近期论文
查看导师新发文章
(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]Chen,F.R.,Guan,Z.Q.,Yang,X.K.,Cui,W.H.,2011.Anovelremotesensingimagefusionmethodbasedonindependentcomponentanalysis.InternationalJournalOfRemoteSensing32,2745-2763.(SCI,IF:1.65)
[2]Lu,X.X.,Yang,X.K.,Li,S.Y.,2011.DamnotsolecauseofChinesedrought.Nature475,174-174.(SCI,IF:31.0)
[3]Lu,X.X.,Yang,X.K.,Ran,L.S.,2012.DelineationofChina'sreservoirsandlakesusingremotesensingtechniques.In:A.L.Collins,V.Golosov,A.J.Horowitz,M.Stone,D.E.Walling,X.B.Zhang(Eds.),ErosionandSedimentYieldsintheChangingEnvironment,IAHS,Chengdu,China,pp.235-243,20-28.(SCI)
[4]Ran,L.S.,Lu,X.X.,Yang,X.K.,2012.MindsetChangeNeededforChina'sWaterCrisis.AMBIO41,216-218(SCI,IF:2.3)
[5]Yang,X.K.*,Lu,X.X.,2012.ModelofwaterregulationintheYangtzeRiverBasinanditseffectsusingremotesensingtechniques.In:A.L.Collins,V.Golosov,A.J.Horowitz,X.X.Lu,M.Stone,D.E.Walling,X.B.Zhang(Eds.),ErosionandSedimentYieldsintheChangingEnvironment.IAHS,Chengdu,China,pp.235-243.(SCI)
[6]Ran,L.S.,Lu,X.X.,Xin,Z.B.,Yang,X.K.,2013.Cumulativesedimenttrappingbyreservoirsinlargeriverbasins:AcasestudyoftheYellowRiverbasin.GlobalandPlanetaryChange100,308-319(SCI,IF:3.7).
[7]Yang,X.K.*,Lu,X.X.,2013.Delineationoflakesandreservoirsinlargeriverbasins:anexampleoftheYangtzeRiverBasin,China.Geomorphology190,92-102(SCI,IF:2.79).
[8]Yang,X.K.*,Lu,X.X.,2013.Estimateofcumulativesedimenttrappingbymultiplereservoirsinlargeriverbasins:AnexampleoftheYangtzeRiverbasin.Geomorphology227:49-59(SCI,IF:2.79).
[9]Yang,X.K.*,Lu,X.X.,2013.TenyearsoftheThreeGorgesDam:acallforpolicyoverhaul.EnvironmentalResearchLetters8,041006(SCI,IF:4.09).
[10]Yang,X.K.*,Lu,X.X.,2014.DrasticchangeinChina'slakesandreservoirsoverthepastdecades.ScientificReports4,doi:10.1038/srep06041(SCI,IF:5.56).
[11]Yang,X.K.*,Lu,X.X.,2016.SustainingChina’slargerivers:riverdevelopmentpolicy,impacts,institutionalissuesandstrategiesforfutureimprovement.Geoforum69,1-4(SCI,IF:2.4).
[12]Liu,S.D.,Lu,X.X,Xia,X.H,Zhang,S.R.,Ran,L.S.,Yang,X.K.,Liu,T,2016.DynamicbiogeochemicalcontrolsonriverpCO2andrecentchangesunderaggravatingriverimpoundment:anexampleofthesubtropicalYangtzeRiver.GlobalChangeBiology(SCI,IF:8.4)DOI:10.1002/2016GB005388,2016.
[13]Zhang,G.Q.,Yao,Tandong,Bolch,Tobia,ShilongPiao,Yang,X.K.,XieHongjie,2016.ClimatechangedrivesextensivelakeareachangesonAsia'shighplateaus.GeophysicalResearchLetter,(SCI,IF:5.6).
[14]Liu,S.D.,Lu,X.X.,Xia,X.,Yang,X.K.andRan,L.,2017.HydrologicalandgeomorphologicalcontrolonCO2outgassingfromlow-gradientlargerivers:AnexampleoftheYangtzeRiversystem.JournalofHydrology,550,pp.26-41(SCI,IF:2.8).
[15]Ran,L.S.,Li,L.Y.,Tian,M.Y.,Yang,X.K.,Yu,R.H.,Zhao,J.,Wang,L.andLu,X.X.,2017.RiverineCO2emissionsintheWudingRivercatchmentontheLoessPlateau:Environmentalcontrolsanddamimpoundmentimpact.JournalofGeophysicalResearch:Biogeosciences.(SCI,IF:4.1)
[16]RanL.S.,TianM.Y.,FangN.F.,WangS.J.,LuX.X.,YangX.K.,ChoF.,2018.RiverinecarbonexportinthearidtosemiaridWudingRivercatchmentontheChineseLoessPlateau.Biogeosciences.15(12):3857-71(SCI,IF:3.7)
[17]Ran,L.S.,Lu,X.X.,Fang,N.andYang,XK.,2018.Effectivesoilerosioncontrolrepresentsasignificantnetcarbonsequestration.Scientificreports,8(1),p.12018(SCI,IF:4.5).
[18]Li,D.F.,Lu,X.X.,Yang,XK.,Chen,L.andLin,L.,2018.SedimentloadresponsestoclimatevariationandcascadereservoirsintheYangtzeRiver:AcasestudyoftheJinshaRiver.Geomorphology,322,pp.41-52(SCI,IF:3.2).
[19]Yang,X.K.*,Lu,X.,Park,E.andTarolli,P.,2019.ImpactsofClimateChangeonLakeFluctuationsintheHinduKush-Himalaya-TibetanPlateau.RemoteSensing,11(9),p.1082.,(SCI,IF:3.4)
[20]李凌宇,于瑞宏,田明扬,胡海珠,张笑欣,冉立山,杨现坤,吕喜玺.2016.黄河二氧化碳逸出时空变化及其影响因素——以头道拐水文站为例.生态学报.;37(22):7636-46.
[21]宫辰,杨现坤,田明扬,苏元戎,李凌宇,冉立山,刘少达,于瑞宏,胡海珠,吕喜玺.2018.黄河源区水库二氧化碳逸出暖季变化规律及影响因素分析——以刘家峡水库为例.环境科学学报,38(7):2919-2930.