近期论文
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(1)SCI论文(*为通讯作者):
[1]LiZhiwei,GaoPeng*.2018.ChanneladjustmentafterartificialneckcutoffsinameanderingriveroftheZoigebasinwithintheQinghai-TibetPlateau,China.Catena,172,255-265.(SCI,二区)
[2]WuXinyu,LiZhiwei,GaoPeng*,HuangCao,HuTiesong,HuXuyue.2018.ResponseofdownstreambraidedchanneltotheimpoundmentofZhikongReservoirinthemiddleandlowerLhasaRiver,China.Water,10,1144,doi:10.3390/w10091144.(SCI,四区)
[3]LiWenzhe,WangZhaoyin,LiZhiwei*,ZhangChendi,LvLiqun.2018.ExperimentalStudyontheHydraulicCharacteristicsandEnergydissipationofstep-poolsystem.JournalofEnvironmentalInformatics.(inpress)(SCI,二区)
[4]YiYujun,YangZhou*,YanpengCai,WeiYang,LiZhiwei,XuZhao.2017.Theinfluenceofclimatechangeonanendangeredriparianplantspecies:therootofriparianHomonoia.EcologicalIndicators,92,40-50.(SCI,二区)
[5]JiaYanhong,YiYujun*,LiZhiwei*,WangZhaoyin,ZhengXiangmin.2017.Integratinghydraulicequivalentsectionsintoahydraulicgeometrystudy.JournalofHydrology,552:407-420.(SCI,二区)
[6]LiZhiwei,YuGuoan*,BrierleyGary,WangZhaoyin,JiaYanhong.2017.Migrationandcutoffformationofmeandersinhyper-aridenvironmentsofthemiddleandlowerTarimRiver,NorthwesternChina.Geomorphology,276:116-124.(SCI,二区)
[7]YuGuo-an,LiZhiwei*,DisseMarkus,HuangHeqing.2017.Sedimentdynamicsofanallogenicriverchannelinaveryaridenvionment.HydrologicalProcesses,31(11):2050-2061.(SCI,二区)
[8]YuanJing*,LiZhiwei,MadsenO.S.2017.Bottom-slopeinducednetsheet-flowsedimenttransportrateundersinusoidaloscillatoryflows.JournalofGeophysicalResearch-Oceans,122(1):236-263.(SCI,二区)
[9]PanBaozhu,WangHaijun,LiZhiwei,BanXuan,LiangXiaomin,WangHongzhu*.2017.MacroinvertebrateassemblagesinrelationtoenvironmentsintheDongtingLake,withimplicationsforecologicalmanagementofriver-connectedlakesaffectedbydamconstruction.EnviornmentalProgress&SustainableEnergy,36(3):914-920.(SC,四区)
[10]ZhaoNa,XuMengzhen,LiZhiwei*,WangZhaoyin,ZhouHanmi.2017.MacroinvertebratedistributionandaquaticecologyintheRuoergai(Zoige)wetland,theYellowRiversourceregion.FrontiersofEarthScience,11(3):554-564.(SCI,四区)
[11]LiYanfu,LiZhiwei*,WangZhaoyin,WangWenlong,TianShimin,JiaYanhong.2017.ImpactsofartificiallyplantedvegetationontheecologicalrestorationofmovablesanddunesintheMugetanDesert,northeasternQinghai-TibetPlateau.InternationalJournalofSedimentResearch,32,277-287.(SCI,四区)
[12]LiZhiwei,YuGuoan*,BrierleyGary,WangZhaoyin.2016.VegetativeimpactsuponbedloadtransportcapacityandchannelstabilityfordifferingalluvialplanformsintheYellowRiverSourceZone.HydrologyandEarthSystemSciences,20(200),3013-3025.(SCI,二区)
[13]YuGuoan*,DisseMarkus,HuangHeqing,YuYang,LiZhiwei.2016.Rivernetworkevolutionandfluvialprocessresponsestohumanactivityinahyper-aridenvironment-caseoftheTarimRiverinNorthwestChina.Catena,147,96-109.(SCI,二区)
[14]PanBaozhu,YuanJianping*,ZhangXinhua,WangZhaoyin,LuJinyou,YangWenjun,ChenJiao,LiZhiwei,ZhaoNa,XuMengzhen.2016.Areviewofecologicalrestorationtechniquesinfluvialrivers.InternationalJournalofSedimentResearch,31(2):110-119.(SCI,四区)
