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[1]JinpuWu,KaiXiao,CaiZhao,AizhongYu,FuxueFeng,LongLi,QiangChai*.Ridge-furrowcroppingofmaizereducessoilcarbonemissionsandenhancescarbonuseefficiency[J].Agriculture,EcosystemsandEnvironment,2018,256:153-162.
[2]GuodongChen,XuefuKong,YantaiGan,RenzhiZhang,FuxueFeng,AizhongYu,CaiZhao,SumeiWan,QiangChai*.Enhancingthesystemsproductivityandwateruseefficiencythroughcoordinatedsoilwatersharingandcompensationinstrip-intercropping[J].ScientificReports,2018,accept.
[3]YifanWang,YazhouQin,QiangChai*,FuxueFeng,CaiZhao,AizhongYu.Interspeciesinteractionsinrelationtorootdistributionacrosstherootingprofileinwheat-maizeintercroppingunderdifferentplantdensities[J].FrontiersinPlantScience,2018,accept.
[4]WenYin,QiangChai*,YaoGuo,FuxueFeng,CaiZhao,AizhongYu,ChangLiu,ZhilongFan,FalongHu,GuodongChen.Reducingcarbonemissionsandenhancingcropproductivitythroughstripintercroppingwithimprovedagriculturalpracticesinanaridarea[J].JournalofCleanerProduction,2017,166:197-208.
[5]WenYin,CaiZhao,QiangChai*,YaoGuo,FuxueFeng,AizhongYu.EffectsofpreviouswheatstrawontheyieldofmaizeintheOasisirrigationregion[J].CropScience,2017,57:3217-3226.
[6]WenYin,GuipingChen,FuxueFeng,YaoGuo,FalongHu,GuodongChen,CaiZhao,AizhongYu,QiangChai*.Strawretentioncombinedwithplasticmulchingimprovescompensationofintercroppedmaizeinaridenvironment[J].FieldCropsResearch,2017,204:42-51.
[7]FangGou,WenYin,YuHong,WopkevanderWerf,QiangChai,NicoHeerink,MartinK.vanIttersum.Onyieldgapsandyieldgainsinintercropping:OpportunitiesforincreasinggrainproductioninnorthwestChina[J].AgriculturalSystems,2017,151:96-105.
[8]FalongHu,FuxueFeng,CaiZhao,QiangChai*,AizhongYu,WenYin,YantaiGan.Integrationofwheat-maizeintercroppingwithconservationpracticesreducesCO2emissionsandenhanceswateruseindryareas[J].Soil&TillageResearch,2017,169:44-53.
[9]FalongHu,CaiZhao,FuxueFeng,QiangChai*,YanpingMu,YanZhang.ImprovingNmanagementthroughintercroppingalleviatestheinhibitoryeffectofmineralNonnodulationinpea[J].PlantandSoil,2017,412:235-251.
[10]ChangLiu,HerbCutforth,QiangChai*,YantaiGan.Farmingtacticstoreducethecarbonfootprintofcropcultivationinsemiaridareas.Areview[J].AgronomyforSustainableDevelopment,2016,36:69-85.
[11]QiangChai*,YantaiGan,CaiZhao,HuilianXu,ReaganMWaskom,YiningNiu,KadambotHMSiddique.Regulateddeficitirrigationforcropproductionunderdroughtstress.Areview[J].AgronomyforSustainableDevelopment,2016,36:2-21.
[12]FalongHu,YantaiGan,QiangChai*,FuxueFeng,CaiZhao,AizhongYu,YanpingMu,YanZhang.Boostingsystemproductivitythroughtheimprovedcoordinationofinterspecificcompetitioninmaize/peastripintercropping[J].FieldCropsResearch,2016,198:50-60.
[13]FalongHu,YantaiGan,AizhongYu,HongyanCui,CaiZhao,FuxueFeng,WenYin,QiangChai*.Intercroppingmaizeandwheatwithconservationagricultureprinciplesimproveswaterharvestingandreducescarbonemissionsindryareas[J].EuropeanJournalofAgronomy,2016,74:9-17.
[14]WenYin,FuxueFeng,CaiZhao,AizhongYu,FalongHu,QiangChai*,YantaiGan.Integrateddouble-mulchingpracticesoptimizessoiltemperatureandimprovessoilwaterutilizationinaridenvironments[J].InternationalJournalofBiometeorology,2016,60:1423-1437.
[15]WenYin,QiangChai*,YaoGuo,FuxueFeng,CaiZhao,AizhongYu,FalongHu.Analysisofleafareaindexdynamicandgrainyieldcomponentsofintercroppedwheatandmaizeunderstrawmulchcombinedwithreducedtillageinaridenvironments[J].JournalofAgriculturalScience,2016,8(4):26-42.
[16]CaiZhao,QiangChai*,YanhuaZhao,YanpingMu,YanZhang,AizhongYu,FuxueFeng,ChangLiu,WenYin,FalongHu.InterspecificcompetitionandcomplementationisafunctionofNmanagementinmaize-peaintercroppingsystems[J].CropScience,2016,56:3286-3294.
[17]FalongHu,QiangChai*,WenYin,AizhongYu,HongyanCui,YantaiGan.Lesscarbonemissionsofwheat–maizeintercroppingunderreducedtillageinaridareas[J].AgronomyforSustainableDevelopment,2015,35:701-711.
