一、基本概况

吴强盛，男，1978年生，教授，江西抚州人，长江大学园艺园林学院任教。湖北省新世纪高层次人才工程第二层次人选（2012年）；2012年第四届“青年科学之星”（中国科学院、中国工程院、国家自然科学基金委、中国科协、全国青年联合会指导支持，中国科学报社主办）；湖北省自然科学基金“杰出青年人才基金”获得者（2012年）；湖北省优秀共产党员（2013年）；荆州市十大杰出青年（2014年）。

二、教育背景与研究经历

1997－2001，江西农业大学农学院园艺专业学习，获学士学位

2001－2006，华中农业大学园艺林学学院果树专业学习，获博士学位

2006－2010，长江大学园艺园林学院任教，讲师/副教授，硕士生导师

2011－至今，长江大学园艺园林学院任教，湖北省破格晋升教授，硕士生导师

三、研究领域、方向和成果

主要研究植物菌根生物技术。重点方向：

[1]菌丝桥在植物间的信号传导作用和功能；

[2]菌根增强植物（三叶草、枳）抗逆性的机理；

[3]菌根释放球囊霉素的机理及其相关功能；

[4]菌根改善植物根系构型的生理机制。

四、主讲课程

《园艺植物营养诊断》、《特种果树》《科技写作》、《文献检索》等

五、主持项目

项目编号

项目来源

项目名称

执行年限
**

国家自然科学基金

柑橘菌根根外菌丝释放球囊霉素相关土壤蛋白的特性及其相关功能研究

2014-2017
2012FFA001

湖北省自然科学基金杰出青年人才基金

柑橘根际球囊霉素的相关功能研究

2013-2014
**

湖北省教育厅高等学校省级教学研究项目

园艺专业“三明治”教育培养模式的研究与实践

2012-2014
211107

教育部科学技术研究重点项目

柑橘菌根释放球囊霉素的特点及其在碳代谢中的作用

2011-2012
Q**

湖北省教育厅科学技术研究项目

柑橘菌根根外菌丝释放球囊霉素的特点及其作用研究

2011-2012
09-04

农业部作物营养与施肥重点实验室开放基金

过氧化氢在丛枝菌根真菌提高柑橘抗旱性中的信号作用

2010-2011
2009k20

农业部生态农业重点开放实验室开放基金

丛枝菌根真菌在柑橘耐盐性中的作用及机理

2010-2011
**

湖北省教育厅高等学校省级教学研究项目

园艺专业优秀创新人才培养途径和方法的探索与时间

2009-2011
**

国家自然科学基金

柑橘丛枝菌根共生体与多胺的交互作用研究

2009-2011


六、主要学术兼职

[1]《UniversalJournalofEnvironmentalResearchandTechnology》编委

[2]《CurrentHorticulture》编委

[3]《BiotechnologyFrontier》编委

[4]长江大学学术委员会委员

[5]湖北省柑桔学会理事

[6]定期或不定期受邀为以下国际SCI期刊审阅稿件:MicrobialEcology、PlantPhysiologyandBiochemistry、EnvironmentalandExperimentalBotany、Agriculture,EcosystemsandEnvironment、AgroforestrySystems、AppliedSoilEcology、ScientiaHorticulturae、EuropeanJournalofSoilBiology、JournalofAgriculturalScienceandTechnology、ArchivesofAgronomyandSoilScience、TurJAgricFor、Sensors等

[7]不定期受邀为以下国内期刊审阅稿件:《应用生态学报》、《生态学杂志》、《植物病理学报》、《广西植物》、《西南林业大学学报》、《长江大学学报》（自然科学版﹒农学卷）。

七、专著

[1]吴强盛.园艺植物丛枝菌根研究与应用.科学出版社，2010，25.7万字

[2]WuQS,ZouYN,Abd-AllahEF.MycorrhizalassociationandROSinplants.In:AhmadP(Ed):Oxidativedamagetoplants.ElsevierInc.,2014,pp.453-475

[3]WuQS,SrivastavaAK.Rhizospheremicrobialcommunities:isolation,characterizationandvalueadditionforsubstratedevelopment.In:SrivastavaAK(Ed).AdvancesinCitrusNutrition.Springer,2012,pp.169-194

[4]WuQS,LevyY,ZouYN.Arbuscularmycorrhizaeandwaterrelationsincitrus.In:TennantP,BenkebliaN(Eds).CitrusII.TreeandForestryScienceandBiotechnology,2009,3(SpecialIssue1):105-112

