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[1]YanZeng,ZetaoFang,JingwenLiu,YanfangDong,FushengLi(李伏生)*.NitrousOxideEmissioninRelationtoPaddySoilMicrobialCommunitiesinSouthChinaUnderDifferentIrrigationandNitrogenStrategies.CommunicationsinSoilScienceandPlantAnalysis,2019,50(10):1278-1291.(SCI,WOS:000477634500008,通讯作者)
[2]HuiLuo,FushengLi(李伏生)*.Tomatoyield,qualityandwateruseefficiencyunderdifferentdripfertigationstrategies.ScientiaHorticulturae,2018,235,181–188（SCI,WOS:000430762600021，通讯作者）
[3]FuFengbei,LiFusheng(李伏生)*,KangShaozhong.Alternatepartialroot-zonedripirrigationimproveswater–andnitrogen–useefficienciesofsweet-waxymaizewithnitrogenfertigation.ScientificReports,2017，7:17256,1-10,DOI:10.1038/s41598-017-17560-2(SCI，WOS:000417463500055，通讯作者)
[4]WangDaobo,LiFusheng(李伏生),NongMengling.ResponseofyieldandwateruseefficiencytodifferentirrigationlevelsatdifferentgrowthstagesofKenafandcropwaterproductionfunction.AgriculturalWaterManagement,2017,179，177-183(SCI,WOS:000390746800018,EI，通讯作者)
[5]XiaogangLiu,YuntaoQi,FushengLi(李伏生),QiliangYang,LimingYu.Impactsofregulateddeficitirrigationonyield,qualityandwateruseefficiencyofArabicacoffeeunderdifferentshadinglevelsindryandhotregionsofsouthwestChina.AgriculturalWaterManagement,2018,204,292-300（SCI,WOS:000433642000028,EI，通讯作者）
[6]LiangYanfei,LiFusheng(李伏生),NongMengling,LuoHui,ZhangJianhua.Microbialactivityinpaddysoilandwateruseefficiencyofriceasaffectedbyirrigationmethodandnitrogenlevel.CommunicationsinSoilScienceandPlantAnalysis,2016，47（1），19-31（SCI，WOS:000367817100003，通讯作者）
[7]LiuXiaogang,LiFusheng(李伏生),ZhangFucang,CaiHuanjie,YangQiliang.Influencesofalternatepartialroot-zoneirrigationandurearateonwater-andnitrogen-useefficienciesintomato.InternationalJournalofAgriculturalandBiologicalEngineering,2017,10(6):94-102(SCI，WOS:000417884400010，通讯作者)
[8]DaoboWang,WeiHuang,RuwenLiang,LiFusheng(李伏生).EffectsofSpartinaalternifloraInvasiononSoilQualityinCoastalWetlandofBeibuGulfofSouthChina.PLoSOne,2016,11(12)：e0168951，10.1371/journal.pone.0168951(SCI，WOS:000391229300040，通讯作者)
[9]LiuXiaogang,LiFusheng(李伏生),YangQiliangWangXinle.Effectsofalternatedripirrigationandsuperabsorbentpolymersongrowthandwateruseofyoungcoffeetree.JournalofEnvironmentalBiology,2016,37(4),485-491(SCI,WOS:000382473800002,通讯作者)
[10]LiuXiaogang,LiFusheng(李伏生),ZhangYan,YangQiliang.EffectsofdeficitirrigationonyieldandnutritionalqualityofArabicacoffee(Coffeaarabica)underdifferentNratesindryandhotregionofsouthwestChina.AgriculturalWaterManagement,2016,172,1-8(SCI,WOS:000377740100001,EI，通讯作者)
