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2019年
1.ZiliangZhang#,RichardP.Phillips#,WenqiangZhao,YuanshuangYuan,QingLiu*,HuajunYin*.Mycelia-derivedCcontributesmoretonitrogencyclingthanroot-derivedCinectomycorrhizalalpineforests.FunctionalEcology,2019,33:346-359.
2018年
1.ZiliangZhang,NaLi,JuanXiao,ChunzhangZhao,TingtingZou,DandanLi,QingLiu*,HuajunYin*.ChangesinplantnitrogenacquisitionstrategiesduringtherestorationofspruceplantationsontheeasternTibetanPlateau,China.SoilBiologyBiochemistry,2018(119):50-58.
2.YuanshuangYuan,WenqiangZhao,ZiliangZhang,JuanXiao,DandanLi,QingLiu*,HuajunYin*.ImpactsofoxalicacidandglucoseadditionsonNtransformationinmicrocosmsviaartificialroots.SoilBiologyBiochemistry,2018(121):16-23.
3.HuajunYin,WenqiangZhao,TingLi,XinyingCheng,QingLiu*.BalancingstrawreturningandchemicalfertilizersinChina:Roleofstrawnutrientresources.RenewableandSustainableEnergyReviews.2018(81):2695-2702.
4.WenqiangZhao,PeterB.Reich,QiannanYu,NingZhao,ChunyingYin,ChunzhangZhao,DandanLi,JunHu,TingLi,HuajunYin*,andQingLiu*.ShrubtypedominatestheverticaldistributionofleafC:N:Pstoichiometryacrossanextensivealtitudinalgradient.Biogeosciences,2018,15:2033–2053.
5.ZiliangZhang,JuanXiao,YuanshuangYuan,ChunzhangZhao,QingLiu,HuajunYin.Mycelium-androot-derivedCinputsdifferintheirimpactsonsoilorganicCpoolsanddecompositioninforests.SoilBiologyandBiochemistry,2018,123:257–265.
6.ZhiliangMa,WenqiangZhao,MeiLiu,QingLiu*.ResponsesofsoilrespirationanditscomponentstoexperimentalwarminginanalpinescrubecosystemontheeasternQinghai-TibetPlateau.ScienceoftheTotalEnvironment,2018,643:1427–1435.
7.ZhiliangMa,WenqiangZhao,ChunzhangZhao,DongWang,MeiLiu,DandanLi,QingLiu*.Plantsregulatetheeffectsofexperimentalwarmingonthesoilmicrobialcommunityinanalpinescrubecosystem.PLoSONE,2018,13(4):e0195079.
8.XuZhenfeng*,YinHuajun,ZhaoChunzhang,XiongPei,LiuQing*.Responsesofsoilrespirationtowarmingvarybetweengrowingseasonandnon-growingseasoninamountainforestofsouthwesternChina.CanadianJournalofSoilScience,2018.3,98(1):70~76.
2018年之前
1.ZiliangZhang,YuanshuangYuan,WenqiangZhao,HeliangHe,DandanLi,WeiHe,QingLiu*,HuajunYin*.SeasonalvariationsinthesoilaminoacidpoolandfluxfollowingtheconversionofanaturalforesttoapineplantationontheeasternTibetanPlateau,China.SoilBiologyBiochemistry,2017(105):1-11.
2.D.Wang,H.L.He,Q.Gao,C.Z.Zhao,W.Q.Zhao,C.Y.Yin,X.L.Chen,Z.L.Ma,D.D.Li,D.D.Sun,X.Y.Cheng&Q.Liu*.Effectsofshort-termNadditiononplantbiomassallocationandCandNpoolsoftheSibiraeaangustatascrubecosystem.EuropeanJournalofSoilScience,2017,68,212-220.
3.DongWang,HeliangHe,QiaoGao,WeiHe,ChunzhangZhao,HuajunYin*,QingLiu*.Effectsofshort-termNadditiononsoilCfluxesinalpineSibiraeaangustatascrubontheeasternmarginoftheQinghai-TibetanPlateau.AgriculturalandForestMeteorology,2017（247）：151-158.
