近期论文
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期刊论文:
[1]YanH.andOueH*.(2011)Applicationofthetwo-layermodelforpredictingtranspirationfromthericecanopyandwatersurfaceevaporationbeneaththecanopy.AgriculturalMeteorology,67(3).89-97.
[2]YanH.,ZhangC*.,OueH.,SugimotoH.(2012)ComparisonofDifferentMethodsforEstimatingSoilSurfaceEvaporationinaBareField.MeteorologyandAtmosphericPhysics,Volume118,Issue3–4,pp143–149.
[3]YanH.,OueH*.,ZhangC.(2011)Predictingwatersurfaceevaporationinthepaddyfieldbysolvingenergybalanceequationbeneaththericecanopy.PaddyandWaterEnvironment,10(2):121-127.
[4]YanH.andOueH*.(2009)Modelingsoilevaporationbeneaththebuckwheatcanopywithsurfacemoistureavailability.AgriculturalMeteorology,22:12-16.
[5]ZhangC.,YanH*.,ShiH.,SugimotoH.(2013)StudyofcropcoefficientandtheratioofsoilevaporationtoevapotranspirationinanirrigatedmaizefieldinanaridareaofYellowRiverBasininChina.MeteorologyandAtmosphericPhysics,121,207–214.DOI10.1007/s00703–013–0264–6.
[6]闫浩芳,史海滨*,薛铸,张义强,刘宏云.内蒙古河套灌区ET0不同计算方法的对比研究,农业工程学报,(2008)24(2):103-106.
[7]YanH,ShiH,OueH,ZhangC,XueZ,CaiB,WangG.(2015b)Modelingbulkcanopyresistancefromclimaticvariablesforpredictinghourlyevapotranspirationofmaizeandbuckwheat.MeteorologyandAtmosphericPhysics127(3):305–312.
[8]YanH,ZhangC,OueHetal.(2015a)Studyofevapotranspirationandevaporationbeneaththecanopyinabuckwheatfield.Theoreticalandappliedclimatology.122:721–728.
[9]YanH.,ZhangC.,OueH.,PengG.,DarkoR.(2017)Determinationofcropandsoilevaporationcoefficientsbasedonpanevaporationforestimatingevapotranspirationinapaddyfield.IJABE,10(4):130-139.
[10]YanH.,ZhangC.,PengG.,DarkoR.,CaiB.(2017)ModelingcanopyresistanceforestimatinglatentheatfluxatateafieldinsouthChina.ExperimentalAgriculture,2017:1-14.
[11]YanH.,ZhangC.OueH.Parameterizationofcanopyresistanceformodelingtheenergypartitioningofapaddyricefield.Paddyandwaterenvironment,2017,inpress.
[12]DarkoR,YuanS,YanH.,LiuJ.,AbbeyA.(2016)CalibrationandvalidationofAquaCropfordeficitandfullirrigationoftomato.IntJAgric&BiolEng.,9(3):104-110.
[13]ZhangC.,YanH*.,TakaseK,OueH.(2016)ComparisonoftheSoilPhysicalPropertiesandHydrologicalProcessesinTwoDifferentForestTypeCatchments.WaterResources.43(1):225-237.
[14]ZhangC.,TakaseK*.,OueH.,EbisuN.,YanH.(2013)EffectsofLandUseChangeonHydrologicalCyclefromForesttoUplandFieldinaCatchment,Japan.FrontiersofStructuralandCivilEngineering,7(4):456-465.
[15]薛铸,史海滨*,郭云,张义强,闫浩芳,李亮.盐渍化土壤水肥耦合对向日葵苗期生长影响的试验,农业工程学报,(2007),23(3):91-94.
[16]张川,闫浩芳*,大上博基,等,(2015).表层有效土壤水分参数化及冠层下土面蒸发模拟,农业工程学报,31(2):102-107.
[17]Abubaker,B.,Li.H,ElshaikhN.A.,Basheer,A.K.,Yan.H.(2016).Impactofcenterpivotsprinklerspeedandwaterregimesonpotatocropproductivity.Int.J.Agric.Biol.18:1174‒1180.
