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(1)郭博瀚,周买春,刘远(2018/11):套合流域流量关系研究——以韩江流域为例.中国农村水利水电,2018年第11期,48-54（通讯作者,中文核心）。(2)马兴华,周买春,董延军,李兴拼(2018/08):基于遗传算法的多目标水资源优化配置模型在岩溶地区的应用.中国防汛抗旱,28(8):30-35,56（一般期刊）(3)马兴华,周买春,左其亭,马军霞,李兴拼(2018/07):“一带一路”对广西北部湾经济区水资源脆弱性的影响.水资源保护,34(4):56-60（中文核心）。(4)黄燕,周买春,陈瑛(2018/06):中国与巴西农业碳排放动态变化及影响因素分析.世界农业,470:116-121（通讯作者,中文核心）(5)史新,周买春,刘振华,胡月明,刘远朱淑华(2018/06):基于Landsat8数据的3种地表温度反演算法在三河坝流域的对比分析.遥感技术与应用,33(3):465-475（通讯作者,中文核心）。(6)马兴华,周买春,解河海(2018/06):基于区间可行域的河流生态流量多方法耦合模型研究.人民珠江,39(6):37-40,76（一般期刊）。(7)刘远,周买春(2018/02):MODIS,CYCLOPES和GLASS3种LAI产品在韩江流域的对比.国土资源遥感,30(1):14-21（通讯作者,中文核心）。(8)正楠炯,周买春,刘远(2017/12):基于GIS的Horton水系分维值估算——以韩江流域为例.中国农村水利水电,2017年第12期:81-85,89（通讯作者,中文核心）。(9)郑楠炯,周买春,谯雯,刘远,叶植滔(2017/12):华南地区水库消落带侵蚀状况与生态治理——以高州水库为例.科学技术与工程,17(34):142-153（通讯作者,中文核心,代表性论文）。(10)刘远,周买春(2017/06):遥感反演植被叶面积指数的不确定性来源综述.江苏农业科学,45(12):12-19（通讯作者,中文核心）。(11)刘远,周买春(2017/06):３种IGBP分类系统的土地覆盖数据在韩江流域的对比分析.遥感技术与应用,32(3):575-584（通讯作者,中文核心）。(12)刘远,周买春(2017/02):基于HYDRO1K、SRTM3和ASTERGDEM的韩江流域水文地形信息对比.中国农村水利水电,2017年第2期:98-103,107（通讯作者,中文核心）。(13)刘远,周买春(2017/01):空间插值气象数据在Shuttleworth-Wallace潜在蒸散发模型中的应用.水利水电科技进展,37(1):8-16（通讯作者,中文核心）。(14)叶植滔,周买春(2016/10):广东丘陵区小型河流生态需水量多种方法估算.人民长江,47(19):6-11（通讯作者,中文核心）。(15)朱炬明,周买春(2016/04):不同水文模型在双桥流域的应用比较.人民黄河,38(4):22-26（通讯作者,中文核心）。(16)马兴华,周买春,万东辉,查大伟(2016/03).基于最严格水资源管理的水资源优化配置研究.人民珠江,37(3):1-5
（一般期刊）。(17)周买春,肖红玉,胡月明,刘远(2015/10):BTOPMC/SCAU分布式流域水文模型原理和系统设计.农业工程学报,31(20):132-139（中文核心一级,EI）。(18)王煌,周买春,李思颖,朱炬明(2015/03):基于水文模拟计算山区小水电站减脱水河段生态需水量的水文学方法及静水域生态补水机制.水力发电学报,34(3):29-37（通讯作者,中文核心）。(19)刘远,周买春(2015/01):AVHRR,SPOT-VGT和MODIS3种NDVI遥感数据在韩江流域的对比分析.华南农业大学学报(自然科学版),36(1):106-112（通讯作者,中文核心一级）。(20)肖红玉,刘远,黄韩英,周买春(2014/11):分布式流域水文模型BTOPMC/SCAU地形模块的可视化.江苏农业科学,42(11):410-414（通讯作者,中文核心）。(21)钟向宁,周买春,刘远,黄韩英(2014/10):河宽模型对Muskingum-Cunge方法汇流的影响.水力发电学报,33(5):28-35（通讯作者,中文核心）。(22)王煌,周买春,刘远,李思颖(2014/04):水力学法估算广东省山区小水电站减脱水河段生态需水量的探讨.水力发电学报,33(2):154-161（通讯作者,中文核心）。(23)李旭,周买春,梁智宏,曾卉(2014/01):遥感影像分类方法.北京农业,2014年1月下旬刊:217-218（中文一般）。(24)崔珏,周买春,刘远,黎裕文(2013/08):泗合水流域径流变化趋势及其影响因素分析.水电能源科学,31(8):22-26（通讯作者,中文核心）。(25)刘远,周买春,陈芷菁,李绍文(2013/05):基于S-W模型的韩江流域潜在蒸散发的气候和植被敏感性分析.农业工程学报,29(10),92-100（通讯作者,中文核心一级,EI）。(26)曹启桓,刘远,周买春,钟向宁(2013/03):基于AVHRRNDVI的Shuttleworth-Wallace模型在韩江流域的应用.中山大学学报(自然科学版),52(2):10-17（通讯作者,中文核心一级）。(27)刘远,周买春,陈芷菁,李绍文(2012):基于不同DEM数据源的数字河网提取对比分析——以韩江流域为例.地理科学,32(9):1112-1118（通讯作者,中文核心一级）。(28)刘远,周买春(2012):关于DL5108-1999和SL319-2005《混凝土重力坝设计规范》的讨论.水力发电,38(6),40-43（通讯作者,中文核心）。