4.YuanshuangYuan,WenqiangZhao,JuanXiao,ZiliangZhang,MingfengQiao,QingLiu*,HuajunYin*.ExudatecomponentsexertdifferentinfluencesonmicrobiallymediatedClossesinsimulatedrhizospheresoilsofaspruceplantation.PlantandSoil,2017(419):127-14
5.XiaozhenPu,ChunyingYin*,QunyingXiao,MingfengQiao,QingLiu*.FinerootsbranchordersofAbiesfaxonianaresponddifferentiallytowarminginasubalpineconiferousforestecosystem.AgroforestrySystems,2017,91(5):955-966.
6.DandanLi*,HongweiNan,JinLiang,XinyingCheng,ChunZhangZhao,HuaJunYin,ChunYingYin,QingLiu*.ResponsesofnutrientcaptureandfinerootmorphologyofsubalpineconiferoustreePiceaasperatatonutrientheterogeneityandcompetition.PLoSONE12(11):e0187496.
7.HuajunYin,RichardP.Phillips,RubiaoLiang,ZhenfengXu,QingLiu*.ResourcestoichiometrymediatessoilClossandnutrienttransformationsinforestsoils.AppliedSoilEcology,2016,108:248-257.
8.ZiliangZhang,MingfengQiao,DandanLi,HuajunYin*,QingLiu*.Dowarming-inducedchangesinquantityandstoichiometryofrootexudationpromotesoilNtransformationsviastimulationofsoilnitrifiers,denitrifiersandammonifiers?EuropeanJournalofSoilBiology,74(2016)60-68.
9.SunDD,LiYJ,ZhaoWQ,ZhangZL,LiDD,ZhaoCZ,LiuQ*.(2016)Effectsofexperimentalwarmingonsoilmicrobialcommunitiesintwocontrastingsubalpineforestecosystems,easternTibetanPlateau,China.JournalofMountainScience,13(8):1442-1452.
10.BoTang,ChunyingYin*,YujieWang,YuyuSun,QingLiu.2016.Positiveeffectsofnightwarmingonphysiologyofconiferoustreesinlategrowingseason:Leafandroot.ActaOecologica,73:21-30.
11.QingLiu*,ChunzhangZhao,XinyingCheng,HuajunYin.Soilrespirationandcarbonpoolsacrossarangeofsprucestandages,EasternTibetanPlateau.SoilScienceandPlantNutrition,2015,61(3):1-10.
12.XuZ*,ZhaoC,YinH,LiuQ*.WarmingandforestmanagementinteractivelyaffectthedecompositionofsubalpineforestsontheesaternTibetanPlateau:Afour-yearexperiment.Geoderma,(2015)239:223-228.
13.MingfengQiao,ZiliangZhang,YuejiaoLi,JuanXiao,HuajunYin,BisongYue,QingLiu*.ExperimentalwarmingeffectsonrootNabsorptionandmycorrhizalinfectioninasubalpineconiferousforest.ScandinavianJournalofForestResearch,2015,1-8.
14.ZiliangZhang,MingfengQiao,DandanLi,ChunzhangZhao,YuejiaoLi,HuajunYin*,QingLiu*.Effectsoftworoot-secretedphenoliccompoundsfromasubalpineconiferousspeciesonsoilenzymeactivityandmicrobialbiomass.ChemistryandEcology,2015,31(7):636-649.
15.ZhenfengXu*,FeifeiZhou,HuajunYin,QingLiu*.WintersoilCO2effluxintwocontrastingforestecosystemsontheeasternTibetanPlateau,China.J.For.Res.2015,26(3):679–686.
16.ChunzhangZhao,LiyingZhu,JinLiang,HuajunYin,ChunyingYin,DandanLiNannanZhang,QingLiu*.EffectsofexperimentalwarmingandnitrogenfertilizationonsoilmicrobialcommunitiesandprocessesoftwosubalpineconiferousspeciesinEasternTibetanPlateau,China.PlantandSoil,(2014)382:189–201.