[5]WuQS,ZouYN.Arbuscularmycorrhizalsymbiosisalleviatesoxidativestressofplants.In:AhmadP,UmarS,SarwatM(Eds).OxidativeStress:RoleofAntioxidantsinPlants.India:StudiumPressPvt.Ltd.,2011,pp269-282

[6]WuQS,ZouYN.Citrusmycorrhizalresponsestoabioticstressesandpolyamines.In:HemantaranjanA(Ed).AdvancesinPlantPhysiology.Vol12.India:ScientificPublishers,2011,pp31-56

[7]WuQS,ZouYN.Arbuscularmycorrhizasimprovewaterrelationsofplantsexposedtodrought.In:HemantaranjanA(Ed).AdvancesinPlantPhysiology.Vol11.India:ScientificPublishers,2009,pp23-52

八、SCI收录论文（*通讯作者）

2014年

[1]WuQS,CaoMQ,ZouYN,HeX.Directandindirecteffectsofglomalin,mycorrhizalhyphae,androotsonaggregatestabilityinrhizosphereoftrifoliateorange.ScientificReports,2014,4:5823IF=5.078

[2]ZouYN,HuangYM,WuQS*,HeXH.Mycorrhiza-inducedloweroxidativeburstisrelatedwithhigherantioxidantenzymeactivities,netH2O2effluxes,andCa2+influxesintrifoliateorangerootsunderdroughtstress.Mycorrhiza,doi:10.1007/s00572-014-0589-zIF=2.985

[3]WuQS,LiY,ZouYN,HeXH.Arbuscularmycorrhizamediatesglomalin-relatedsoilproteinproductionandsoilenzymeactivitiesintherhizosphereoftrifoliateorangegrownunderdifferentPlevels.Mycorrhiza,2014,doi:doi:10.1007/s00572-014-0594-3IF=2.985

[4]WangS,SrivastavaAK,WuQS*,FokomR.Theeffectofmycorrhizalinoculationontherhizospherepropertiesoftrifoliateorange(PoncirustrifoliataL.Raf.).ScientiaHorticulturae,2014,170:137-142IF=1.504

[5]WuQS,HuangYM,LiYanNasrullah,HeXH.Contributionofarbuscularmycorrhizastoglomalin-relatedsoilprotein,soilorganiccarbonandaggregatestabilityincitrusrhizosphere.InternationalJournalofAgricultureandBiology,2014,16:207-212IF=0.902

[6]WuQS,WangS,CaoMQ,ZouYN,YaoYX.Tempo-spatialdistributionandrelatedfunctioningsofrootglomalinandglomalin-relatedsoilproteininacitrusrhizosphere.JournalofAnimalandPlantSciences,2014,24:245-251

[7]ZouYN,SrivastavaAK,WuQS*,HuangYM.Glomalin-relatedsoilproteinandwaterrelationsinmycorrhizalcitrus(Citrustangerina)duringsoilwaterdeficit.ArchivesofAgronomyandSoilScience,2014,60:1103-1114

2013年

[8]ZouYN,WuQS*,HuangYM,NiQD,HeXH.Mycorrhizal-mediatedlowerprolineaccumulationinPoncirustrifoliataunderwaterdeficitderivesfromtheintegrationofinhibitionofprolinesynthesiswithincreaseofprolinedegradation.PLoSONE8(11):e80568IF=3.534

[9]WuQS,ZouYN,HuangYM.ThearbuscularmycorrhizalfungusDiversisporaspurcaameliorateseffectsofwaterloggingongrowth,rootsystemarchitectureandantioxidantenzymeactivitiesofcitrusseedlings.FungalEcology,2013,6:37-43IF=2.992

[10]WuQS,ZouYN,HuangYM,LiY,HeXH.Arbuscularmycorrhizalfungiinducesucrosecleavageforcarbonsupplyofarbuscularmycorrhizasincitrusgenotypes.ScientiaHorticulturae,2013,160:320-325IF=1.504

[11]WuQS,ZouYN,HeXH.MycorrhizalsymbiosisenhancestolerancetoNaClstressthroughselectiveabsorptionbutnotselectivetransportofK+overNa+intrifoliateorange.ScientiaHorticulturae,2013,160:366-374IF=1.504

[12]WuQS,HeXH,CaoMQ,ZouYN,WangS,LiY.Relationshipsbetweenglomalin-relatedsoilproteininwater-stableaggregatefractionsandaggregatestabilityincitrusrhizosphere.InternationalJournalofAgricultureandBiology,2013,15:603-606IF=0.902

[13]LiY,ZouYN*,WuQS*.EffectsofDiversisporaspurcainoculationongrowth,rootsystemarchitectureandchlorophyllcontentsoffourcitrusgenotypes.InternationalJournalofAgricultureandBiology,2013,15:342-346IF=0.902

