近期论文
查看导师最新文章
（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.ShenQ,WenZ,DongY,LiH*,MiaoY,ShenJ.2018.Theresponsesofrootmorphologyandphosphorus-mobilizingexudationsinwheattoincreasingshootphosphorusconcentration.AoBPLANTS(inpress)
2.LiC,KuperT,vanderWerfW,ZhangJ,LiH*,ZhangF,HofflandE.2018.Testingforcomplementarityinphosphorusresourceusebymixturesofcropspecies.PlantandSoil(inpress).
3.ZhenX,ShaoH,ZhangW,HuoW,BatchelorW,HouP,WangE,MiG,MiaoY,LiH*,ZhangF.2018.Testingabell-shapedfunctionforestimationoffullyexpandedleafareainmodernmaizeunderpotentialproductionconditions.CropJournal(inpress).
4.LiH,ZhangD,WangX,LiH.RengelZ,ShenJ.2018.CompetitionbetweenZeamaysgenotypeswithdifferentrootmorphologicalandphysiologicaltraitsisdependentonphosphorusformsandsupplypatterns.PlantandSoil(inpress).
5.WangG,LiH,ChristieP,ZhangF,ZhangJ,BeverJ.2017.Plant-soilfeedbackcontributestointercroppingoveryieldingbyreducingthenegativeeffectoftake-allonwheatandcompensatingthegrowthoffababean.PlantandSoil415:1–12
6.WenZ,LiH*,ShenJ,RengelZ.2017.MaizerespondstolowshootPconcentrationbyalteringrootmorphologyratherthanincreasingrootexudation.PlantandSoil416:377–389
7.JiaoX,LyuY,WuX,LiH,ChengL,ZhangC,YuanL,JiangR,JiangB,RengelZ,ZhangF,DaviesWJandShenJ.2016.Grainproductionversusresourceandenvironmentalcosts:towardsincreasingsustainabilityofnutrientuseinChina.JournalofExperimentalBotany67:4935-4949.
8.QiaoX,BeiS,LiH,ChristieP,ZhangFandZhangJ.2016.Arbuscularmycorrhizalfungicontributetooveryieldingbyenhancingcropbiomasswhilesuppressingweedbiomassinintercroppingsystems.PlantandSoil406:173-185
9.LyuY,TangH,LiH,ZhangF,RengelZ,WhalleyW,ShenJ.2016.Majorcropspeciesshowdifferentialbalancebetweenrootmorphologicalandphysiologicalresponsestovariablephosphorussupply.FrontiersinPlantScience7,1939.
10.LiC,DongY,LiH*,ShenJandZhangF.2016.ShiftfromcomplementaritytofacilitationonPuptakebyintercroppedwheatneighboringwithfababeanwhenavailablesoilPdepleted.ScientificReports6,18663-18663.
11.LiG,vanIttersumMK,LeffelaarPA,SattariS,LiH,HuangGandZhangF.2016.Amulti-levelanalysisofChina’sphosphorusflowstoidentifyoptionsforimprovedmanagementinagriculture.AgricultureSystem144,87-100.
12.WenZ,ShenJ,BlackwellM,LiH,ZhaoBandYuanH.2016.Combinedapplicationsofnitrogenandphosphorusfertilizerswithmanureincreasemaizeyieldandnutrientuptakeviastimulatingrootgrowthinalong-termexperiment.Pedosphere26,62-73.
13.ZhangD,ZhangC,TangX,LiH,ZhangF,RengelZ,WhalleyWR,DaviesWJandShenJ.2016.Increasedsoilphosphorusavailabilityinducedbyfababeanrootexudationstimulatesrootgrowthandphosphorusuptakeinneighbouringmaize.NewPhytologist209,823-831.
14.RoweH,WithersPJA,BaasP,ChanN,DoodyD,HolimanJ,JacobsB,LiH,MacDonaldGK,McDowellR,SharpleyAN,ShenJ,TaheriW,WallensteinMandWeintraubMN.2016.Integratinglegacysoilphosphorusintosustainablenutrientmanagementstrategiesforfuturefood,bioenergyandwatersecurity.NutrientCyclinginAgroecosystems104(3),393-412.
15.LiG,HuangG,LiH,vanIttersumMK,LeffelaarPAandZhangF.2016.IdentifyingpotentialstrategiesinthekeysectorsofChina’sfoodchaintoimplementsustainablephosphorusmanagement:areview.NutrientCyclinginAgroecosystems104(3),341-359.
16.LiG,LiH*,LeffelaarPA.ShenJandZhangF.2015.Dynamicsofphosphorusfractionsintherhizosphereoffababean(ViciafabaL.)andmaize(ZeamaysL.)grownincalcareousandacidsoils.Crop&PastureScience66,1151-1160.
17.JiaoX,LiH,RengelZ,ZhangFandShenJ.2015.DynamicgrowthpatternandexploitationofsoilresidualPbyBrassicacampestristhroughoutgrowthcycleonacalcareoussoil.FieldCropsResearch180,110-117.
18.MaQ,WangX,LiH,LiH,ZhangF,RengelZandShenJ.2015.ComparinglocalizedapplicationofdifferentNfertilizerspeciesonmaizegrainyieldandagronomicN-useefficiencyonacalcareoussoil.FieldCropsResearch180,72-79.
19.QiaoX,BeiS,LiC,DongY,LiH,ChristieP,ZhangFandZhangJ.2015.Enhancementoffababeancompetitiveabilitybyarbuscularmycorrhizalfungiishighlycorrelatedwithdynamicnutrientacquisitionbycompetingwheat.ScientificReports5,8122.
