刘邓 - 中国地质大学(武汉)

个人简介

刘邓，男，湖北随州人，理学博士，副教授，硕士生导师,地大学者青年优秀人才。 2009.2-2009.8及2010.10-2012.10美国迈阿密大学（MiamiUniversity）地质与环境地球科学系联合培养博士生。2019.3-2020.1赴法国索邦大学（SorbonneUniversité，原巴黎第六大学）矿物、材料物理与宇宙化学研究所开展合作研究。主要从事地质微生物与生物地球化学的教学和研究工作，利用现代微生物技术、矿物表征和地球化学检测等交叉手段探究微生物驱动的地表元素循环（如，碳、氮和铁等）以及微生物矿化过程。先后主持国家自然科学基金面上项目、青年基金项目、中国博士后基金面上项目和中国地质大学“摇篮计划”等科研项目6项。发表学术论文四十余篇，其中以第一作者/通讯作者身份发表SCI论文14篇（GeochimicaetCosmochimicaActa论文3篇，ChemicalGeology论文5篇）。讲授课程：《普通生物学》、《生物地球化学》工作经历： 2012.12-2016.1，中国地质大学（武汉）环境科学与工程博士后流动站，博士后 2013.5-2016.6，中国地质大学（武汉）环境学院，特任副教授 2016.6-至今，中国地质大学（武汉）环境学院，副教授主持科研项目：国家自然科学基金面上项目，埋藏成岩过程中生物成因原白云石演化的模拟研究，2018-2021；国家自然科学基金面上项目，硫酸盐型盐湖中好氧微生物介导的白云石沉淀过程及其机理，2016；国家自然科学基金青年基金项目，盐湖嗜碱菌作用下粘土矿物结构铁的还原过程及其矿物转变机理，2014-2016；中央高校基本科研业务专项资金“摇篮计划”，Na2SO4型盐湖沉积物中自生白云石的微生物成因研究，2015-2017；中国博士后科学基金面上资助项目，静水高压条件下铁还原微生物与蒙皂石相互作用，2013；中央高校基本科研业务专项资金新青年教师科研启动基金，0.1-20MPa静水压力条件下微生物介导的蒙皂石结构铁还原过程，2014-2015 期刊审稿 EnvironmentalScience&Technology,ChemicalGeology,Geobiology,ScienceoftheTotalEnvironment,JournalofGeophysicalResearch-Biogeosciences,AppliedClayScience,ClayandClayMinerals,ScienceChinaEarthSciences,MarineChemistry,FrontierofEarthScience等研究生培养张千帆（2013-2016；联合指导）于娜（2015-2018），许杨阳（2015-2018；联合指导）范奇高（2017级，在读），杨珊珊（2018级，在读），郑威莉（2019级，在读）教育经历 [1]2007.9-2012.12 中国地质大学（武汉）|古生物学与地层学|理学博士学位|博士研究生 [2]2003.9-2007.7 中国地质大学（武汉）|生物科学|学士学位|本科毕业工作经历 [1]2016.8-至今中国地质大学（武汉）|环境学院|副教授 [2]2013.5-2016.8 中国地质大学（武汉）|环境学院|特任副教授 [3]2012.12-2016.1 中国地质大学（武汉）|环境学院|师资博士后

