Root cortical aerenchyma improves the drought tolerance of m(10)

发布时间:2021-06-06

Aerenchymaimprovesmaizedroughttolerance749

FanM.S.,ZhuJ.,RichardsC.,BrownK.&LynchJ.(2003)Physi-ologicalrolesforaerenchymainphosphorus-stressedroots.FunctionalPlantBiology30,493–506.

HeC.J.,MorganP.W.&DrewM.C.(1992)Enhancedsensitivitytoethyleneinnitrogen-starvedorphosphate-starvedrootsofZeamaysL.duringaerenchymaformation.PlantPhysiology98,137–142.

HoM.D.,RosasJ.C.,BrownK.M.&LynchJ.P.(2005)Rootarchi-tecturaltradeoffsforwaterandphosphorusacquisition.Func-tionalPlantBiology32,737–748.

HoadS.P.,RussellG.,LucasM.E.&BinghamI.J.(2001)Theman-agementofwheat,barleyandoatrootsystems.AdvancesinAgronomy74,193–246.

JacksonM.B.&ArmstrongW.(1999)Formationofaerenchymaandtheprocessofplantventilationinrelationtosoil oodingandsubmergence.PlantBiology1,274–287.

JaramilloR.E.(2010)Theedaphiccontrolofplantresponsetoclimatechange:extent,interactionsandmechanismsofplantadaptation.PhDthesis.PennsylvaniaStateUniversity,UniversityPark,USA.

JustinS.&ArmstrongW.(1991)Areassessmentofthein uenceofNAAonaerenchymaformationinmaizeroots.NewPhysiolo-gist117,607–618.

KaepplerS.M.,ParkeJ.L.,MuellerS.M.,SeniorL.,StuberC.&TracyW.F.(2000)VariationamongmaizeinbredlinesanddetectionofquantitativetraitlociforgrowthatlowPandresponsivenesstoarbuscularmycorrhizalfungi.CropScience40,358–364.

KarmokerJ.L.,ClarksonD.T.,SakeL.R.,RooneyJ.M.,PurvesJ.V.(1991)Sulphatedeprivationdepressesthetransportofnitrogentothexylemandhydraulicconductivityofbarley(HordeumvulgareL.)roots.Planta185,269–278.

KoningsH.&VerschurenG.(1980)FormationofaerenchymainrootsofZeamaysinaeratedsolutions,anditsrelationtonutri-entsupply.PhysiologiaPlantarum49,265–279.

LambersH.,AtkinO.&ScheurwaterI.(1996)Respiratorypat-ternsinrootsinrelationtotheirfunctioning.InPlantRoots,theHiddenHalf(edsY.Waisel,A.Eshel&K.Kafkaki),pp.323–362.MarcelDekkerInc,NewYork.

LambersH.,AtkinO.&MillenaarF.F.(2002)Respiratorypatternsinrootsinrelationtotheirfunctioning.InPlantRoots,theHiddenHalf(edsY.Waisel,A.Eshel&K.Kafkaki),pp.521–552.MarcelDekkerInc,NewYork,NY,USA.

LiedgensM.&RichnerW.(2001)Minirhizotronobservationsofthespatialdistributionofthemaizerootsystem.AgronomyJournal93,1097–1104.

LynchJ.P.&BrownK.E.(1998)Regulationofrootarchitecturebyphosphorusavailability.InPhosphorusinPlantBiology:Regu-latoryRolesinEcosystem,Organismic,Cellular,andMolecularProcessses(edsJ.Lynch,J.Deikman,U.Kafkaki&R.Munns),pp.148–156.AmericanSocietyofPlantPhysiologists,Rockville,MD,USA.

LynchJ.P.&HoM.(2005)Rhizoeconomics:carboncostsofphos-phorusacquisition.PlantandSoil269,45–56.

ManoY.,OmoriF.,TakamizoT.,KindigerB.,BirdR.M.&LoaisigaC.H.(2006)Variationforrootaerenchymaformationin oodedannon- oodedmaizeandteosinteseedlings.PlantandSoil281,269–279.

NelsonD.E.,RepettiP.P.,AdamsT.R.etal.(2007)Plantnuclear

factorY(NF-Y)Bsubunitsconferdroughttoleranceandleadtoimprovedcornyieldsonwater-limitedacres.ProceedingsoftheNationalAcademyofSciencesoftheUnitedStatesofAmerica104,16450–16455.