[14]ZouYN,LiangYC,WuQS*.Mycorrhizalandnon-mycorrhizalresponsestosaltstressintrifoliateorange:plantgrowth,rootarchitectureandsolublesugaraccumulation.InternationalJournalofAgricultureandBiology,2013,15:565-569IF=0.902

[15]NiQD,ZouYN,WuQS,HuangYM.Increasedtoleranceofcitrus(Citrustangerina)seedlingstosoilwaterdeficitaftermycorrhizalinoculation:changesinantioxidantenzymedefensesystem.NotulaeBotanicaeHortiAgrobotaniciCluj-Napoca,2013,41:524-529

[16]CaoMQ,WuQS*,ZouYN.Animprovedink-aceticacidtechniqueforstainingarbuscularmycorrhizasofcitrus.InternationalJournalofAgricultureandBiology,2013,15:386-388IF=0.902

[17]WuQS,SrivastavaAK,ZouYN.AMF-inducedtolerancetodroughtstressincitrus:Areview.ScientiaHorticulturae,2013,164:77-87IF=1.504

[18]WuQS,ZouYN,MycorrhizalsymbiosisaltersrootH+effluxesandrootsystemarchitectureoftrifoliateorangeseedlingsundersaltstress.JournalofAnimalandPlantSciences,2013,23:143-148

2012年

[19]WuQS,HeXH,ZouYN,HeKP,SunYH,CaoMQ.Spatialdistributionofglomalin-relatedsoilproteinanditsrelationshipswithrootmycorrhization,soilaggregates,carbohydrates,activityofproteaseandβ-glucosidaseintherhizosphereofCitrusunshiu.SoilBiologyandBiochemistry,2012,45:181-183IF=4.41

[20]WuQS,HeXH,ZouYN,LiuCY,XiaoJ,LiY.ArbuscularmycorrhizasalterrootsystemarchitectureofCitrustangerinethroughregulatingmetabolismofendogenouspolyamines.PlantGrowthRegulation,2012,68:27-35IF=1.625

[21]WuQS,ZouYN,LiuCY,LuT.Interactedeffectofarbuscularmycorrhizalfungiandpolyaminesonrootsystemarchitectureofcitrusseedlings.JournalofIntegrativeAgriculture,2012,11:1675-1681

[22]WuQS,ZouYN.Evaluatingeffectivenessoffourinoculationmethodswitharbuscularmycorrhizalfungiontrifoliateorangeseedlings.InternationalJournalofAgricultureandBiology,2012,14:266-270

[23]WuQS,ZouYN,LiuM,ChengK.Effectsofexogenousputrescineonmycorrhiza,rootsystemarchitecture,andphysiologicaltraitsofGlomusmosseae-colonizedtrifoliateorangeSseedlings.NotulaeBotanicaeHortiAgrobotaniciCluj-Napoca,2012,40:80-85

2011年

[24]WuQS,ZouYN,HeXH,LuoP.Arbuscularmycorrhizalfungicanaltersomerootcharactersandphysiologicalstatusintrifoliateorange(PoncirustrifoliataL.Raf.)seedlings.PlantGrowthRegulation,2011,65:273-278IF=1.625

[25]WuQS.Mycorrhizalefficacyoftrifoliateorangeseedlingsonalleviatingtemperaturestress.PlantSoilandEnvironment,2011,57(10):459-464IF=1.113

[26]WuQS,ZouYN,HeXH.Differencesofhyphalandsoilphosphataseactivitiesindrought-stressedmycorrhizaltrifoliateorange(Poncirustrifoliata)seedlings.ScientiaHorticulturae,2011,129:294-298IF=1.504

[27]WuQS,ZouYN,PengYH,LiuCY.Rootmorphologicalmodificationofmycorrhizalcitrus(Citrustangerine)seedlingsafterapplicationwithexogenouspolyamines.JournalofAnimal&PlantSciences,2011,21:20-25

[28]WuQS,ZouYN,WangGY.Arbuscularmycorrhizalfungiandacclimatizationofmicropropagatedcitrus.CommunicationsinSoilScienceandPlantAnalysis,2011,42:1825-1832

[29]WuQS,LiGH,ZouYN.Rolesofarbuscularmycorrhizalfungiongrowthandnutrientacquisitionofpeach(PrunuspersicaL.Batsch)seedlings.JournalofAnimal&PlantSciences,2011,21(4):746-750

[30]WuQS,LiGH,ZouYN.Improvementofrootsystemarchitectureinpeach(Prunuspersica)seedlingsbyarbuscularmycorrhizalfungi,relatedtoallocationofglucose/sucrosetoroot.NotBotHortiAgrobo,2011,39：232-236