17.ChunyingYin*&XiaozhenPu&QunyingXiao&ChunzhangZhao&QingLiu*.Effectsofnightwarmingonsprucerootaroundnon-growingseasonvarywithbranchorderandmonth.PlantandSoil,(2014)380:249–263.
18.Dan-DanLi*,Yue-JiaoLi,JinLiang,Chun-ZhangZhao,Hua-JunYin,Chun-YingYin,Xin-YingCheng,QingLiu*.ResponsesofsoilmicronutrientavailabilitytoexperimentalwarmingintwocontrastingforestecosystemsintheEasternTibetanPlateau,China.JSoilsSediments,(2014)14:1050-1060.
19.MingfengQiao,JuanXiao,HuajunYin,XiaozhenPu,BisongYue&QingLiu*.2014.Analysisofthephenoliccompoundsinrootexudatesproducedbyasubalpineconiferousspeciesasresponsestoexperimentalwarmingandnitrogenfertilisation,ChemistryandEcology,30(6):555-565.
20.XuZ*,LiuQ*,YinH.EffectsoftemperatureonsoilnetnitrogenmineralisationintwocontrastingforestsontheeasternTibetanPlateau,China.SoilResearch,2014,52:562-567.
21.HuajunYin,YufeiLi,JuanXiao,ZhenfengXu,XinyingChengandQingLiu*.Enhancedrootexudationstimulatessoilnitrogentransformationsinasubalpineconiferousforestunderexperimentalwarming.GlobalChangeBiology,(2013)19,2158–2167.
22.HongweiNan,QingLiu*,JinsongChen,XinyingCheng,HuajunYin,ChunyingYin,ChunzhangZhao.EffectsofNutrientHeterogeneityandCompetitiononRootArchitectureofSpruceSeedlings:ImplicationsforanEssentialFeatureofRootForaging.PLoSONE,8(6):e65650.doi:10.1371/journal.pone.0065650.
23.QiongWang,YunxiangLi,XiaozhenPu,LiyingZhu,ZhengTang,QingLiu*.PollinatorsandnectarrobberscausedirectionalselectionforlargespurcircleinImpatiensoxyanthera（Balsaminaceae）.PlantSystematicsandEvolution,2013,299(7):1263-1274.
24.HuajunYin,JuanXiaoa,YufeiLia,ZhiChen,XinyingCheng,ChunzhangZhao,QingLiu*.Warmingeffectsonrootmorphologicalandphysiologicaltraits:ThepotentialconsequencesonsoilCdynamicsasalteredrootexudation.AgriculturalandForestMeteorology,2013,180:287–296.
25.HuajunYin,ZhiChen,QingLiu*.EffectsofexperimentalwarmingonsoilNtransformationsoftwoconiferousspecies,EasternTibetanPlateau,China.SoilBiology&Biochemistry,2012,50:77-84.
26.HuajunYin,ZhenfengXua,ZhiChen,YunyanWei,QingLiu.Nitrogentransformationintherhizospheresoftwosubalpineconiferousspeciesunderexperimentalwarming.AppliedSoilEcology,2012,59:60–67.
27.ZhenfengXu,HuajunYin,PeiXiong,ChuanWan,QingLiu*.Short-termresponsesofPiceaasperataseedlingsofdifferentagesgrownintwocontrastingforestecosystemstoexperimentalwarming.EnvironmentalandExperimentalBotany,2012,77:1-11.
28.Z.F.Xu,X.Z.Pu,H.J.Yin,C.Z.Zhao,Q.Liu*&F.Z.Wu.Warmingeffectsontheearlydecompositionofthreelittertypes,EasternTibetanPlateau,China.EuropeanJournalofSoilScience,2012,63:360–367.
29.ChunzhangZHAO,JinLIANG,JinHEandQingLIU*.Effectsofelevatedtemperatureandnitrogenfertilizationonnitrogenmetabolismandnutrientstatusoftwoconiferousspecies.SoilScienceandPlantNutrition,(2012),58,772-782.