[18]Abubaker,B.,Li.H,ElshaikhN.A.,Yan.H.(2016).AssessingimpactsofwaterharvestingtechniquesonthewaterfootprintofsorghuminWesternSudan.OutlookonAgriculture,45(3),185-191.
[19]Abubaker,B.,Ali,LiH,YanH.,ElshaikhN.A.(2016)."Obsoletepesticidecontamination:anewtypeofwaterandsoilpollution".Currentscience,111;(6):966-966.
[20]Abubaker,B.,Ali,LiH,ElshaikhN.A.,YanH.(2016)."Conservationtillageasanapproachtoenhancecropswateruseefficiency."ActaAgriculturaeScandinavica,SectionB-Soil&PlantScience(2016):1-11.
[21]Abubaker,B.,Li.H,ElshaikhN.A.,Yan.H.(2017).Theroleofsupplementalirrigationtocropwateruseunderrainwaterharvesting.Biosci.J.,33,(4):p.944-955.
[22]DarkoR,YuanS,YanH.,LiuJ.ZhuX.(2017).Overviewofadvancesinimprovinguniformityandwateruseefficiencyofsprinklerirrigation.IntJAgric&BiolEng,10(2):1-15.
[23]DarkoR,YuanS,LiH.,LiuJ.,YanH.(2015).Irrigation,aproductivetoolforfoodsecurity-areview."ActaAgriculturaeScandinavica,SectionB-Soil&PlantScience:1-15.
[24]赵宝山,闫浩芳*,张川等.(2017)Venlo型温室内参考作物蒸散量计算方法评价比较研究.灌溉排水学报,36:87-91.
部分会议论文:
[1]闫浩芳,史海滨*,薛铸,张义强,刘宏云.内蒙古河套灌区不同作物蒸腾量及作物系数的研究,农业水土工程专业委员会第五次学术会议,(2008).
[2]YanH.,ShiH*.andOueH.SoilevaporationinthemaizefieldintheHetaoIrrigationDistrict,平成20年度日本農業気象学会中国四国支部大会,福山,12月,講演要旨集,80-82(2008).
[3]YanH.andOueH*.Modelingsoilevaporationinamaizefieldinthearidregion,InnerMongolia,農業環境工学関連学会2009年合同大会,東京,9月,講演要旨集(CD-ROM),(2009).
[4]YanH.andOue,H*.ModelingsoilevaporationbeneaththebuckwheatcanopywithLAIandsoilwatercontent.第64回農業農村工学会2009年中国四国支部講演会,徳島,10月,講演要旨集,4-6.(2009).
[5]YanH.andOue,H*.Modelingwatersurfaceevaporationbeneaththericecanopywithbulktransfercoefficientandthenetradiationsub-model.,農業気象学会中国四国支部,高知,12月,講演要旨集,74-76.(2009).
[6]YanH.andOueH*.Modelingtranspirationandwatersurfaceevaporationbeneaththecanopyinthepaddyfieldwiththeaerodynamicandcanopyresistance.InternationalSymposiumonAgricultureMeteorology(ISAM2010),Nagoya,March,P.81.(2010)
[7]ZhangC.,TakaseK*.,YanH.andInoueK.ComparisionoftheHydrologicalModelParametersinTowForestCatchments.水文水資源学会,京都,8月,P13(2011).
[8]ZhangC.,YanH.,TakaseK*.andEbisuN.DeterminationofParametersofaLumpedConceptualHydrologicModel.水文水資源学会,广島,9月,P57(2012).
[9]越智由紀恵,闫浩芳*,杉本秀樹,荒木卓哉,上野秀人.乾燥クラゲと米ぬかの用が水稲の期生育と根の機能に及ぼす影響(Theeffectofusingmixeddryjellyfishandricebranonthericeearlygrowthandrootactivity).日本作物学会四国支部,香川,(2012).
[10]YanH.,ZhangC.*,OueH.,WangG.,HeB.StudyofevapotranspirationandevaporationbeneaththecanopyinabuckwheatfieldinJapan.ASABE,Canada,July.(2014)
[11]YanH.,OueH.etal.,Parameterizationofcanopyresistanceformodelingevapotranspirationofapaddyricefield.ASABE,Orlando,2016.7