[11]YangLijuan,ZhaoFengyan,ChangQing,LiTianlai,LiFusheng(李伏生).Effectsofvermicompostsontomatoyieldandqualityandsoilfertilityingreenhouseunderdifferentsoilwaterregimes.AgriculturalWaterManagement,2015,10,160:98-105（SCI,WOS:000360864900010，EI，通讯作者）
[12]LiCaixia,ZhouXinguo,SunJingsheng,LiFusheng(李伏生),GaoYang,WangHezhou.Evapotranspirationmodelofmaizefieldwithridgecultureunderalternatefurrowirrigation.IrrigationandDrainage,2015,64(4),557-565(SCI，WOS:000362457300010，通讯作者之一)
[13]LiangHailing,LiFusheng(李伏生),NongMengling.Effectsofalternatepartialroot-zoneirrigationonyieldandwateruseofstickymaizewithfertigation.AgriculturalWaterManagement,2013,116(1):242-247(SCI,WOS:000313309000024,EI,通讯作者)
[14]LiFusheng(李伏生),YuJiangmin,NongMengling,KangShaozhong,ZhangJianhua.Partialroot-zoneirrigationenhancedsoilenzymeactivitiesandwateruseofmaizeunderdifferentratiosofinorganictoorganicnitrogenfertilizers.AgriculturalWaterManagement,2010,97(2):231-239(SCI,WOS:000273166600006,EI)
[15]LiFusheng(李伏生),WeiCaihui,ZhangFucang,ZhangJianhua,NongMengling,KangShaozhong.Water-useefficiencyandphysiologicalresponsesofmaizeunderpartialroot-zoneirrigation.AgriculturalWaterManagement,2010,97(8):1156-1164(SCI,WOS:000279042000008,EI)
[16]LiFusheng(李伏生),LiangJihua,KangShaozhong,ZhangJianhua.Benefitsofalternatepartialroot-zoneirrigationongrowth,waterandnitrogenuseefficienciesmodifiedbyfertilizationandsoilwaterstatusinmaize.PlantandSoil,2007,295:279–291(SCI,WOS:000247279100023)
[17]LiFusheng(李伏生),KangShaozhong,ZhangJianhua.InteractiveeffectsofelevatedCO2,nitrogenanddroughtonleafarea,stomatalconductance,andevapotranspirationofwheat.AgriculturalWaterManagement,2004,67(3):221-233(SCI,WOS:000221982300005,EI)
[18]LiFusheng(李伏生),KangShaozhong,ZhangJianhua,CohenShabtai.EffectsofatmosphericCO2enrichment,waterstatusandappliednitrogenonwater-andnitrogen-useefficienciesofwheat.PlantandSoil,2003,254:279-289(SCI,WOS:000185070900004)
[19]LiFusheng(李伏生),KangShaozhong,ZhangJianhua.CO2enrichmentonbiomassaccumulationandnitrogennutritionofspringwheatunderdifferentsoilnitrogenandwaterstatus.JournalofPlantNutrition,2003,26(4):769-788(SCI,WOS:000181752000005)
[20]LiFusheng(李伏生),CohenShabtai,NaorAmos,KangShaozhong,ErenzAmnon.Studiesofcanopystructureandwateruseofappletreesonthreerootstocks,AgriculturalWaterManagement，2002,55(1):1-14(SCI,WOS:000174411900001)
[21]YangQiliang,LiFusheng(李伏生),ZhangFucang,LiuXiaogang.InteractiveeffectsofirrigationfrequencyandnitrogenadditionongrowthandwateruseofJatrophacurcas.BiomassandBioenergy,2013,59:234-242(SCI,WOS:000330910400022，EI,通讯作者)