[15]LiZhiwei,WangZhaoyin*,BrierleyGary,TamiNicol,PanBaozhu,LiYanfu.2015.ShrinkageoftheRuoergaiSwampandchangestolandscapeconnectivity,Qinghai-TibetPlateau.Catena,126:155-163.(SCI,二区)
[16]ZhaoNa,WangZhaoyin*,PanBaozhu,XuMengzhen,LiZhiwei.2015.Studyofmacroinvertebratecommunitiesinriverswithdifferentbedstabilityindry-hotvalley—TaketheXiaojiangRiverbasinasanexample.RiverResearchandApplications,31(7):825-833.(SCI,三区)
[17]PanBaozhu*,WangZhaoyin,LiZhiwei,LuYongjun,LiuHuaixiang,XuMengzhen.2015.MacroinvertebrateassemblagesinrelationtoenvironmentsintheWestRiver,withimplicationsformanagementofriversaffectedbychannelregulationprojects.QuaternaryInternational,384:180-185.(SCI,三区)
[18]LiZhiwei*,WangZhaoyin,PanBaozhu,ZhuHaili,LiWenzhe.2014.Thedevelopmentmechanismofgravelbarsinmountainrivers.QuaternaryInternational,336:73-79.(SCI,三区)
[19]PanBaozhu,WangZhaoyin*,ChaoYing,XuMengzhen,LiZhiwei,HuangGuobing.2013.Meiofaunalassemblagesinrelationtopropertiesoffluidmudinriverestuaries.FreseniusEnvironmentalBulletin,22(1):67-73.(SCI,三区)
[20]LiZhiwei,WangZhaoyin*,PanBaozhu,DuJun,GaryBrierley,YuGuoan,BrendonBlue.2013.AnalysisofcontrolsuponchannelplanformattheFirstGreatBendoftheUpperYellowRiver,Qinghai-TibetPlateau.JournalofGeographicalSciences,23(5):833-848.(SCI,三区)
[21]YuGuoan*,LiuLe,LiZhiwei,LiYanfu,HuangHeqing*,BrierleyBlue,WangZhaoyin,PanBaozhu.2013.FluvialdiversityinrelationtovalleysettinginthesourceregionoftheYangtzeandYellowRivers.JournalofGeographicalSciences,25(3):817-832.(SCI,三区)
[22]PanBaozhu,WangZhaoyin*,LiZhiwei,YuGuoan,XuMengzhen,ZhaoNa,BrierleyGary.2013.AnexploratoryanalysisofbenthicmacroinvertebratesasindicatorsoftheecologicalstatusoftheUpperYellowandYangtzeRivers.JournalofGeographicalSciences,25(3):871-882(SCI,三区)
(2)国际会议论文:
[1]GaoPeng,LiZhiwei,YangHanyuan.FluvialprocessescontrollingbankerosionofmeandersinZoigebasin,China.AGUFallMeeting,2018,WashingtonD.C.,USA.
[2]LiZhiwei,GaoPeng,WuXinyu.Experimentalstudyontheprocessofneckcutoffandchanneladjustmentinahighlysinuousmeanderunderconstantdischarges.AGUFallMeeting,2018,WashingtonD.C.,USA.
[3]YuGuo-An,LiZhiwei,HuangHeqing.EffectsofriparianvegetationondevelopmentofmeanderingchnanelintheTarimRiver,NorthwestChina.RiverFlow2018,Lyon-Villeurbanne,France,2018.
[4]GaoPeng,LiZhiwei,JiangChangbo.BraidedriverclustersintheYangtzeRiversource,China.AAGAnnualMeeting,2018,NewOrleans,USA.
[5]LiZhiwei,GaoPeng,HuXuyue.QuantifyingclimaticimpactsonpeatlandintheZoigebasin,China.AGUFallMeeting,2017,NewOrleans,USA.
[6]GaoPeng,LiZhiwei,JiangChangbo.MorphologicalchangesofabraidedriverreachinthesourceoftheYangtzeRiveroverthirtyyears.AGUFallMeeting,2017,NewOrleans,USA.
[7]LiZhiwei,HuXuyue.Distribution,morphology,andformationofbraided-meanderingrivergroupsintheSanjiangyuanzone.InternationalPerspectiveonWaterResourcesandtheEnvironmentConference,2017,Wuhan,China.
[8]LiZhiwe,GaoPeng.FluvialresponsesoftwomeanderingbendstoanartificialneckcutoffinatributaryoftheUpperYellowRiverofChina.AmericanAssociationofGeographers,AAGAnnualMeeting,2017,Boston,USA.