(29)MaichunZhou(2011):EstimatesofEvapotranspirationandTheirImplicationintheMekongandYellowRiverBasins.InEvapotranspirationeditedbyLeszekLabedzki,ISBN:978-953-307-251-7,InTech,p.319-358.Availablefrom:http://www.intechopen.com/articles/show/title/estimates-of-evapotranspiration-and-their-implication-in-the-mekong-and-yellow-river-basins.(30)ZhouMaichun,GaoYongtongandLiuYuan(2010):MatchingXinanjiangmodelandTOPMODELfordescribingspatialsoilmoisturepatternsoverthecatchment.JournalofBeijingNormalUniversity(NaturealScience),46(3),245-253.（北京师范大学学报自然科学版，2010年06月第46卷第3期）(31)ChiihiroYoshimura,MaichunZhou,AnthonyS.Kiem,KazuhikoFukami,HapuarachchiH.A.Prasantha,HiroshiIshidaira,KuniyoshiTakeuchi(2009):2020sscenarioanalysisofnutrientloadintheMekongRiverBasinusingadistributedhydrologicalmodel.ScienceoftheTotalEnvironment,407,5356-5366,DOI:10.1016/j.scitotenv.2009.06.026.(SCIandEI)(32)MaichunZhou,HiroshiIshidaira,KuniyoshiTakeuchiandYongtongGao(2009):EvapotranspirationintheMekongandYellowRiverbasins.HydrologicalSciencesJournal,54(3),623-638.(SCIandEI)(33)KuniyoshiTakeuchi,PrasanthaHapuarachchi,MaichunZhou,HiroshiIshidairaandJunMagome(2008):ABTOPmodeltoextendTOPMODELfordistributedhydrologicalsimulationoflargebasins.HydrologicalProcesses,22(17),3236-3251,DOI:10.1002/hyp.6910,(publishedonlineNovember16,2007).(SCIandEI)
(34)Zhou,M.C.,Ishidaira,H.andTakeuchi,K.(2008):ComparativestudyofpotentialevapotranspirationandinterceptionevaporationbylandcoveroverMekongbasin.HydrologicalProcesses,22(9),1290-1309,DOI:10.1002/hyp.6939,(publishedonlineFebruary18,2008).(SCIandEI)(IDS号:300LD)(35)HapuArachchigePrasanthaHapuarachchi,KuniyoshiTakeuchi,MaichunZhou,AnthonyStuartKiem,MikhailGeorgievski,JunMagomeandHiroshiIshidaira(2008):InvestigationoftheMekongRiverbasinhydrologyfor1980–2000usingtheYHyM.HydrologicalProcesses,22(9),1246-1256,DOI:10.1002/hyp.6934,(publishedonlineJanuary31,2008).(SCIandEI)(36)AnthonyS.Kiem,HiroshiIshidaira,HapuarachchigeP.Hapuaeachchi,MaichunZhou,YukikoHirabayashi,KuniyoshiTakeuchi(2008):FuturehydroclimatologyoftheMekongRiverbasinsimulatedusingthehigh-resolutionJapanMeteorologicalAgency(JMA)AGCM.HydrologicalProcesses,22(9),1382-1394,DOI:10.1002/hyp.6947,(publishedonlineMarch31,2008).(SCIandEI)(37)Zhou,M.C.,Ishidaira,H.,Hapulachichi,H.,Georgievsky,M.andTakeuchi,K.(2007):Rolesofsnow,infiltration-andsaturation-excessprocessesinrunoffgenerationofYellowRiverbasin.IAHSRedBookNo.311(MethodologyinHydrology,editedbyLiliangRen,QiongfangLi,DanrongZhang&JunXia),p.32-45,ProceedingsoftheSecondInternationalSymposiumonMethodologyinHydrologyheldinNanjing,China,October30-November1,2005.(EI)(38)Zhou,M.C.,Ishidaira,H.andTakeuchi,K.(2007):EstimationofpotentialevapotranspirationoverYellowRiverbasin:referencecropevaporationorShuttleworth-Wallace?HydrologicalProcesses,21(14),1860-1874,DOI:10.1002/hyp.6339,(publishedonlineAugust15,2006).