研究领域

微生物-矿物相互作用及其地质意义基于微生物矿化的重金属去除技术微生物化石

近期论文

查看导师最新文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

[1]Liu,D.*,Fan,Q.,Papineau,D.,Yu,N.,Chu,Y.,Wang,H.,Qiu,X.,Wang,X.,Precipitationofprotodolomitefacilitatedbysulfate-reducingbacteria:Theroleofcapsuleextracellularpolymericsubstances.ChemicalGeology,2020,533,119415. [2]Liu,D.*,Xu,Y.,Yu,Q.,Yu,N.,Qiu,X.,Wang,H.,Papineau,D.,Catalyticeffectofmicrobially-derivedcarboxylicacidsontheprecipitationofMg-calciteanddisordereddolomite:Implicationsforsedimentarydolomite.JournalofAsianEarthSciences,2020,193,104301. [3]Liu,D.*,Yu,N.,Papineau,D.,Fan,Q.,Wang,H.*,Qiu,X.,She,Z.,Luo,G.,Thecatalyticroleofplanktonicaerobicheterotrophicbacteriainprotodolomiteformation:ResultsfromLakeJibuhulangtuNuur,InnerMongolia,China.GeochimicaetCosmochimicaActa,2019,263,31-49. [4]Liu,D.*,Xu,Y.,Papineau,D.,Yu,N.,Fan,Q.,Qiu,X.,Wang,H.*,Experimentalevidenceforabioticformationoflow-temperatureproto-dolomitefacilitatedbyclayminerals.GeochimicaetCosmochimicaActa,2019,247,83-95. [5]Liu,D.*,Zhang,Q.,Wu,L.,Zeng,Q.,Dong,H.,Bishop,M.E.,Wang,H.*,Humicacid-enhancedilliteandtalcformationassociatedwithmicrobialreductionofFe(III)innontronite.ChemicalGeology,2016,447,199-207. [6]Liu,D.*,WangF.,Dong,H.,Wang,H.,Zhao,L.,Huang,L.,Wu,L.,BiologicalreductionofstructuralFe(III)insmectitesbyamarinebacteriumat0.1and20MPa.ChemicalGeology,2016,438,1-10. [7]Liu,D.*,Dong,H.,Agrawal,A.,Singh,R.,Zhang,J.,Wang,H.,InhibitoryeffectofclaymineralonmethanogenesisbyMethanosarcinamazeiandMethanothermobacterthermautotrophicus,AppliedClayScience,2016,126,25-32. [8]Liu,D.,Dong,H.*,Wang,H.*,Zhao,L.,Low-temperaturefeldsparandilliteformationthroughbioreductionofFe(III)-bearingsmectitebyanalkaliphilicbacterium,ChemicalGeology,2015,406,25-33. [9]Liu,D.,Dong,H.*,Zhao,L.,Wang,H.*,SmectitereductionbyShewanellaspeciesasfacilitatedbycystineandcysteine,GeomicrobiologyJournal,2014,31,53-63. [10]Liu,D.,Dong,H.*,Bishop,M.,Zhang,J.,Wang,H.*,Xie,S.,Wang,S.,Huang,L.,Eberl,D.,Microbialreductionofstructuralironininterstratifiedillite-smectitemineralsbyasulfate-reducingbacterium,Geobiology,2012,10(2),150-162. [11]Liu,D.,Dong,H.*,Bishop,ME.,Wang,H.*,Agrawal,A.,Tritschler,S.,Eberl,D.,Xie,S.,ReductionofstructuralFe(III)innontronitebymethanogenMethanosarcinabarkeri,GeochimicaetCosmochimicaActa,2011,75(4),1057-1071. [12]Liu,D.,Wang,H.*,Dong,H.*,Qiu,X.,Xie,S.,Dong,X.,CravottaIII,C.,MineraltransformationassociatedwithgoethitereductionbyMethanosarcinabarkeri,ChemicalGeology,2011,288(1-2),53-60. [13]Liu,D.,Wang,H.*,Qiu,X.,Dong,H.*,ComparisonofreductionextentofFe(III)innontronitebyShewanellaputrefaciensandDesulfovibriovulgaris,JournalofEarthScience,2010,21(1),297-299. [14]Liu,D.,Yang,X.,Wang,H.*,Li,J.,Su,N.,Impactofmontmorilloniteandcalciteonreleaseandadsorptionofcyanobacterialfattyacidsatambienttemperature,JournalofChinaUniversityofGeosciences,2008,19(5),526-533. [15]许杨阳,刘邓*,于娜,邱轩,王红梅.微生物（有机）白云石成因模式研究进展与思考.地球科学,2018,43(S1),63-70. [16]于娜,许杨阳,刘邓*,邱轩,范奇高,王红梅.内蒙古吉布胡郎图诺尔盐湖厌氧菌对白云石形成的催化作用.地球科学,2018,43(S1),53-62. [17]张千帆,曾强,刘邓*,王红梅.腐殖酸对微生物还原绿脱石结构Fe(III)的促进作用.地质科技情报,2016,35(6),205-211. 