30.BingXia,YanZhou*,XinLiu,JuanXiao,QingLiu,YuchengGuandLishengDing*.Useofelectrosprayionizationion-traptandemmassspectrometryandprincipalcomponentanalysistodirectlydistinguishmonosaccharides.RapidCommun.MassSpectrom.2012,26:1259–1264.
31.ChunzhangZhao,QingLiu*.EffectsofsoilwarmingandnitrogenfertilizationonleafphysiologyofPinustabulaeformisseedlings.ActaPhysiolPlant,2012,34(5):1837-1846.
32.QingLiu*,XiaoqinYao,ChunzhangZhao,XinyingCheng.EffectsofenhancedUV-BradiationongrowthandphotosyntheticresponsesoffourspeciesofseedlingsinsubalpineforestsoftheeasternTibetplateau.EnvironmentalandExperimentalBotany,2011,74:151-156.
33.QingLiu*,HuajunYin,JinsongChen,ChunzhangZhao,XinyingCheng,YunyanWei,BoLin.BelowgroundresponsesofPiceaasperataseedlingstowarmingandnitrogenfertilizationintheeasternTibetanPlateau.EcologicalResearch,2011,26:637-648.
34.Jin-SongChen,Ning-FeiLei,QingLiu*.Defensesignalingamonginterconnectedrametsofarhizomatousclonalplant,inducedbyjasmonic-acidapplication.ActaOecologica,2011,37:355-360.
35.Y.Yang.Q.Liu*G.X.WangX.D.WangJ.Y.Guo.Germination,osmoticadjustment,andantioxidantenzymeactivitiesofgibberellin-pretreatedPiceaasperataseedsunderwaterstress.NewForests,2010,39:231–243.
36.JihongQin,QingLiu*.Oxidativemetabolism-relatedchangesduringgerminationofmonomaple(AcermonoMaxim.)seedsunderseasonalfrozensoil.EcologicalResearch,2010,25:337–345.
37.Zhen-fengXu,RongHu,PeiXiong,ChuanWan,GangCaoandQingLiu*.Initialsoilresponsestoexperimentalwarmingintwocontrastingforestecosystems,EasternTibetanPlateau,China:Nutrientavailabilities,microbialpropertiesandenzymeactivities.AppliedSoilEcology,2010,46:291-299.
38.ZhenfengXu,ChuanWan,PeiXiong,ZhengTang,RongHu,GangCaoandQingLiu*.InitialresponsesofsoilCO2effluxandC,Npoolstoexperimentalwarmingintwocontrastingforestecosystems,EasternTibetanPlateau,China.PlantandSoil,2010,336:183-195.
39.ChunzhangZhao,QingLiu*.Growthandphotosyntheticresponsestotwoconiferousspeciesexperimentalwarmingandnitrogenfertilization.CanadaJournalofForestResearch,2009,39(1):1-11.
40.ChunzhangZhao,QingLiu*.GrowthandphysiologicalresponsesofPiceaasperataseedlingstoelevatedtemperatureandtonitrogenfertilization.ActaPhysiologiaePlantarum,2009,31:163-173.
41.XiaoqinYaoandQingLiu*.Theeffectsofenhancedultraviolet-Bandnitrogensupplyongrowth,photosynthesisandnutrientstatusofAbiesfaxonianaseedlings.ActaPhysiologiaePlantarum,2009,31(3):523-529.
42.Hong-yiLi,Kai-wenPan,QingLiuandJin-chuangWang.Effectofenhancedultraviolet-BonallelopathicpotentialofZanthoxylumbungeanum.ScientiaHorticulturae,2009,119:310-314.
43.CaoHan,QingLiu*,YanYang.Short-termeffectsofexperimentalwarmingandenhancedultraviolet-BradiationonphotosynthesisandantioxidantdefenseofPiceaasperataseedlings.PlantGrowthRegul,2009,58:153–162.
44.JihongQin,QingLiu*.ImpactofseasonallyfrozensoilongerminabilityandantioxidantenzymeactivityofPiceaasperataseeds.CanadianJournalofForestResearch,2009,39(4):723-730.
45.Yao,X.Q.Liu,Q*.Responsesinsomegrowthandmineralelementsofmonomapleseedlingstoenhancedultraviolet-bandtonitrogensupply.JournalofPlantNutrition,2009,32(5):772-784.