(SCIandEI)(39)WangGuoqiang,ZhouMaichun,TakeuchiKuniyoshiandIshidairaHiroshi(2007):ImprovedversionofBTOPMCmodelanditsapplicationinevent-basedhydrologicsimulation.JournalofGeographicalSciences,17(1),73-84（地理学报英文版,2007年01期，第73-84页），DOI：10.1007/s11442-007-0073-2。(40)Zhou,Maichun,Ishidaira,HiroshiandTakeuchi,Kuniyoshi(2006):EstimatingthepotentialevapotranspirationovertheYellowRiverbasinbyconsideringthelandcovercharacteristics.IAHSRedBookNo.303(PredictionsinUngaugedBasins:PromisesandProgress,editedbyM.Sivapalan),p.214-225,ProceedingsofsymposiumS7heldduringtheSeventhIAHSScientificAssemblyatFozdoIguassu,Brazil,April2005.(EI)(41)Zhou,M.C.,Ishidaira,H.,Hapuarachchi,H.P.,Magome,J.,Kiem,A.S.andTakeuchi,K.(2006):EstimatingpotentialevapotranspirationusingShuttleworth-WallacemodelandNOAA-AVHRRNDVIdatatofeedadistributedhydrologicalmodelovertheMekongRiverBasin.JournalofHydrology,327，151-173,DOI:10.1016/j.jhydrol.2005.11.013.(SCIandEI)(42)Wong,T.S.W.andZhou,M.C.(2006):Kinematicwaveparametersfortrapezoidalandrectangularchannels.JournalofHydrologicEngineering,11(2),173-183.(SCIandEI)(43)竹内邦良，石平博，敖天其，周买春，马龙纯，哈普阿拉齐齐·普拉上萨，克母·安瑟尼(2005):分布式水文模型系统YHyM在黄河流域上的应用,<<水资源综合评价模型及其在黄河流域的应用>>(杨大文，楠田哲也编著)(第七章),p97-107。中国水利水电出版社,北京。(44)Wong,T.S.W.andZhou,M.C.(2004):DevelopmentofdrainagedesignsoftwareforSingapore.JounalofTheInstitutionofEngineers,Singapore,44(1),55-75.(45)Wong,T.S.W.andZhou,M.C.(2004):DeterminationofcriticalandnormaldepthsusingExcel.Proceedingsofthe2004WorldWaterandEnvironmetalResourcesCongress:CriticalTransitionsinWaterandEnvironmentalResourcesManagement,June27-August1,2004,SaltLakeCity,Uhta,USA,p1380-1387.(EI)(46)Zhou,M.C.andWong,T.S.W.(2003):DDSoft–aWindows-baseddrainagesoftware.CivilEngineeringResearch,January2003,p.103-104,(SchoolofCivilandEnvironmentalEngineering,NanyangTechnological
University).(47)Wong,T.S.W.andZhou,M.C.(2003):Kinematicwaveparametersandtimeoftravelincircularchannelrevisited.AdvancesinWaterResources,26,417-425,DOI:10.1016/S0309-1708(02)00186-0.（SCIandEI）(48)周买春，陈子平，周利民，杨飞(2003)：流溪河水资源优化调度初步设想。广东水电科技，2003年第3期。(49)周买春，A.W.Jayawardena(2002)：利用双抛物线型土壤蓄水容量曲线对新安江产流模型的改进。水利学报，2002年第12期，第38-43页。（EI）(50)Wong,T.S.W.andZhou,M.C.(2002):Re-evaluationofManning'sroughnesscoefficientforrunoffoverconcretesurface.InGlobalSolutionsforUrbanDrainage,editedbyE.W.StreckerandW.C.Huber,Proceedingsofthe9thInternationalConferenceonUrbanDrainage,September8-13,2002,Portland,Oregon,USA,p1-8.(EI)(51)周买春，黎子浩，A.W.Jayawardena(2002)：数值地形图的生成及其水文地貌特征评价。水利学报，2002年第2期，第71-74页。