[18]WenYin,AizhongYu,QiangChai*,FalongHu,FuxueFeng,YantaiGan.Wheatandmaizerelay-plantingwithstrawcoveringincreaseswateruseefficiencyupto46%[J].AgronomyforSustainableDevelopment,2015,35:815-825.
[19]CaihongYang,QiangChai*,GuangLi,FuxueFeng,LiWang.Wateruseefficiencyofcontrolledalternateirrigationonwheat/fababeanintercropping[J].AfricanJournalofAgriculturalResearch,2015,10(48):4348-4355.
[20]GuodongChen,QiangChai*,GaobaoHuang,AizhongYu,FuxueFeng,YanpinMu,XuefuKong,PengHuang.Belowgroundinterspeciesinteractionenhancesproductivityandwateruseefficiencyinmaize/peaintercroppingsystems[J].CropScience,2015,55:420-428.
[21]YumeiJiang,ShunyuHan,ShengguiZhang,JixinLi,GaobaoHuang,YangBi,QiangChai*.Improvedpropertiesbyhydrogenbondinginteractionofpoly(lacticacid)/palygorskitenanocompositesforagriculturalproductspackaging[J].Polymercomposites,2014,35(3):468-476.
[22]YantaiGan,ChangLiang,QiangChai*,ReynaldLLemke,ConA.Campbell,RobertPZentner.Improvingfarmingpracticesreducethecarbonfootprintofspringwheatproduction[J].Naturecommunications,2014,12:1-11.
[23]HongweiChen,AnzhenQin,QiangChai*,YantaiGan,ZhandongLiu.Quantificationofsoilwatercompetitionandcompensationusingsoilwaterdifferencesbetweenstripsofintercropping[J].AgricultureResearch,2014,3(4):321-330.
[24]QiangChai*,YantaiGan,NeilC.Turner,RenzhiZhang,ChaoYang,YiningNiu,KadambotH.M.Siddique.Water-savinginnovationsinChineseagriculture[J].AdvancesinAgronomy,2014,126:149-202.
[25]QiangChai*,AnzhenQin,YantaiGan*,AizhongYu.Higheryieldandlowercarbonemissionbyintercroppingmaizewithrape,pea,andwheatinaridirrigationareas[J].AgronomyforSustainableDevelopment,2014,34:106-117
[26]YameiWang,QiangChai*,HengjiaZhang.Effectofwaterdeficitattuberinitiationonpotato(Solanumtuberosum)tuberyieldandefficiencyofwateruse[J].AdvancedMaterialsResearch,2013,864-867:2061-2064.
[27]YanpinMu,QiangChai*,AizhongYu,CaihongYang,WanhaiQi,FuxueFeng,XuefuKong.Performanceofwheat/maizeintercroppingisafunctionofbelowgroundinterspeciesinteractions[J].CropScience,2013,53(5):2186-2194.
[28]JianMa,GaobaoHuang,DelongYang,QiangChai*.Drymatterremobilizationandcompensatoryeffectsinvariousinternodesofspringwheatunderwaterstress[J].CropScience,2013,53(6):2221-2299.
[29]ZhilongFan,QiangChai*,GaobaoHuangAizhongYu,PengHuang,CaihongYang,ZhiqiangTao,HailiangLiu.Yieldandwaterconsumptioncharacteristicsofwheat/maizeintercroppingwithreducedtillageinanOasisregion[J].EuropeanJournalofAgronomy,2013,45:52-58.
[30]ShoubaoLiu,QiangChai*,GaobaoHuang.Relationshipsamongsoilrespiration,soiltemperatureanddrymatteraccumulationforwheat-maizeintercroppingsystemsinanaridenvironment[J].CanadianJournalofPlantScience,2013,93(4):715-724.
[31]AnzhenQin,GaobaoHuang,QiangChai*,AizhongYu,PengHuang.Grainyieldandsoilrespiratoryresponsetointercroppingsystemsonaridland[J].FieldCropsResearch,2013,144:1-10.
[32]YantaiGan,KadambotHMSiddique,NeilCTurner,XiaogangLi,JunyiNiu*,ChaoYang,LipingLiu,QiangChai*.Ridge-furrowmulchingsystems-aninnovativetechniqueforboostingcropproductivityinsemiaridrain-fedenvironments[J].AdvancesinAgronomy,2013,125:429-476.
[33]GaobaoHuang,QiangChai*,FuxueFeng.Effectsofdifferenttillagesystemsonsoilproperties,rootgrowth,grainyield,andwateruseefficiencyofwinterwheat(TriticumaestivumL.)inaridnorthwestChina[J].JournalofIntegrativeAgriculture,2012,11(8):1286-1296.
[34]CaihongYang,GaobaoHuang,QiangChai*,ZhaoxiaLuo.Wateruseandyieldofwheat/maizeintercroppingunderalternateirrigationintheoasisfieldofnorthwestChina[J].FieldCropsResearch,2011,124:426-432.
[35]FuxueFeng,GaobaoHuang,AizhongYu,QiangChai.Tillageandstrawmanagementimpactsonsoilproperties,rootgrowthandgrainyieldofwinterwheatinnorthwesternChina[J].CropScience,2010,50(4):1465-1473
[36]CaihongYang,QiangChai,GaobaoHuang.Rootdistributionandyieldresponsesofwheat/maizeintercroppingtoalternateirrigationinthearidareasofnorthwestChina[J].PlantSoilandEnvironment,2010,56(6):253-262.
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