46.Yao,X.Q.Liu,Q*.PhotosyntheticandphysiologicalresponsesofSwidahemsleyi(C.K.Schneid.EtWangerin)Sojak(Cornaceae)subjectedtoenhancedUV-Bradiationandtonitrogensupply.PolishJournalofEcology,2009,57(3):483-494.
47.HuaJunYin，QingLiu*，TingLai.WarmingeffectsongrowthandphysiologyintheseedlingsofthetwoconifersPiceaasperataandandAbiesfaxonianaundertwocontrastinglightconditions.EcologicalResearch,2008,23(2):459-469.
48.YanYang,ChaoHan,QingLiu*,BoLin,JianwenWang.EffectofdroughtandlowlightongrowthandenzymaticantioxidantsystemofPiceaasperataseedlings.ActaPhysiolPlant,2008,30:433–440.
49.XiaoqinYaoandQingLiu*.ChangesinphotosynthesisandantioxidantdefensesofPiceaasperataseedlingstoenhancedultraviolet-Bandtonitrogensupply.PhysiologiaPlantarum,2007,129:364-374.
50.XiaoqinYao,QingLiu*.Responsesingrowth,physiologyandnitrogennutritionofdragonspruce(Piceaasperata)seedlingsofdifferentagestoenhancedultraviolet-B.ActaPhysiolPlant,2007,29:217-224.
51.Y.YANG,Q.LIU*,C.HAN,XQ.YAO,andHJ.YIN.InfluenceofwaterstressandlowirradianceofPiceaasperataseedlings.Photosynthetica,2007,45(4):613-619.
52.HJ.Yin,Q.Liu*,H.He.SeedrainandsoilseedbankofPiceaasperataMast.InsubalpineconiferousforestofwesternSichuan,China.PlantBiosystem,2007,141(3):314-322.
53.LinBo,LiuQing*,WuYan,HeHai.NutrientandlitterpatternsinthreesubalpineconiferousforestsofwesternSichuan,China.Pedosphere,2006,16(3):380-390.
54.XiaoqinYao,QingLiu*.Changesinmorphological,photosyntheticandphysiologicalresponsesofMonoMapleseedlingstoenhancedUV-Bandtonitrogenaddition.PlantGrowthRegulation,2006,50:165-177.
55.Jin-SongChen,DanYu,QingLiu,MingDong.ClonalintergrationofthestoloniferousherbFragariavescafromdifferentaltitudeinsouthwestChina.Flora,2004,199:1-9.
56.LiuQing*,LiYunxiang,ZhongZhangcheng.EffectsofmoistureavailabilityonclonalgrowthinbambooPleioblastusmaculata.PlantEcology,2004,173(1):107-113.
57.LiuQing*,TerryVCallaghan,ZuoYuanyuan.EffectsofelevatedsolarUV-Bradiationfromozonedepletiononterrestrialecosystems.JournalofMountainScience,2004,1(3):276-288.
58.LiuQing.TheeffectsofgapsizeandwithingappositiononthesurvivalandgrowthofnaturallyregeneratedAbiesgeorgeiseedlings.ActaPhytoecologicaSinica,2004,28(2):204-209
59.LiuQing.Effectsofgapsizeandwith-ingappositiononthesurvivalandgrowthofnaturallyregeneratedPicealikiangensisseedlings.ChineseJournalofAppliedandEnvironmentalBiology,2004,10(3):281-285.
60.刘庆、林波等著．全球气候变化对亚高山针叶林树木的影响，北京：科学出版社，2010
61.刘庆主编．亚高山针叶林生态学研究．成都：四川大学出版社，2002
62.刘庆著．斑苦竹无性系种群生态学研究．成都：成都科技大学出版社，1999
63.吴宁主编、刘庆副主编，山地退化生态系统的恢复与重建——理论与岷江上游的实践，成都：四川科学技术出版社，2007
64.任海、刘庆、李凌浩等编著，恢复生态学导论（第二版），北京：科学出版社，2008
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