（EI）(52)Jayawardena,A.W.andZhou,M.C.(2000):AmodifiedspatialsoilmoisturestoragecapacitydistributioncurvefortheXinanjiangmodel.JournalofHydrology,227,93-113.（SCIandEI）(53)Jayawardena,A.W.,Fernando,D.A.K.andZhou,M.C.(1996):Comparisonofmultilayerperceptronandradialbasisfunctionnetworksastoolsforfloodforecasting.IAHSRedBookNo.239,p.173-181.（EI）(54)周买春(1996)：非饱和土壤水力参数实验室和田间测定的研究。广东水电科技，1996年第2期。(55)周买春(1995)：利用水银张力计对柑树根系区土壤水吸力的测量及数据分析。广东水电科技，1995年第2期。(56)周买春，徐得潜，韩志刚(1991)：定量评估抽水蓄能电站事故备用效益的模拟法。水电能源科学，1991年第3期，第233-239页。B.国际/国内学术会议上发表论文（共28篇，其中国际会议22篇，国内会议6篇；英文22篇，中文6篇；被SCI和EI收录1篇，被EI单独收录5篇）(1)郑楠炯,周买春,刘远,谯雯,黄燕(2015):水库消落带生态治理概述.2015首届中国水岸峰会论文集,67-71页,2015年12月,海南海口.(2)王煌，周买春，刘远(2012):广东省小水电水资源开发配置与生态环境的关系.2012全国水资源合理配置与优化调度技术会议专刊，33-36页，2012年7月，陕西西安.(3)崔珏，周买春，刘远(2012):广东省泗合水流域降雨径流趋势变化与持续性分析.2012全国水资源合理配置与优化调度技术会议专刊，95-99页，2012年7月，陕西西安.(4)钟向宁，周买春，刘远(2012):流域降雨与径流空间分布的GIS计算方法.2012全国水资源合理配置与优化调度技术会议专刊，100-103页，2012年7月，陕西西安.(5)MaichunZhouandYongtongGao(2009):MatchingXinanjiangmodelandTOPMODELfordescribingspatialsoilmoisturepatternsoverthecatchment.SubmittedtotheInternationalSymposiumonHydrologicalModelswillbeheldatBeijingNormalUniversity,October24-25,2009,Beijing,China.(6)MaichunZhouandTommySaiWaiWong(2008):Kinematicwavesolutionofcircularchannelflowforurbandrainage.Proceedingsofthe4thConferenceofAsiaPacificAssociationofHydrologyandWaterResources(4thAPHW)(CD),November3-5,2008,Beijing,China.(7)MaichunZhou,HiroshiIshidaira,andKuniyoshiTakeuchi(2006):ApplicationofadaptiveMuskingum-CungemethodtoMekongRiverBasinfordistributedrunoffrouting.ProceedingsoftheInternationalConferenceon“MekongResearchforthePeopleoftheMekong”,p.129-135(CD),October18-21,2006,ChiangRai,Thailand.(8)Zhou,M.C.,Ishidaira,H.,Takeuchi,K.,Magome,J.andHapuarachchi,P.H.(2006):AnAdaptiveMuskingum-CungeRoutingMethodforDistributedHydrologicalModelinginLargeRiverBasins.Proceedingsofthe3rdAPHW(AsiaPacificAssociationofHydrologyandWaterResources)InternationalConferenceon“WiseWater
ResourcesManagementTowardsSustainableGrowthandPovertyReduction”,manuscriptST1-01-A03-235_1152992389(CD),October16-18,2006,Bangkok,Thailand.(9)Zhou,M.C.,Ishidaira,H.andTakeuchi,K.(2006):Potentialevapotranspirationoverhumidandsemi-aridAsianmonsoonregions:casesofMekongandYellowRiverbasins.InternationalConferenceonHydrologyinAsia,June8-10,2006,Guangzhou,China.(10)Ishidaira,H.,K.Takeuchi,J.Magome,H.A.P.HapuarachchiandM.C.Zhou(2005):ApplicationofdistributedhydrologicalmodelYHyMtolargeriverbasinsinSoutheastAsia,ProceedingsofThirdSoutheastAsianWaterEnvironment,AIT,Thailand,December2005,pp.49-55.(11)Zhou,M.C.,Ishidaira,H.,Hapulachichi,H.,Georgievsky,M.andTakeuchi,K.