[22]YangQiliang,ZhangFucang,LiFusheng(李伏生).Effectofdifferentdripirrigationmethodsandfertilizationongrowth,physiologyandwateruseofyoungappletree.ScientiaHorticulturae,2011,129(1):119-126(SCI,WOS:000291176300018,通讯作者之一)
[23]YangQiliang,ZhangFucang,LiFusheng(李伏生),LiuXiaogang.Hydraulicconductivityandwater-useefficiencyofyoungpeartreeunderalternatedripirrigation.AgriculturalWaterManagement,2013,119,80-88(SCI,WOS:000316505100008,EI,通讯作者之一)
[24]YangLijuan,QuHui,ZhangYulong,LiFusheng(李伏生).Effectsofpartialroot-zoneirrigationonphysiology,fruityieldandqualityandwateruseefficiencyoftomatounderdifferentcalciumlevels.Agr1iculturalWaterManagement,2012,104:89-94(SCI,WOS:000300862600010,EI,通讯作者)
[25]YangLijuan,LiFusheng(李伏生),ChuHuixia.EffectsofFoodWasteCompostonSoilMicrobialPopulations,TomatoYield,andTomatoQuality.CommunicationsinSoilScienceandPlantAnalysis,2014,45(8),1049-1058(SCI,WOS:000334827000003,通讯作者)
[26]YangLijuan,LiTianlai,LiFusheng(李伏生),LemcoffJ.H.,CohenS.Fertilizationregulatessoilenzymaticactivityandfertilitydynamicsinacucumberfield.ScientiaHorticulturae,2008,116(1):21–26(SCI,WOS:000254769900004,通讯作者之一)
[27]YangLijuan,LiTianlai,LiFusheng(李伏生),LemcoffJ.H.Long-TermFertilizationEffectonFractionandDistributionofSoilPhosphorusinaPlastic-FilmHouseinChina.CommunicationsinSoilScienceandPlantAnalysis,2011,42(1):1-12(SCI,WOS:000285346800001,通讯作者之一)
[28]LiuXiaogang,WangXinle,LiFusheng(李伏生),ZhangFucang,CaiHuanjie,YangQiliang.Responseoftomatoyieldandqualitytoalternatepartialroot-zoneirrigationatdifferentwaterandnitrogenlevels.CarpathianJournalofFoodScienceandTechnology,2015,7(4),154-160（EI，通讯作者）
[29]梁继华，李伏生，唐梅，冯毅.分根区交替灌溉对甜玉米水分和氮素利用的影响.农业工程学报,2006,22(10):68-72(EI，核心刊物，通讯作者)
[30]刘永贤，李伏生，农梦玲.烤烟不同生育时期分根区交替灌溉的节水调质效应.农业工程学报，2009,25(1):16-20（EI，核心刊物，通讯作者）
[31]刘水，李伏生，韦翔华，农梦玲.不同生育期分根区交替灌溉对玉米水分利用和土壤微生物量碳的影响.农业工程学报，2012，28(8):71-77(EI，通讯作者
2019年
[32]杜爱林,傅丰贝,李伏生.赤红壤碳库管理的滴灌施氮模式研究.华南农业大学学报,2019,40(2):14-20.（核心刊物，通讯作者）
[33]HuiRan,ShaozhongKang,XiaotaoHu,FushengLi(李伏生),TaishengDu,LingTong,SienLi,RishengDing,ZhenjiangZhou,DavidParsons.Newlydevelopedwaterproductivityandharvestindexmodelsformaizeinanaridregion.FieldCropsResearch,2019,234,73-86(SCI,WOS:000461264200008)
[34]RangjianQiu,ChunweiLiu,FushengLi(李伏生),ZhenchangWang,ZaiqiangYangandNingboCui.Aninvestigationonpossibleeffectofleachingfractionsphysiologicalresponsesofhotpepperplantstoirrigationwatersalinity.BMCPlantBiology,2019,19:297,https://doi.org/10.1186/s12870-019-1910-z.(SCI,WOS:000475539400002)
2018年
[35]XiaojieLi,ShaozhongKang,XiaotaoZhang,FushengLi(李伏生),HongnaLu.DeficitirrigationprovokesmorepronouncedresponsesofmaizephotosynthesisandwaterproductivitytoelevatedCO2.AgriculturalWaterManagement,2018,195,71-83(SCI,WOS:000417009500007,EI)
