards:•TheDoubleInnovationTalentProgramofJiangsuProvince(2015)•DissertationFellowshipatWUSTL(2013)•OutstandingPerformanceofTeachingAssistantatWUSTL(2010) OralPresentations•2016Sep,13rdSoilSocietyConference,Xi’an,China•2015Oct,MineralogicalScienceandEngineering,Nanjing,China•2014June,Goldschmidt,Sacramento,CAU.S.•2014June,XIGeoRaman,SaintLouis,MOU.S.•2014July,12thICSLR,Beijing,China ResearchInterests:•EnvironmentalMineralogy&EnvironmentalRemediation•Biomineralization•MineralogyinSoils•PhosphorousBiogeochemistry Grants:•2016,AnalyticalfundofStateKeyLaboratoryforMineralDepositsResearch,NanjingUniversity,￥100,000 •2015-2019,NationalProgramonKeyBasicResearchProject,No.2015CB150504,￥900,000 •2015,ScientificResearchFoundationfortheReturnedOverseasChineseScholars,StateEducationMinistry,￥35,000 •2015,AnalyticalfundofCAGS,￥90,000 •2015,DistinguishedProjectforReturnedScholars,Nanjing,￥20,000 •2015-2018,NaturalScienceFoundationofJiangsuProvince,No.BK20150683,￥200,000 •2015-2017,TheDoubleInnovationTalentProgramofJiangsuProvince,￥150,000 IssuedPatents: [1]2016,LiZ.AmethodofenhancingPreleasefromapatite,ZL201410458823.9. RepresentativePublications(*:Corresponding): [13]LiZ,TangL.Y.,ZhengY.F.,TianD.,SuM.,ZhangF.,MaS.J.,HuS.J.(2017)Characterizingthemechanismsofleadimmobilizationviabioapatiteandvariousclayminerals,ACSEarthandSpaceChemistry,epted. [12]WangS.J.,ZhangP.H.,KongX.F.,XieS.D.,LiQ.,LiZ*,ZhouZ.L.*(2017)Delicatechangesofbioapatitemineralinpigfemurwithadditionofdietaryharide:EvidencesfromRamanspectroscopyandICP,AnimalScienceJournal,DOI:10.1111/asj.12837. [11]ChenW.K.,WangQ.Z.,MengS.T.,YangP.,JiangL.,ZouX.,LiZ*,HuS.J.*(2017)Temperature-relatedchangesofCaandPreleaseinsynthesizedhydroxylapatite,geologicalfluorapatite,andbonebioapatite,ChemicalGeology,451:183-188. [10]ZhengW.J.,YangH.,XuanG.H.,DaiL.T.,HuY.X.,HuS.J.,ZhongS.K.,LiZ*.,GaoM.Y.,WangS.M.,FengY*.(2017)LongitudinalstudyoftheeffectsofenvironmentalpHonthemechanicalpropertiesofAspergillusniger.ACSBiomaterialsScience&Engineering,DOI:10.1021/acsbiomaterials.6b00294. [9]LiZ.,WangF.W.,BaiT.S.,etal.(2016)LeadimmobilizationbygeologicalfluorapatiteandfungusAspergillusniger.JHazardousMaterials,320:386-392. [8]LiZ.,BaiT.S.,DaiL.T.,etal.(2016)Astudyanicacidproductionincontrastsbetweentwophosphatesolubilizingfungi:PenicilliumoxalicumandAspergillusniger.ScientificReports,6:25313. [7]LiZ.,LiQ.,WangS.J.,etal.(2016)Rapidincreaseofcarbonateincorticalbonesofhensduringlayingperiod.PoultryScience.DOI:10.3382/ps/pew182. [6]LiZ.,AI-JawadM.,SiddiquiS.,PasterisJ.D.(2015)Amineralogicalstudyincontrasts:highlymineralizedwhalerostrumandhumanenamel.ScientificReports,5:16511.[5]LiZ.,WuS.P.,andYeC.L.(2015)Temperature-relatedchangesofbioapatitebasedonhypermineralizeddolphin’sbulla.JournalofRamanSpectroscopy,46:964-968. [4]LiZ.andPasterisJ.D.(2014)Tracingthepathwaypositionalchangesinbonemineralwithage:Preliminarystudyofbioapatiteaginginhypermineralizeddolphin’sbulla.BBA-GeneralSubjects,1840:2331-2339. [3]LiZ.andPasterisJ.D.(2014)Chemistryofbonemineral,basedonthehypermineralizedrostrumofthebeakedwhaleMesoplodondensirostris.AmericanMineralogist,99:645-653. [2]LiZ.,PasterisJ.D.,etal.(2013)Hypermineralizedwhalerostrumastheexemplarforbonemineral.ConnectTissueRes.54
(3):167-175. [1]LiZ.,HeK.,YinL.,etal.(2007)CrystallochemistryofFe-richpalygorskitefromEasternChina.ClayMinerals,42
(4):453-461. ContributedPublications：[3]SmithL.J.,DeymierA.C.,BoyleJ.J.,LiZ.,LindermanS.W.,PasterisJ.D.,XiaY.N.,GeninG.M.,ThomopoulosS.(2016)Tunabilityofcollagenmatrixmechanicalpropertiesviamultiplemodesofmineralization.Interface,6
(1):DOI:10.1098/rsfs.2015.0070. [2]HuangY.J.,LiZ.,LiS.Z.,etal.(2007)MössbauerinvestigationsofpalygorskitefromXuyi,China.NuclearInstruments&MethodsinPhysicsRes.B,2:657-662.[1]HeK.,DongY.M.,LiZ.,etal.(2007)Catalyticozonationofphenolinwaterwithnaturalbruciteandmagnesia.JHazardousMaterials,159:587-592. EcosystemEcologyLabatNJAU: /profile/Zhen_Li54 ResearchID:/rid/M-7631-2016