其他合作论文 [1]Li,J.,Pancost,R.D.,Naffs,B.D.A.,Yang,H.,Liu,D.,Gong,L.,Xie,S.,Multipleenvironmentalandecologicalcontrolsonarchaeletherlipiddistributionsinsalineponds.ChemicalGeology,2019,529,119293. [2]Wang,C.,Bendle,J.A.,Zhang,H.,Yang,Y.,Liu,D.,Huang,J.,Cui,J.,Xie,S.,Holocenetemperatureandhydrologicalchangesreconstructedbybacterial3-hydroxyfattyacidsinstalagmitefromcentralChina.QuaternaryScienceReviews,2018,192,97-105. [3]Chen,R.,Liu,H.,Tong,M.,Zhao,L.,Zhang,P.,Liu,D.,Yuan,S.,ImpactofFe(II)oxidationinthepresenceofiron-reducingbacteriaonsubsequentFe(III)bio-reduction.ScienceoftheTotalEnvironment,2018,639,1007-1014. [4]Li,J.,Naafs,B.D.A.,Pancost,R.D.,Yang,H.,Liu,D.,Xie,S.,DistributionofbranchedtetraetherlipidsinpondsfromInnerMongolia,NEChina:InsightintothesourceofbrGDGTs,OrganicGeochemistry,2017,112,127-136. [5]Liu,X.,Yuan,S.,Tong,M.,Liu,D.,Oxidationoftrichloroethylenebythehydroxylradicalsproducedfromoxygenationofreducednontronite,WaterResearch,2017,113,72-79. [6]Xie,S.,Liu,D.,Qiu,X.,Huang,X.,Algeo,T.J.,MicrobialrolesequivalenttogeologicalagentsofhightemperatureandpressureindeepEarth,ScienceChinaEarthSciences,2016,59(11),2098-2104. [7]Tong,M.,Yuan,S.,Ma,S.,Jin,M.,Liu,D.,Cheng,D.,Liu,X.,Gan,Y.,Wang,Y.,Productionofabundanthydroxylradicalsfromoxygenationofsubsurfacesediments,EnvironmentalScience&Technology,2016,50(1),214-221. [8]Singh,R.,Dong,H.,Liu,D.,Zhao,L.,Marts,AR.,Farquhar,E.,Tierney,DL.,Almquist,CB.,Briggs,BR.,ReductionofhexacalentchromiumbythethermophilicmethanogenMethanothermobacterthermautotrophicus,GeochimicaetCosmochimicaActa,2015,148,442-456. [9]Singh,R.,Dong,H.,Liu,D.,Marts,A.R.,Tierney,D.L.,Almquist,C.B.,[Cobalt(III)-EDTA]-reductionbythermophilicmethanogenMethanothermobacterthermautotrophicus,ChemicalGeology,2015,411,49-56. [10]Luo,G.,Xie,S.,Liu,D.,Algeo,TJ.,MicrobialinfluencesonpaleoenvironmentalchangesduringthePermian-Triassicboundarycrisis,ScienceChinaEarthSciences,2014,57,965-975. [11]Zhao,L.,Dong,H.,Kukkadapu,R.,Agrawal,A.,Liu,D.,Zhang,J.,Edelmann,RE.,BiologicaloxidationofFe(II)inreducednontronitecoupledwithnitratereductionbyPseudogulbenkianiasp.strain2002,GeochimicaetCosmochimicaActa,2013,119,231-247. [12]Zhang,J.,Dong,H.,Liu,D.,Agrawal,A.,MicrobialreductionofFe(III)insmectitemineralsbythermophilicmethanogenMethanothermobacterthermautotrophicus,GeochimicaetCosmochimicaActa,2013,106,203-215. [13]Zhang,J.,Dong,H.,Liu,D.,Fisher,TB.,Wang,S.,Huang,L.,MicrobialreductionofFe(III)insmectite-illitemineralsbymethanogenMethanosarcinamazei,ChemicalGeology,2012,292-293,35-44. [14]Qiu,X.,Wang,H.,Liu,D.,Gong,L.,Wu,X.,Xiang,X.,ThephysiologicalresponseofSynechococcuselongatustosalinity:Apotentialbiomarkerforancientsalinityinevaporativeenvironments,GeomicrobiologyJournal,2012,29(5),477-483. [15]Xie,S.,Yang,H.,Luo,G.,Huang,X.,Liu,D.,Wang,Y.,Gong,Y.,Xu,R.,Geomicrobialfunctionalgroups:Awindowtotheinteractionbetweenlifeandenvironments,ChineseScienceBulletin,2012,57,2-19. [16]Wang,S.,Dong,RM.,Dong,CZ.,Huang,L.,Jiang,H.,Wei,Y.,Feng,L.,Liu,D.,Yang,G.,Zhang,C.,Dong,H.,DiversityofmicrobialplanktonacrosstheThreeGorgesDamsoftheYangtzeRiver,China,GeoscienceFrontiers,2012,3,335-349. [17]Li,J.,Yang,H.,Liu,D.,Huang,J.,ComparativeanalysisoflipidsinFunariahygrometricaHdewfromdifferenthabitats,JournalofEarthScience,2010,21(1),247-249. [18]Wang,H.,Zeng,C.,Liu,Q.,Liu,D.,Qiu,X.,Gong,L.,CalciumcarbonateprecipitationinducedbyabacteriumstrainisolatedfromanoligotrophiccaveinCentralChina,FrontiersofEarthScienceinChina,2010,4(2),148-151. [19]Wang,H.,Ma,X.,Liu,D.,Yang,X.,andLi,J.,Chemicalvariationfrombiolipidstosedimentaryorganicmatterinmodernoceansanditsimplicationtothegeobiologicalevaluationofancienthydrocarbonsourcerocks,FrontiersofEarthScienceinChina,2007,1(4),399-404. [20]张蔚,胡小丽,邱轩,刘邓,冯亮,马丽媛,胡婧,王红梅.山东胜利油田沾3油藏微生物组特征.科学通报,2019,64(18),1930-1942. [21]胡小丽,张蔚,刘邓,邱轩,王红梅.油藏嗜热菌与膨润土的相互作用及其对储层防膨的意义.微生物学报,2019,59(6),1197-1208. [22]谢树成,殷鸿福,刘邓,邱轩.再谈古生物学向地球生物学的发展.地球科学,2018,43(11),3823-3836. [23]王红梅,刘烁,刘邓.硫酸盐还原菌及异化铁还原菌对黄钾铁矾还原作用的对比.地球科学,2015,40(2),305-316. [24]王红梅,吴晓萍,邱轩,刘邓.微生物成因的碳酸盐矿物研究进展.微生物学通报,2013,40(1),180-189. [25]王红梅,马相如,刘邓,杨小芬,李继红.从生物脂类化合物到沉积有机质的变化及其对正演烃源岩有机质形成的启示.地球科学,2007,32(6),748-754.