[36]JIANGXuelian,TONGLing,KANGShaozhong,LIFusheng(李伏生),LIDonghao,QINYonghui,SHIRongchao,LIJianbing.PlantingdensityaffectedbiomassandgrainyieldofmaizeforseedproductioninanaridregionofNorthwestChina.JAridLand,2018,10(2):292–303.(SCI,WOS:000429038200009)
[37]HuiRan,ShaozhongKang,FushengLi(李伏生),TaishengDu,LingTong,SienLi,RishengDing,XiaotaoZhang.ParameterizationoftheAquaCropmodelforfullanddeficitirrigatedmaizeforseedproductioninaridNorthwestChina.AgriculturalWaterManagement,2018,203,438-450(SCI，WOS:000434889800045，EI)
[38]陈意超,李伏生,李烙布.不同灌溉方式和尿素猪粪比例对稻田氮素转化相关微生物活性的影响.华南农业大学学报,2018,39(1):31-39（核心刊物，通讯作者）
[39]韦至激，方泽涛，李伏生，黄忠华，谭文艳，罗维钢.不同灌溉模式和施氮量下稻田N2O排放与有机氮组分的关系.江苏农业科学，2018，46(9):246-251（核心刊物，通讯作者）
2017年
[40]DuShaoqing,KangShaozhong,LiFusheng(李伏生),DuTaisheng.Wateruseefficiencyisimprovedbyalternatepartialroot-zoneirrigationofappleinaridnorthwestChina.AgriculturalWaterManagement,2017,179，184-192(SCI,WOS:000390746800019,EI)
[41]ZhangBaozhong,ChenHe,XuDi,LiFusheng(李伏生).Methodstoestimatedailyevapotranspirationfromhourlyevapotranspiration.BiosystemsEngineering,2017,153,129-139(SCI，WOS:000393252700012，EI)
[42]RanHui,KangShaozhong,LiFusheng(李伏生),TongLing,DingRisheng,DuTaisheng,LiSien,ZhangXiaotao.PerformanceofAquaCropandSIMDualKcmodelsinevapotranspirationpartitioningonfullanddeficitirrigatedmaizeforseedproductionunderplasticfilm-mulchinanaridregionofChina.AgriculturalSystems,2017,151,20–32(SCI,WOS:000392567200003)
[43]JiS.,TongL.,KangS.,LiF.(李伏生),LuH.,DuT.,LiS.,DingR.Amodifiedoptimalstomatalconductancemodelunderwater-stressedcondition.InternationalJournalofPlantProduction,2017,11(2),295-314(SCI，WOS:000402614800007)
[44]RANHui,KANGShaozhong,LIFusheng(李伏生),DUTaisheng,DINGRisheng,LISien,TONGLing.ResponsesofwaterproductivitytoirrigationandNsupplyforhybridmaizeseedproductioninanaridregionofNorthwestChina.JournalofAridLand,2017，9(4):504–514.（SCI,WOS:000404664400003）
[45]XiaojieLi,ShaozhongKang,FushengLi(李伏生),XiaotaoZhang,ZailinHuo,RishengDing,LingTong,TaishengDu,SienLi.LightSupplementandCarbonDioxideEnrichmentAffectYieldandQualityofOff-SeasonPepper.AgronomyJournal,2017,109:1–12(SCI,WOS:000412605600030)
[46]JintaoWang,LingTong,ShaozhongKang,FushengLi(李伏生),XiaotaoZhang,RishengDing,TaishengDu,SienLi.FloweringCharacteristicsandYieldofMaizeInbredsGrownforHybridSeedProductionunderDeficitIrrigation.CropScience,2017,57:2238-2250.(SCI,WOS:000408534800042)
[47]JIShasha,TONGLing,LIFusheng(李伏生),LUHongna,LISien,DUTaisheng,WUYoujie.Effectofanewantitranspirantonthephysiologyandwateruseefficiencyofsoybeanunderdifferentirrigationratesinanaridregion.Front.Agr.Sci.Eng.2017,4(2):155–164.