[9]GaoPeng,LiZhiwei,DonaldSiegel.MechanicsofpeatlandreductionintheZoigeregionwithintheQinghai-TibetPlateau,China.AmericanAssociationofGeographers,AAGAnnualMeeting,2017,Boston,USA.
[10]LiZhiwei,YuGuoan,ZhangChendi.Criticaldischargeoferosion-depositionprocessofmid-channelbarheadinanabranchingchannel[C]//The13thInternationalSymposiumonRiverSedimentation,2016,Stugart,German.(EI收录)
[11]LiZhiwei,YuGuoan,WangZhaoyin.Migrationandcutoffformationofmeandersinahyper-aridenvironment:AcasestudyfromtheTarimRiver,NorthwesternChina[C]//Proceedingsofthe8thInternationalConferenceonFluvialHydraulics:CRCPress,Taylor&FrancisGroup,2016,SaintLouis,USA.
[12]LiYanfu,LiZhiwei,JiaYanhong,ZhangKang.BiologicalsoilcrustformationunderartificialvegetationeffectanditspropertiesintheMugetansandyland,northeasternQinghai-TibetPlatea[C]//InternationalConferenceonWaterResourcesandEnviroment,IOPConferenceSeries:EarthandEnvironmentalScience,39(1):1-16.Doi:doi:10.1088/1755-1315/39/1/012070.(EI收录)
[13]YuGuoan,HuangHeqing,LiZhiwei.Sedimenttransportandfluvialprocessesofaregulateddrylandriver:CaseoftheTarimRiverinNorthwesternChina[C]//Proceedingsofthe8thInternationalConferenceonFluvialHydraulics:CRCPress,Taylor&FrancisGroup,2016,SaintLouis,USA.
[14]ZhangChendi,WangZhaoyin,LiZhiwei.Aphysically-basedmodelofindividualstep-poolstabilityinmountainstreams[C]//The13thInternationalSymposiumonRiverSedimentation,2016,Stugart,German.
[15]ZhangChendi,WangZhaoyin,ZhaoNa,LiZhiwei,LiWenzhe.Therecoveryofwatertemperatureanddissolvedoxygeninthedownstreamriverofastratifiedreservoir:afieldinvestigationandexperiment[C]//ProceedingsoftheInternationalConferenceonFluvialHydraulics.CRCPress,Taylor&FrancisGroup,2014,Lausanne,Switzerland.
[16]LiZhiwei,ZhaoyinWang,GuoanYu.DevelopmentMechanismofSandBarsinAnabranchingRivers[C]//The12thInternationalSymposiumonRiverSedimentation,September2-5,2013,Kyoto,Japan.
[17]LiZhiwei,ZhaoyinWang,WenzheLi.Apreliminarystudyonmechansimofmeandercutoffs[C]//The35thIAHRWorldCongress,September8-13,2013,Chengdu,China.
[18]LiWenzhe,WangZhaoyin,LiZhiwei.Experimentalstudyontheenergydissipationratioofstep-poolsystem[C]//The35thIAHRWorldCongress,September8-13,2013,Chengdu,China.
[19]ShiWenjing,WangZhaoyin,LiZhiwei.LongtemandshorttermvegetationrestorationoflandslidesontheYigongTsangpoRiver[C]//The35thIAHRWorldCongress,September8-13,2013,Chengdu,China.
[20]PanBaozhu,WangZhaoyin,LuYongjun,LiZhiwei,HuangGuobing.VariancesofmacroinvertebrateassemblagesindifferenthabitatcondtionoftheWestRiverwithimplicationsforrivermanagementsaffectedbychannelregulationprojects[C]//The35thIAHRWorldCongress,September8-13,2013,Chengdu,China.
[21]LiZhiwei,ZhaoyinWang,LeLiu.CharacteristicsofmeandersandoxbowlakesinQinghai-TibetPlateau[C]//ProceedingsoftheInternationalConferenceonFluvialHydraulics.CRCPress,Taylor&FrancisGroup,2012:727-734,CostaRica.