(2005):Rolesofsnow,infiltration-andsaturation-excessprocessesinrunoffgenerationofYellowRiverbasin.SymposiumonMethodologyinHydrology,HohaiUniversity,Nanjing,China,Oct30-Nov1,2005.(12)Takeuchi,K.,H.Ishidaira,J.Magome,M.C.Zhou,H.A.P.Hapuarachchi,A.Kiem,M.GeorgievskiandI.Struthers(2005):Hydrologicalpredictionoflargebasinsforintegratedrivarbasinmanagement:AnattemptofYhyM,5thInternationalScienceConferenceontheGlobalenergyandWaterCycle,OrangeCounty,USA,June2005.(13)MaichunZhou,HiroshiIshidairaandKuniyoshiTakeuchi(2005):EstimatingofpotentialevapotranspirationovertheYellowRiverbasin:Penman-MonteithorShuttleworth-Wallace?Oralpresentation,ProceedingsoftheChina-JapanJointSymposiumonWaterResourcesintheYellowRiverBasin,p.22-24.TsinghuaUniversity,Beijing,China,May8-9,2005.(14)Hapuarachchi,H.A.P.,A.Kiem,K.Takeuchi,H.Ishidaira,M.C.Zhou,J.MagomeandT.Ao(2005):TransferabilityoftheBTOPMCmodelparametersforpredictionsinungaugedbasins,Proc.7thIAHSScientificAssembly,FozdoIguassu,Brazil,4-9April2005(OnCD-ROM).(15)Kiem,A.S.,H.A.P.Hapuarachchi,J.Magome,M.C.Zhou,M.GeorgievskyandK.Takeuchi(2005):Long-termfloodfrequencyanalysisintheMekongandYellowRiverbasins(poster),Proc.EGUGeneralAssembly(GeophysicalResearchAbstracts,Vol.7,00876,2005),Vienna,Austria,24-29April2005(OnCD-ROM)(16)MaichunZhou,HiroshiIshidairaandKuniyoshiTakeuchi(2005):EstimatingthepotentialevapotranspiratopnovertheYellowRiverbasinbyconsideringthelandcovercharacteristics.VIIthIAHSScientificAssembly,April3to9,2005,FozdoIguassu,Brazil.(17)Hapuarachchi,H.A.P.,A.Kiem,K.Takeuchi,T.Ao,J.MagomeandM.Zhou(2004):ApplicabilityofTheBTOPMCModelforPredictionsinUngaugedBasins.ProceedingsofSustainableWaterResourcesManagementinChangingEnvironmentoftheMonsoonRegion,378-388,November,2004,Colombo,SriLanka.(18)Zhou,M.C.,Ishidaira,H.andTakeuchi,K.(2004):EstimatingpotentialevapotranspirationoverMekongRiverbasinbyconsideringlandcovercharacteristics.ProceedingsoftheInternationalConferenceon“AdvancesinIntegratedMekongRiverManagement”,October25–27,2004,Vientiane,LaoPDR.(19)Hapuarachchi,H.A.P.,A.Kiem,K.Takeuchi,H.Ishidaira,J.Magome,I.Struthers,M.C.ZhouandT.Ao(2004):ApplicationofadistributedhydrologicalmodelYHyMtotheMekongRiverBasin,ProceedingsoftheInternationalConferenceonAdvancesinIntegratedMekongRiverManagement,74-80,October25–27,2004,Vientiane,LaoPDR.(20)Takeuchi,K.,H.Ishidaira,T.Ao,M.C.Zhou,J.Magome,H.A.P.HapuarachchiandA.Kiem(2004):AdistributedhydrologicalmodelYHyMtosimulatelargecontinentalbasins,Proceedings-NATOAdvanceResearchWorkshop-PhysicalModelsofRiverBasinRunoffandTheirApplicationtoUngaugedBasins,Moscow,Russia,September2004.