[48]魏贵玉，方泽涛，李伏生.不同氮肥种类和亏缺灌溉对切花百合品质的影响,植物营养与肥料学报，2017，23（1）244–253（核心刊物，通讯作者）
[49]王楷，李伏生，方泽涛，董艳芳，刘靖雯，黄忠华，罗维钢.不同灌溉模式和施氮量条件下稻田甲烷排放及其与有机碳组分关系.农业环境科学学报,2017,36（5）：1012-1020（核心刊物，通讯作者）
[50]董艳芳，黄景，李伏生，王楷，方泽涛，刘靖雯，黄忠华，罗维钢.不同灌溉模式和施氮处理下稻田CH4和N2O排放.植物营养与肥料学报，2017,23(3):578–588（核心刊物，通讯作者）
[51]刘靖雯，李伏生，董艳芳，王楷，方泽涛，黄忠华，罗维钢.不同灌溉模式和施氮处理下稻田氨氧化细菌及无机氮对N2O排放的影响.华中农业大学学报，2017,36（4）：7-14（核心刊物，通讯作者）
[52]谢振兴，李伏生，方泽涛，陈意超，周英捷.生物炭对玉米秸秆堆肥酶活性的影响.农业研究与应用,2017,(3):1-5
[53]裴自伟，陈意超，李伏生，黄忠华，罗维刚.不同灌溉模式与施氮处理下稻田N2O排放通量及其与硝化-反硝化细菌数量的关系.农业环境科学学报,2017,36(12),2561-2568（核心刊物，通讯作者）
[54]方泽涛，李伏生，刘靖雯，王楷，董艳芳，黄忠华，罗维钢.不同灌溉模式和施氮处理下稻田N2O排放与反硝化酶活性的关系.应用与环境生物学报,2017,23(6):1-10（核心刊物，通讯作者）
2016年
[55]ZhangBaozhong,XuDi,LiuYu,LiFusheng(李伏生),CaiJiabing,DuLijuan.Multi-scaleevapotranspirationofsummermaizeandthecontrollingmeteorologicalfactorsinnorthChina.AgriculturalandForestMeteorology,2016,216,1-12.(SCI，WOS:000367491300001)
[56]WuYoujie,DuTaisheng,LiFusheng(李伏生),LiSien,DingRisheng,TongLing.Quantificationofmaizewateruptakefromdifferentlayersandrootzonesunderalternatefurrowirrigationusingstableoxygenisotope.AgriculturalWaterManagement,2016,168,35-44.(SCI,WOS:000372759400004,EI)
[57]JiangXuelian,KangShaozhong,TongLing,LiFusheng(李伏生).ModificationofevapotranspirationmodelbasedoneffectiveresistancetoestimateevapotranspirationofmaizeforseedproductioninanaridregionofnorthwestChina.JournalofHydrology,2016,538,194–207(SCI，WOS:000378360600017)
[58]JiangXuelian,KangShaozhong,LiFusheng(李伏生),DuTaisheng,TongLing,ComasLouise.Evapotranspirationpartitioningandvariationofsapflowinfemaleandmaleparentsofmaizeforhybridseedproductioninaridregion.AgriculturalWaterManagement,2016,176,132–141(SCI,WOS:000384865500013，EI).
[59]LiXiaojie,KangShaozhong,LiFusheng(李伏生),JiangXuelian,TongLing,DingRisheng,LiSien,DuTaisheng.ApplyingsegmentedJarviscanopyresistanceintoPenman-Monteithmodelimprovestheaccuracyofestimatedevapotranspirationinmaizeforseedproductionwithfilm-mulchinginaridarea.AgriculturalWaterManagement,2016,178,314-324(SCI,WOS:000389087600029，EI)
[60]RanHui,KangShaozhong,LiFusheng(李伏生),TongLing,DuTaisheng.Effectsofirrigationandnitrogenmanagementonhybridmaizeseedproductioninnorth-westChina.FrontiersofAgriculturalScienceandEngineering，2016,3(1):55–64.