(3)EI收录论文:
[1]李志威,颜旭,潘保柱*,余国安,王兆印.山区河流河床结构表征新方法研究.水科学进展,2018.(已录用)
[2]李志威,鲁翰友,胡旭跃*.若尔盖高原典型泥炭地水量动态平衡计算.水科学进展,2018.(已录用)
[3]李志威,郭楠,胡旭跃*,朱海丽,吴新宇.基于BSTEM模型的黄河源草甸型弯曲河流崩岸过程模拟.应用基础与工程科学学报,2018.(已录用)
[4]邓斌,蒋昌波,李志威,刘晓健.基于EEMD-HHT的近岸冲流带波浪非线性波动特征分析.振动与冲击,2018.(已录用)
[5]徐梦珍,李艳富,李志威,王兆印,韩鲁杰.三江源风沙活动区沙漠化风险与风动沙含量关系.清华大学学报(自然科学版),2017,57(4):337-344.
[6]李文哲,李志威*,王兆印.推移质输沙对阶梯-深潭系统消能的影响.水科学进展,2017,28(3):338-345.
[7]胡旭跃,郭楠,李志威*,吴新宇.若尔盖泥炭型弯曲河流的悬臂式崩岸机理研究.工程科学与技术,2017,49(S1):1-7.
[8]余国安*,李志威,黄河清,刘晓芳.干旱区河流地貌对人类活动的响应—以塔里木河为例.水科学进展,2017,28(2):183-192.
[9]李志威,余国安,徐梦珍,胡旭跃*,杨洪明,胡世雄.青藏高原河流演变研究进展.水科学进展,2016,27(4):617-628.
[10]张晨笛,李志威*,王兆印.碰撞作用下单个阶梯-深潭稳定性模型.水科学进展,2016,27(5):689-699.
[11]李志威,李艳富,王兆印,胡世雄*.分汊河流江心洲洲头冲淤概化模型.水科学进展,2016,27(1):1-10.
[12]李志威,王兆印,张晨笛,余国安,张康,漆力健.人工阶梯深潭破坏案例与稳定性分析.水科学进展,2015,12(6):821-829.
[13]朱海丽,李志威,胡夏嵩,李国荣,宋路,付江涛.黄河源草甸型弯曲河流悬臂式崩岸机制.水利学报,2015,46(7):836-843.
[14]李志威,王兆印,李文哲,张晨笛,吕立群.卵石沙洲发育与冲刷试验.水科学进展,2014,25(6):797-805.
[15]李志威,王兆印,张晨笛,韩鲁杰,赵娜.若尔盖沼泽湿地退化机制.水科学进展,2014,25(2):172-180.
[16]李志威,王兆印,徐梦珍,余国安.弯曲河流颈口裁弯模式与机理.清华大学学报(自然科学版),2013,53(5):61-65.
[17]李志威,王兆印,余国安.冲积河流的沙洲发育模式与机理.应用基础与工程科学,2013,21(3):489-500.
[18]李志威,王兆印,赵娜,余国安.弯曲河流斜槽裁弯的力学模式与发育过程.水科学进展,2013,24(2):161-168.
[19]李志威,王兆印,李文哲.冲积河湾裁弯形式与几何临界形态.四川大学学报(工程科学版),2012,44(11):82-87.
[20]李志威,杨大文,雷慧闽.基于最大熵增原理的蒸发蒸腾量模型应用.清华大学学报(自然科学版),2012,52(6):785-790.
[21]李志威,秦小华,方春明.天然河流几何形态统计分析.水科学进展,2011,22(5):44-50.
[22]李志威,方春明.弯道推移质横向输沙规律与床面平衡机理.水力发电学报,2012,31(3):109-105.
[23]李文哲,王兆印,李志威.阶梯-深潭系统消能率的试验研究.四川大学学报(工程科学版),2013,45(S1):161-168.
[24]贾艳红,王兆印,张志荣,李志威.基于137Cs技术的西汉水流域坡耕地侵蚀示踪研究.清华大学学报(自然科学版),2010,50(9):1342-1346.
[25]李文哲,王兆印,李志威,张晨笛,吕立群.阶梯深潭水力特性的实验研究.水科学进展,2014,25(3):374-382.
[26]张晨笛,王兆印,李志威,李文哲.单个阶梯深潭破坏力学机制研究.水利学报,2014,45(12):1399-1409.
[27]李文哲,王兆印,李志威,张晨笛,吕立群.阶梯-深潭系统消能机理的实验研究.水利学报,2014,45(5):537-546.
[28]赵娜,王兆印,潘保柱,李志威,段学花.小江流域不同强度河床结构的生态学作用.底栖动物群落.清华大学学报(自然科学版),2014,54(5):584-589.