(21)Wong,T.S.W.andZhou,M.C.(2004):DeterminationofcriticalandnormaldepthsusingExcel.Proceedingsofthe2004WorldWaterandEnvironmetalResourcesCongress:CriticalTransitionsinWaterandEnvironmentalResourcesManagement,June27-August1,2004,SaltLakeCity,Uhta,USA,p1380-1387.(22)Zhou,M.C.,Takeuchi,K.andIshidaira,H.(2003):SpatialandTemporalDistributionPatternsofPotentialEvaporationandEvapotranspirationatMekongandYellowRiverBasins.ProceedingsoftheAnnualConferenceofJapanSocietyofHydrologyandWaterResources,p.192-193,July31-August1,2003,福冈，日本。(23)Wong,T.S.W.andZhou,M.C.(2002):Re-evaluationofManning'sroughnesscoefficientforrunoffoverconcretesurface.InGlobalSolutionsforUrbanDrainage,editedbyE.W.StreckerandW.C.Huber,Proceedingsofthe9thInternationalConferenceonUrbanDrainage,September8-13,2002,Portland,Oregon,USA,p1-8.(24)周买春，A.W.Jayawardena(2001)：地理信息系统（GIS）汇流技术在深圳水库流域水文预报中的应用。GIS技术在水利中的应用国际研讨会，中国水利部和加拿大魁北克省联合举办，2001年5月23-25日，南京，p.310-318.(25)周买春，王谦伟，董益林，陈斯俊，刘文珊(2000)：深圳水库水文预报模型Windows版及1999年度运行情况分析。水力学2000，中国，第334-348页，第四届全国环境水力学会议，2000年9月，成都。(26)Jayawardena,A.W.andZhou,M.C.(1999):ComparisonoftwoDEMgenerationmethodsonthegeomorphologicalandhydrologicalinformation.InCivilandEnvironmentalEngineeringConferenceNewFrontiers&Challenges,editedbyA.DasGupta,T.Tingsanchali,R.Loof,S.Weesakul,S.Vongvisessomjai,S.KazamaandV.Salokhe,Vol.5(PartI),WaterEngineeringandManagement,ProceedingsoftheConferenceheldinBangkok,Thailand,November8-12,1999,p.I-9~I-16.(27)Jayawardena,A.W.andZhou,M.C.(1999):ModifiedXinanjiangmodelforrunoffgeneration.InWater99JointCongress,ProceedingsoftheSecondInternationalConferenceonWaterResourcesandEnvironmentResearchheldinBrisbane,Australia,June6-8,1999,p.1171-1179.(28)Jayawardena,A.W.,Fernando,D.A.K.andZhou,M.C.(1996):Comparisonofmultilayerperceptronandradialbasisfunctionnetworksastoolsforfloodforecasting.InDestructiveWater:Water-causedNaturalDisasters,theirAbatementandControl,editedbyG.H.Leavesley,H.F.Lins,F.Nobilis,R.S.Parker,V.R.SchneiderandF.H.M.vandeVen,ProceedingsoftheConferenceheldinAnaheim,California,June1996,IAHSpubl.No.239,p.173-181
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