[61]张亚杰，钱慧慧，刘坤平，李伏生，苏以荣.玉米/大豆套作下施肥对土壤活性有机碳组分及碳库管理指数的影响.华南农业大学学报，2016，37（3）：29-36（核心刊物，通讯作者）
[62]张亚杰，钱慧慧，李伏生，苏以荣.土地管理和利用方式与喀斯特区坡地养分和碳库管理指数的关系.中国岩溶，2016，35（1）：1-8（核心刊物，通讯作者）
[63]罗慧，吴祥颖，李伏生.沟灌方式和有机肥运筹对甜糯玉米产量和土壤有机碳组分和酶活性的影响.干旱地区农业研究，2016，34（3）：31-38（核心刊物，通讯作者）
[64]农梦玲，张潇潇，李伏生.沟灌方式和肥料运筹对甜糯玉米产量、品质和土壤酶活性的影响.灌溉排水学报，2016，35（10）：52-57（核心刊物，通讯作者）
2015年
[65]DingRisheng,TongLing,LiFusheng(李伏生),ZhangYanqun,HaoXinmei,KangShaozhong.VariationsofcropcoefficientanditsinfluencingfactorsinanaridadvectivecroplandofnorthwestChina.HydrologicalProcesses,2015,29(2):239-49(SCI,WOS:000347813300007,EI)
[66]LiuXin,WangSufen,HuoZailin,LiFusheng(李伏生),HaoXinmei.OptimizinglayoutofpumpingwellinirrigationdistrictforgroundwatersustainableuseinnorthwestChina.HydrologicalProcesses,2015,29(19),4188-4189(SCI，WOS:000360233100002,EI)
[67]ZhaoPeng,LiSien,LiFusheng(李伏生),DuTaisheng,TongLing,KangShaozhong.ComparisonofdualcropcoefficientmethodandShuttleworth–WallacemodelinevapotranspirationpartitioninginavineyardofnorthwestChina.AgriculturalWaterManagement,160,2015,41-56(SCI,WOS:000360864900005，EI)
[68]FengDi,ZhangJunpeng,CaoCaiyun,SunJingsheng,ShaoLiwei,LiFusheng(李伏生),DangHongkai,SunChitao.Soilsaltaccumulationandcropyieldunderlong-termirrigationwithsalinewater.JournalofIrrigation&DrainageEngineering,2015,141（12），04015025-1-7（SCI，WOS:000365126100009）
[69]ChenRenqiang,KangShaozhong,HaoXinmei,LiFusheng(李伏生),DuTaisheng,QiuRangjian,ChenJinliang.Variationsintomatoyieldandqualityinrelationtosoilpropertiesandevapotranspirationundergreenhousecondition.ScientiaHorticulturae,2015,197,318-328,12.14（SCI，WOS:000367411400040）
[70]傅丰贝，何文，李伏生.滴灌水氮运筹对糯玉米生理和水分利用的影响.中国农村水利水电，2015，5：26-30（核心刊物，通讯作者）
[71]王道波,李伏生,宋岩,周瑞阳.灌水水平和肥料运筹对红麻生长和养分吸收的影响.节水灌溉，2015,6:1-5,9.（核心刊物，通讯作者）
[72]王道波，李伏生，宋岩，周瑞阳.减量施肥和灌溉对红麻生长和产量的影响.湖北农业科学，2015，54（11）：2610-2614，2619（核心刊物，通讯作者）
[73]王道波，李伏生，宋岩，周瑞阳.灌溉和施肥方式对红麻生长和产量的影响.干旱地区农业研究，2015，33（5）：181-185（核心刊物，通讯作者）
[74]张亚杰，邓少虹，李伏生，苏以荣.喀斯特地区春玉米套作夏大豆下作物产量和农田碳贮量对有机肥与化肥配施的响应.南方农业学报，2015，46（9）：1584-1590（核心刊物，通讯作者）
[75]汤向辉,李伏生.河南省新型农业经营主体参与农业技术推广服务的探讨.河南农业，2015，11（上），59
