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ZhaoRui,WANGHongmei*,ChengXiaoyu,YunYuan,QiuXuan,UplandsoilclustergdominatesthemethanotrophcommunitiesinthekarstHeshangCave.FEMSMicrobialEcology,2018,94,fly192.
LuXiaolu,ZhangYining,LiuChaoyang,WuMengxiaojun,WANGHongmei*,Characterizationoftheantimoniteandarsenite-oxidizingbacteriumBoseasp.AS-1anditspotentialapplicationinarsenicremoval.JournalofHazardousMaterials,2018,359:527–534
MaLiyuan,WangXinjie,LiuXueduan,WangShanquan,WANGHongmei*,Intensifiedbioleachingofchalcopyritebycommunitieswithenrichedferrousorsulfuroxidizers.BioresourceTechnology,2018,268:415–423
ManBaiying,WANGHongmei*,YunYuan,XiangXing,WangRuicheng,DuanYong,ChengXiaoyu,DiversityofFungalCommunitiesinHeshangCaveofCentralChinaRevealedbyMycobiome-Sequencing.FrontiersinMicrobiology.2018,9:1400.
XuanQiu,YanchenYao,HongmeiWANG*,YongDuan,AlivemicrobialcelladsorbsMg2+moreeffectivelythanlifelessmicrobialEPSdoes,FrontiersofEarthSciences,2018,12(1):160–169.
XuanQiu,HongmeiWANG*,YongDuanandYanchenYao,HighsalinityfacilitatesdolomiteprecipitationmediatedbyHaloferaxvolcaniiDS52,EarthandPlanetaryScienceLetters,2017,472:197-205.
XingXiang,RuichengWang,HongmeiWANG*,LinfengGong,BaiyingMan,YingXu,DistributionofBathyarchaeotaCommunitiesAcrossDifferentTerrestrialSettingsandTheirPotentialEcologicalFunctions,ScientificReports,2017,7:45028
JianpingZHOU,HongmeiWANG*,CharlesA.CRAVOTTAIII,QiangDONG,XingXIANG,DissolutionoffluorapatitebyPseudomonasfluorescensP35resultinginfluorinerelease,GeomicorbiologyJournal,2017,34(5):421–433
RuiZhao,HongmeiWang*,HuanYang,YuanYun,HazelA.Barton,Ammoniaoxidizingarchaeadominantoverbacterialammoniaoxidizerswithinalkalinecavesediments,GeomicorbiologyJournal,2017,34:6,511-523
YuanYun,XingXiang,HongmeiWANG*,LinfengGong,QianyingLiu,QiangDong,RuichengWang,Five-yearmonitoringofbacterialcommunitiesindrippingwaterfromHeshangCaveinCentralChina:Implicationforpaleoclimatereconstructionandecologicalfunctions,GeomicrobiologyJournal.2016,33(7):553-563.
DengLiu*,QianfanZhang,LinglingWu,QiangZeng,HailiangDong,MichaelE.Bishop,HongmeiWANG*,Humicacid-enhancedilliteandtalcformationassociatedwithmicrobialreductionofFe(III)innontronite,ChemicalGeology,2016,447:199-207
LiuDeng,DongHailiang,AbinashAgrawal,RajeshSingh,ZhangJing,WANGHongmei,InhibitoryeffectofclaymineralonmethanogenesisbyMethanosarcinamazeiandMethanothermobacterthermautotrophicusAppliedClayScience126(2016)25–32.
DengLiu,FengpingWang,HailiangDong,HongmeiWANG,Linduo,Zhao,LiuqinHuang,LinglingWu,BiologicalreductionofstructuralFe(III)insmectitesbyamarinebacteriumat0.1and20MPa,ChemicalGeology,2016,447:199-207
YuanYun,HongmeiWANG*,BaiyingMan,XingXiang,JianpingZhou,XuanQiu,YongDuan,AnnetteSEngel,pHChangeAltersBacterialCommunityinaSingleKarstEcosystemandItsImplicationofSoilAcidification,FrontiersinMicrobiology,2016,6:article1995.
YuanYun,XingXiang,WANGHongmei*,LinfengGong,QianyingLiu,QiangDong,RuichengWang,Five-yearmonitoringofbacterialcommunitiesindrippingwaterfromHeshangCaveinCentralChina:Implicationforpaleoclimatereconstructionandecologicalfunctions,GeomicrobiologyJournal.2016,33(7):553-563
ManB,WANGHongmei*,XiangX,WangR,YunYandGongL(2015)PhylogeneticdiversityofculturablefungiintheHeshangcave,centralChina.Front.Microbiol.6:1158.
GongLinfeng,WANGHongmei*,XiangXing,QiuXuan,LiuQiao,WangRuicheng,ZhaoRui,WangCanfa,pHShapingtheCompositionofsqhC-ContainingBacterialCommunities.GeomicrobiologyJournal,2015,32,433–444.DOI:10.1080/01490451.2014.950363.
LiuDeng,DongHailiang,WANGHongmei*,ZhaoLinduo,Low-temperaturefeldsparandilliteformationthroughbioreductionofFe(III)-bearingsmectitebyanalkaliphilicbacterium.ChemicalGeology,2015,406:25-33.
LiuDeng,DongHailiang,ZhaoLinduo,WANGHongmei*,SmectitereductionbyShewanellaasfacilitatedbycystineandcysteine.GeomicrobiologyJournal,2014,31,53–63.
XiangXing,WaANGHongmei*,GongLinfeng,LiuQiao,VerticalvariationsandassociatedecologicalfunctionofbacterialcommunitiesfromSphagnumtounderlyingsedimentsinDajiuhuPeatland.ScienceChinaEarthSciences,2014,57(5):1013-1020.
WANGHongmei*,LinfengGong,CharlesA.CravottaIII,XiaofenYang,OlliH.Tuovinen,HailiangDong,XiangFu,Inhibitionofbacterialoxidationofferrousironbyleadnitrateinsulfate-richsystems.JournalofHazardousMaterials.2013,244–245:718–725.
WANGHongmei*,MccarthneyAga,XuanQiu,RuiZhao.Cd2+impactonmetaboliccellsofSaccharomycescerevisiaeoveranextendedperiodanditsimplicationforbioremediation.Geomicrobiologyjournal.2012,29:199–205.
LiuD,DongH*,BishopM.E.,ZhangJ,WANGHongmei*,XieS,WangS,.HuangL,EberlDD.Microbialreductionofstructuralironininterstratifiedillite-smectitemineralsbyasulfate-reducingbacterium.Geobiology,2012,10(2):150-156.
XuanQiu,HongmeiWANG*,DengLiu,LinfengGong,XiaopingWu,andXingXiang,ThePhysiologicalResponseofSynechococcuselongatestoSalinity:APotentialBiomarkerforAncientSalinityinEvaporativeEnvironments,GeomicrobiologyJournal,201229:477–483.
DengLiu,HongmeiWANG*,HailiangDong*,XuanQiu,XiuzhuDong,CharlesA.CravottaIII,MineraltransformationsassociatedwithgoethitereductionbyMethanosarcinabarkeri.ChemicalGeology,2011,288:53–60.
DengLiu,HailiangDong*,MichealE.Bishop,HongmeiWANG,*AgrawalAbinash,SarahTritschler,,DennisD.Eberl,andShuchengXie,ReductionofStructuralFe(III)inNontronitebyMethanogenMethanosarcinabarkeri.GeochimicaetCosmochimicaAacta.2011,75:1057-1071.