PaltaJ.A.&GregoryP.J.(1997)Droughtaffectsthe uxesofcarbontorootsandsoilin13Cpulse-labelledplantsofwheat.SoilBiologyandBiochemistry29,1395–1403.

RichardsR.(2006)Physiologicaltraitsusedinthebreedingofnewcultivarsforwater-scarceenvironments.AgriculturalWaterMan-agement80,197–211.

SeniorM.L.,ChinE.C.L.,LeeM.,SmithJ.S.C.&StuberC.W.(1996)SimplesequencerepeatmarkersdevelopedfrommaizesequencesfoundinGenbankdatabase:mapconstruction.CropScience36,1676–1683.

SharpR.E.&DaviesW.J.(1989)Regulationofgrowthanddevelopmentofplantsgrowingwitharestrictedsupplyofwater.InPlantsunderStress(edsH.G.Jones,T.L.Flowers&M.B.Jones),pp.71–93.CambridgeUniversityPress,Cambridge,UK.

SharpR.E.,PoroykoV.,HejlekL.G.,SpollenW.G.,SpringerG.K.,BohnertH.J.&NguyenH.T.(2004)Rootgrowthmaintenanceduringwaterde cits:physiologytofunctionalgenomics.JournalofExperimentalBotany55,2343–2351.

SinclairT.R.,BennettJ.M.&MuchowR.C.(1990)Relativesensi-tivityofgrainyieldandbiomassaccumulationtodroughtin eld-grownmaize.CropScience30,690–693.

TuberosaR.,SalviS.,GiulianiS.,SanguinetiM.C.,BellottiM.,ContiS.&LandiP.(2007)Genome-wideapproachestoinvesti-gateandimprovemaizeresponsetodrought.CropScience47(Suppl3),S120–S141.

WestgateM.E.&BoyerJ.S.(1985)Osmoticadjustmentandtheinhibitionofleaf,root,stem,andsilkgrowthatlowwaterpoten-tialsinmaize.Planta164,540–549.

ZhuJ.&LynchJ.P.(2004)Thecontributionoflateralrootingtophosphorusacquisitionef ciencyinmaize(Zeamays)seedlings.FunctionalPlantBiology31,949–958.

ZhuJ.,KaepplerS.M.&LynchJ.P.(2005a)MappingofQTLforlateralrootbranchingandlengthinmaize(Zeamays)underdifferentialphosphorussupply.TheoreticalandAppliedGenetics111,688–695.

ZhuJ.,KaepplerS.M.&LynchJ.P.(2005b)MappingofQTLcon-trollingroothairlengthinmaize(Zeamays)underphosphorusde ciency.PlantandSoil270,299–310.

ZhuJ.,KaepplerS.M.&LynchJ.P.(2005c)Topsoilforagingandphosphorusacquisitionef ciencyinmaize(Zeamays).Func-tionalPlantBiology32,749–762.

ZhuJ.,MickelsonS.M.,KaepplerS.M.&LynchJ.P.(2006)Detec-tionofquantitativetraitlociforseminalroottraitsinmaize(ZeamaysL.)seedlingsgrownunderdifferentialphosphoruslevels.TheoreticalandAppliedGenetics113,1–10.

ZhuJ.,AlvarezS.,MarshE.L.,LeNobleM.E.,ChoI.J.,SivaguruM.,ChenS.,NguyenH.T.,WuY.,SchachtmanD.P.&SharpR.E.(2007)Cellwallproteomeinthemaizeprimaryrootelongationzone.II.Region-speci cchangesinwatersolubleandlightlyionicallyboundproteinsunderwaterde cit.PlantPhysiology145,1533–1548.Received12September2009;receivedinrevisedform19November2009;acceptedforpublication22November2009

©2010BlackwellPublishingLtd,Plant,CellandEnvironment,33,740–749

Root cortical aerenchyma improves the drought tolerance of m(10).doc 将本文的Word文档下载到电脑

精彩图片

热门精选

大家正在看

× 游客快捷下载通道(下载后可以自由复制和排版)

限时特价:7 元/份 原价:20元

支付方式:

开通VIP包月会员 特价:29元/月

注:下载文档有可能“只有目录或者内容不全”等情况,请下载之前注意辨别,如果您已付费且无法下载或内容有问题,请联系我们协助你处理。
微信:fanwen365 QQ:370150219