2014年
[76]GuoWH,KangSZ,LiFS(李伏生),LiSE.VariationofNEEanditsaffectingfactorsinavineyardofaridregionofnorthwestChina.AtmosphericEnvironment,2014,84:349-354(SCI,WOS:000330602100038,EI)
[77]JiangXuelian,KangShaozhong,TongLing,LiFusheng(李伏生),LiDonghao,DingRisheng,QiuRangjian.CropcoefficientandevapotranspirationofgrainmaizemodifiedbyplantingdensityinanaridregionofnorthwestChina.AgriculturalWaterManagement,2014,142:135–143(SCI,WOS:000338814700015，EI)
[78]LiuXin,WangSufen,WangYajuan,KangShaozhong,HaoXinmei,LiFusheng(李伏生).Comprehensiveevaluationoffarmlandinfrastructureinthearidareaofnorth-westChina.IrrigationandDrainage,2014,63(5):561-572(SCI,WOS:000347170800001)
[79]农梦玲，贝晓晓，李伏生.沟灌方式和施肥水平对玉米产量及氮钾含量的影响.南方农业学报,2014，45(1):72-75(核心刊物，通讯作者)
[80]农梦玲，谢振兴，李伏生.灌水方式和水平与施肥方式对糯玉米产量和水肥利用的影响.节水灌溉,2014,4:22-26(核心刊物，通讯作者)
[81]周英捷，傅丰贝，李伏生.水肥调控下糯玉米生长、产量和水分利用效率研究.干旱地区农业研究，2014，32（3）：114-118，126（核心刊物，通讯作者)
[82]张潇潇，钱慧慧，吴祥颖，李伏生.沟灌方式和施肥水平对甜糯玉米产量、土壤养分和酶活性的影响.节水灌溉,2014，6:1-4,8(核心刊物，通讯作者)
[83]刘水，李伏生.不同水氮条件下灌溉方式对玉米干物质量和氮钾利用的影响.生态学报，2014，34(18):5249-5256(核心刊物，通讯作者)
[84]陆文娟，李伏生，农梦玲.不同水肥条件下分根区交替灌溉对玉米生理特性和水分利用的影响.生态学报,2014,34(18):5257-5265(核心刊物，通讯作者)
[85]罗慧，刘水，李伏生.不同灌水施肥策略对土壤微生物量碳氮和酶活性的影响.生态学报，2014，34(18):5266~5274(核心刊物，通讯作者)
[86]吴祥颖，张潇潇，李伏生.沟灌方式和有机无机氮比例对甜糯玉米种植土壤酶活性和活性有机碳的影响.土壤，2014，46（5）：832-838(核心刊物，通讯作者)
[87]傅丰贝，陆文娟，李伏生.不同控水时段根区局部灌溉对玉米生理和水分利用效率的影响.植物营养与肥料学报，2014，20（6）：1378-1386(核心刊物，通讯作者)
[88]王道波，贝晓晓，李伏生，周瑞阳.不同生育期灌水水平对红麻生长和产量的影响.干旱地区农业研究，2014，32（3）：62-69（核心刊物，通讯作者)
[89]王道波，李伏生，周瑞阳.施肥水平和方式对红麻生长和产量的影响.华中农业大学学报，2014，33（4）:13-18(核心刊物，通讯作者)
[90]王道波，李伏生，周瑞阳.氮磷钾肥运筹对红麻养分利用的影响.华南农业大学学报，2014，35(6):33-40(核心刊物，通讯作者)
[91]王道波，刘靖雯，宋岩，农梦玲，李伏生，周瑞阳.灌溉与施肥方式对红麻纤维产量和品质的影响.南方农业学报，2014，45（11）：1981-1985(核心刊物)
[92]王道波，陈意超，李伏生，宋岩，农梦玲，周瑞阳.水肥运筹对红麻纤维产量和品质的影响.广东农业科学，2014，23：61-65，77
[93]邓少虹，林明月，李伏生，苏以荣，刘坤平.施肥对喀斯特地区植草土壤碳库管理指数及酶活性的影响.草业学报，2014，23(4):262-268(核心刊物，通讯作者)
[94]罗文丽，周柳强，谭宏伟，李伏生.水稻秸秆腐解规律及养分释放特征.南方农业学报,2014，45（5）：808-812(核心刊物)
2013年