(4)CSCD收录主要论文:
[1]李志威,吴叶舟,胡旭跃*.长江源辫状河群相似性分析泥沙研究,2018.(已录用)
[2]鲁翰友,李志威*,胡旭跃.基于VMOD模型的若尔盖泥炭沼泽地下水数值模拟.生态与农村环境学报,2018.(已录用)
[3]袁帅,李志威*,朱玲玲.七弓岭弯道颈口裁弯条件及其对城陵矶水位影响.水力发电学报,2018.(已录用)
[4]袁帅,李志威*,朱玲玲.下荆江七弓岭弯道崩岸机理研究.泥沙研究,2018.(已录用)
杨涵苑,李志威*.黄河源泥炭型弯道悬臂式崩岸模型研究.水力发电学报,2018.(已录用)
[5]李志威,李想,胡旭跃,田世民,余国安*.弯曲河流裁弯后牛轭湖进口淤积模型.水力发电学报,2018.(已录用)
[6]李志威,吴叶舟,胡旭跃,周银军,闫霞.长江源通天河段辫状河道形态特征与变化规律.长江科学院院报,2018,35(9):6-12.
[7]刘晶,李志威*,吉立,余国安,田世民.黄河源唐乃亥站水沙序列重建与变化规律.水文,2018,38(5):7-14.
[8]李贝贝,李志威*,胡旭跃,余国安.长江源区河网纵剖面分析.山地学报,2018,36(3):470-481.
[9]李志威,袁昕亚,余国安.雅鲁藏布江流域河流纵剖面特征及其地貌意义.泥沙研究,2018.
[10]游宇驰,李志威*,陈敏建.若尔盖高原日干乔沼泽的人工沟渠排水能力估算.湿地科学,2018,16(2):223-230.
[11]李志威,袁帅,朱玲玲,李文哲.荆江河段四次裁弯后干流河道调整研究.长江流域资源与环境,2018,27(4):883-891.
[12]李志威,吴新宇,胡旭跃*.弯曲河流水槽塑造实验与维持条件综述.泥沙研究,2018,43(2):73-80.
[13]游宇驰,李志威*,李希来.1990—2011年若尔盖高原土地覆盖变化.水利水电科技进展,2018,38(2):62-79.
[14]杨涵苑,李志威*,余国安.塔里木河干流弯曲河段维持蜿蜒的必要条件.泥沙研究,2018,43(2):47-54.
[15]李志威,孙萌,游宇驰,余国安.若尔盖高原实际蒸散量变化规律研究.生态环境学报,2017,26(8):1317-1324.
[16]李志威,郭楠,胡旭跃,王晓娟,李艳富.若尔盖高原泥炭型弯曲河道崩岸过程模拟.水利水运工程学报,2017,6:62-70.
[17]李想,李志威*,胡旭跃,田世民.若尔盖黑河的牛轭湖沿程数量变化与形态特征,水利水电科技进展,2017,37(6):19-24.
[18]游宇驰,李志威*,黄草,曾杭.1990-2016若尔盖高原荒漠化时空变化分析.生态环境学报,2017,26(10):1671-1680.
[19]吉立,刘晶,李志威*,潘保柱,孙萌.2011-2015年我国水污染事件及原因分析.生态与农村环境学报,2017,33(9):775-782.
[20]隆院男,刘晶,李志威*,蒋昌波.近30年湘江中下游典型江心洲演变规律.泥沙研究,2017,42(6):9-15.
[21]刘晶,李志威*,田世民,刘成,胡世雄.近60年渭河下游自然裁弯时空演变规律.泥沙研究,2017,42(1):13-20.
[22]李志威,刘晶,胡世雄,田世民,潘保柱.中国冲积大河的河型分布与成因.水利水电科技进展,2017,37(2):7-13.
[23]李志威,王兆印,余国安,王旭昭,张晨笛.雅鲁藏布大峡谷水电开发对大峡谷边坡稳定性的影响.山地学报,2015,33(3):331-338.
[24]李志威,王兆印,贾艳红.三峡水库蓄水后长江中下游江心洲的演变及其机理分析.长江流域资源与环境,2015,24(1):66-74.
[25]李志威,王兆印,余国安.卵砾石淤积的沙洲发育机理.水力发电学报,2014,33(3):126-131.
[26]李志威,王兆印,潘保柱.牛轭湖形成机理与长期演变规律.泥沙研究,2012,(5):17-26.
[27]李志威,王兆印,李艳富,刘乐.黄河源区典型弯曲河流的几何形态特征.泥沙研究,2012,(4):11-17.
[28]李志威,王兆印,张康.典型沙洲形态与河道的关系.泥沙研究,2012,(1):68-73.
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