20.LiH,LiuJ,LiG,ShenJ,BergströmLandZhangF.2015.Past,presentandfutureuseofphosphorusinChineseagricultureanditsinfluenceonphosphoruslossesAMBIO44(2),274-285.
21.LiH,MaQ,LiH,ZhangF,RengelZandShenJ.2014.Rootmorphologicalresponsestolocalizednutrientsupplydifferamongcropspecieswithcontrastingroottraits.PlantandSoil376,151-163.
22.LiC,DongY,LiH*,ShenJandZhangF.2014.TheDynamicProcessofInterspecificInteractionsofCompetitiveNitrogenCapturebetweenIntercroppedWheat(TriticumaestivumL.)andFabaBean(ViciafabaL.).PLOSONE9(12),e115804.
23.MaQ,WangX,LiH,LiH,ChengL,ZhangF,RengelZandShenJ.2014.LocalizedapplicationofNH4+-NplusPenhanceszincandironaccumulationinmaizeviamodifyingroottraitsandrhizosphereprocesses.FieldCropsResearch164,107-116.
24.LiG,LiH*,LeffelaarPA,ShenJandZhangF.2014.CharacterizationofPhosphorusinAnimalManuresCollectedfromThree(Dairy,Swine,andBroiler)FarmsinChina.PLOSONE9(7),e102698.
25.BaiZ,LiH*,YangX,ZhouB,ShiX,WangB,LiD,ShenJ,ChenQ,QinW,OenemaOandZhangF.2013.ThecriticalsoilPlevelsforcropyield,soilfertilityandenvironmentalsafetyindifferentsoiltypes.PlantandSoil372,27-37.
26.ShenJ,CuiZ,MiaoY,MiG,ZhangH,FanM,ZhangC,JiangR,ZhangW,LiH,ChenX,LiXandZhangF.2013.TransformingagricultureinChina:fromsolelyhighyieldtobothhighyieldandhighresourceuseefficiency.GlobalFoodSecurity2,1-8.
27.LiH,ZhangF,RengelZandShenJ.2013.Rhizospherepropertiesinmonocroppingandintercroppingsystemsbetweenfababean(ViciafabaL.)andmaize(ZeamaysL.)growninacalcareoussoil.CropandPastureScience64,976-984.
28.LiH,HuangG,MengQ,MaL,YuanL,WangF,ZhangW,CuiZ,ShenJ,ChenX,JiangRandZhangF.2011.IntegratedsoilandplantphosphorusmanagementforcropandenvironmentinChina.Areview.PlantandSoil349,1-11.
29.ShenJ,YuanL,ZhangJ,LiH,BaiZ,ChenX,ZhangWandZhangF.2011.Phosphorusdynamics:fromsoiltoplant.PlantPhysiology156,997-1005.
30.LiH,ShenJ,ZhangFandLambersH.2010.Localizedapplicationofsoilorganicmattershiftsdistributionofclusterrootsofwhitelupininthesoilprofileduetolocalizedreleaseofphosphorus.AnnalsofBotany105,585–593.
31.LiH,ShenJ,ZhangF,MarschnerP,CawthrayGandRengelZ.2010.Phosphorusuptakeandrhizospherepropertiesofintercroppedandmonocroppedmaize,fababean,andwhitelupininacidicsoil.BiologyandFertilityofSoils46,79–91.
32.LiH,ShenJ,ZhanF,TangCandLambersH.2008.Isthereacriticallevelofshootphosphorusconcentrationforcluster-rootformationinLupinusalbus?FunctionalPlantBiology,35,328—336.
33.LiH,ShenJ,ZhangF,ClairotteM,DrevonJ.J,LeCadreEandHinsingerP.2008.Dynamicsofphosphorusfractionsintherhizosphereofcommonbean(PhaseolusvulgarisL.)anddurumwheat(TriticumturgidumdurumL.)growninmonocroppingandintercroppingsystems.PlantandSoil312,139–150.
34.ShenJ,LiH,NeumannGandZhangF.2005.Nutrientuptake,clusterrootformationandexudationofprotonsandcitrateinLupinusalbusasaffectedbylocalizedsupplyofphosphorusinasplit-rootsystem.PlantScience168,837-845.
核心期刊：
1.于星辰,刘倩,温智辉,杨学云,韩晓日,李海港*.2018.不同肥力塿土、棕壤磷酸酶活性对土壤培养温度和含水量的响应.中国农业大学学报23(1):37-43.
2.廖晗茹,李春杰,李海港*,张福锁.2017.蚕豆增加直径为0.3～0.7mm的中等根系根长适应土壤异质养分供应.植物营养与肥料学报23(1):224-230.
3.王昕,李海港,程凌云,王宝兰,申建波*.2017.磷与水分互作的根土界面效应及其高效利用机制研究进展.植物营养与肥料学报23(4):1054-1064.
4.李国华,张福锁,李海港*.2013.畜禽粪便中磷不同组份的测定方法研究进展.土壤通报44(3):760-768.
5.柏兆海,万其宇,李海港,段增强,陈清.2011.县域农田土壤磷素积累及淋失风险分析——以北京市平谷区为例.农业环境科学学报30(9):1853-1860.
6.张俊英,王敬国,许永利,李海港.2007.氮素对不同大豆品种根系分泌物中有机酸的影响.植物营养与肥料学报13(3):398-403.
京公网安备 11010802027423号