[95]DingRisheng,KangShaozhong,LiFusheng(李伏生),ZhangYanqun,TongLing.EvapotranspirationmeasurementandestimationusingmodifiedPriestley–Taylormodelinanirrigatedmaizefieldwithmulching.AgriculturalandForestMeteorology,2013,168:140-148(SCI,WOS:000313379900014)
[96]LiSien,KangShaozhong,ZhangLu,LiFusheng(李伏生),HaoXingmei,Ortega-FariasSamuel,GuoWeihua,JiShasha,WangJingtao,JiangXuelian.Quantifyingthecombinedeffectsofclimatic,cropandsoilfactorsonsurfaceresistanceinamaizefield.JournalofHydrology,2013,489:124-134(SCI,WOS:000318835200010,EI)
[97]LiSien,KangShaozhong,ZhangLu,LiFusheng(李伏生),DuTaisheng,TongLing,WangShufen,LuHongna.GreatereffectofcanopyconductanceinregulatingtheenergypartitionabovethemaizefieldinaridnorthwestChina.HydrologicalProcesses,2013,27(24):3452–3460(SCI,WOS:000325989300008,EI)
[98]LiSien,KangShaozhong,ZhangLu,Ortega-FariasSamuel,LiFusheng(李伏生),DuTaisheng,TongLing,WangSufen,IngmanMark,GuoWeihua.Measuringandmodelingmaizeevapotranspirationunderplasticfilm-mulchingcondition.JournalofHydrology,2013,503:153-168（SCI,WOS:000327903400014,EI）
[99]LiuHao,DuanAiwang,LiFusheng(李伏生),SunJingsheng,WangYancong,SunChitao.DripIrrigationSchedulingforTomatoGrowninSolarGreenhouseBasedonPanEvaporationinNorthChinaPlain.JournalofIntegrativeAgriculture,2013,12(3):520-531(SCI,WOS:000316919600016)
[100]QiuRangjian,KangShaozhong,DuTaisheng,TongLing,HaoXinmei,ChenRenqiang,ChenJinliang,LiFusheng(李伏生).EffectofconvectiononthePenman–Monteithmodelestimatesoftranspirationofhotpeppergrowninsolargreenhouse.ScientiaHorticulturae,2013,160:163–171(SCI,WOS:000323586400020)
[101]LiuChunwei,KangShaozhong,LiFusheng(李伏生),LiSien,DuTaisheng.Canopyleafareaindexforappletreeusinghemisphericalphotographyinaridregion.ScientiaHorticulturae,2013,164:610–615(SCI，WOS:000330200700082)
[102]刘宇锋,李伏生.灌溉方式与施肥水平对超级稻光合生理的影响.中国生态农业学报,2013,21(4):416-425(核心刊物，通讯作者)
[103]梁燕菲,张潇潇,李伏生.“薄浅湿晒”灌溉稻田土壤微生物量碳氮和酶活性研究.植物营养与肥料学报,2013,19(6):1402-1409(核心刊物，通讯作者)
[104]魏贵玉，周琼，李伏生.不同水肥处理对亚洲黄百合切花品质的影响.北方园艺,2013，22:157-162(核心刊物，通讯作者)
[105]王少静，张潇潇，李伏生.百色市主要农作物土地生产潜力研究.南方农业学报,2013，44(11):1841-1845(核心刊物，通讯作者)
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