[31]ZouYN,WuQS*.Sodiumchloridestressinducedchangesinleafosmoticadjustmentoftrifoliateorange(Poncirustrifoliata)seedlingsinoculatedwithmycorrhizalfungi.NotBotHortiAgrobo,2011,39:64-69

2010年

[32]WuQS,ZouYN.Beneficialrolesofarbuscularmycorrhizasincitrusseedlingsattemperaturestress.ScientiaHorticulturae,2010,125:289-293IF=1.504

[33]WuQS,ZouYN,ZhanTT,LiuCY.Polyaminesparticipateinmycorrhizalandrootdevelopmentofcitrus(Citrustangerine)seedling.NotBotHortAgrobotCluj,2010,38:25-31

[34]WuQS,ZouYN,LiuW,YeXF,ZaiHF,ZhaoLJAlleviatinofsaltstressincitrusseedlingsinoculatedwithmycorrhiza:changesinleafantioxidantdefensesystems.Plant,SoilandEnvironment,2010,56:470-475IF=1.113

[35]WuQS,ZouYN,HeXH.Exogenousputrescine,notspermineorspermidine,enhancesrootmycorrhizaldevelopmentandplantgrowthoftrifoliateorange(Poncirustrifoliata)seedlings.InternationalJournalofAgriculture&Biology,2010,12:576-580

[36]WuQS,ZouYN,HeXH.Contributionsofarbuscularmycorrhizalfungitogrowth,photosynthesis,rootmorphologyandionicbalanceofcitrusseedlingsundersaltstress.ActaPhysiologiaPlantarum,2010,32:297-304

[37]WuQS,PengYH,ZouYN,LiuCY.ExogenouspolyaminesaffectmycorrhizaldevelopmentofGlomusmosseae-colonizedcitrus(Citrustangerine)seedlings.ScienceAsia,2010,36:254-258

2009年

[38]WuQS,ZouYN.Mycorrhizahasadirecteffectonreactiveoxygenmetabolismofdrought-stressedcitrus.Plant,SoilandEnvironment,2009,55:436-442IF=1.113

[39]WuQS,ZouYN.Adaptiveresponsesofbirch-leavedpear(Pyrusbetulaefolia)seedlingstosalinitystress.NotBotHortAgrobotCluj,2009,37(1):133-138

[40]WuQS,ZouYN.Theeffectofdualapplicationofarbuscularmycorrhizalfungiandpolyaminesupongrowthandnutrientuptakeontrifoliateorange(Poncirustrifoliata)seedlings.NotBotHortAgrobotCluj,2009,37(2):95-98

[41]WuQS,ZouYN.Mycorrhizalinfluenceonnutrientuptakeofcitrusexposedtodroughtstress.PhilippAgricScientist,2009,92:33-38

[42]WuQS,ZouYN.Arbuscularmycorrhizalsymbiosisimprovesgrowthandrootnutrientstatusofcitrussubjectedtosaltstress.ScienceAsia,2009,35:388-391

2008年

[43]WuQS,XiaRX,ZouYN.Improvedsoilstructureandcitrusgrowthafterinoculationwiththreearbuscularmycorrhizalfungiunderdroughtstress.EuropeanJournalofSoilBiology,2008,44：122-128IF=2.146

2007年

[44]WuQS,ZouYN,XiaRX,WangMY.FiveGlomusspeciesaffectwaterrelationsofCitrustangerineduringdroughtstress.BotanicalStudies,2007,48:147-154

[45]WuQS,XiaRX,ZouYN,WangGY.Osmoticsoluteresponsesofmycorrhizalcitrus(Poncirustrifoliata)seedlingstodroughtstress.ActaPhysiologiaPlantarum,2007,29:543-549IF=1.524

2006年

[46]WuQS,XiaRX.Arbuscularmycorrhizalfungiinfluencegrowth,osmoticadjustmentandphotosynthesisofcitrusunderwell-wateredandwaterstressconditions.JournalofPlantPhysiology,2006,163:417-425IF=2.77

[47]WuQS,XiaRX,ZouYN.Reactiveoxygenmetabolisminmycorrhizalandnon-mycorrhizalcitrus(Poncirustrifoliata)seedlingssubjectedtowaterstress.JournalofPlantPhysiology,2006,163:1101-1110IF=2.77

[48]WuQS,ZouYN,XiaRX.Effectsofwaterstressandarbuscularmycorrhizalfungionreactiveoxygenmetabolism&antioxidantproductionbycitrus(Citrustangerine)roots.EurJSoilBiol,2006,42:166-172IF=2.146