Fisiologia Vegetal Kerbauy

Fisiologia Vegetal Kerbauy


DisciplinaFisiologia Vegetal3.165 materiais100.782 seguidores
Pré-visualização50 páginas
capacidadeassocia-
tiva diferencial.Postula-seque,seosprogramasde
melhoramentode plantaspersistirememnão con-
siderara contribuição dasmicorrizas,haverágran-
deprobabilidadedeperdadavariabilidadeparaessa
associação.E que, seaspráticasde manejofavorá-
veisàmanutençãodaalta infectividadedo solo fo-
remreduzidas,osefeitosbenéficosdasmicorrizasna
estruturado solo,nasrelaçõeshídricas,na tolerân-
cia a doençase na nutrição dasplantaspoderãofi-
carsensivelmentereduzidosou,atémesmo,desapa-
recer.
REFERÊNCIAS
Alexander I. Mycorrhizas in tropical forests. In:
ProtectorJ (ed).Mineral NutrientsinTroPical Forests
and SavannahEcosystems.Blackwell,Oxford,1989,
pp 169-188.
Ankel-FuchsO,ThauerRK. Nickel inbiology:Nickelas
anessentialtraceelementoIn: LancasterJR (ed).The
BioinorganicChemistry of Nickel. Verlag Chemie,
Weinheim,1988,pp93-110.
AsherCJ Beneficialelements,functionalnutrients,and
possiblenewessentialelements.In: MortvedtJ], Cox
FR, ShumanLM, WelchRM (eds).Micronutrientsin
Agriculture.Madison,Soil ScienceSocietyof Ameri-
ca,BookSeries,n 4, 1991,pp703-723.
BarberSA. SoilNutrientBioavailability.A MechanisticAp-
proach,2nded.John Wiley,NewYork,1995,414p.
BellalouiN, BrownPH, OandekarAM. Manipulationof
in vivo sorbitolproductionaltersboronuptakeand
transportin tobacco.PlantPhysiology,1999;119:735-
742.
Blatt MR, Thiel G. Hormonalcontrolof ion channel
gating.Annual Reviewof Plant Physiologyand Plant
MolecularBiology,1993;44:543-567.
NutriçãoMineral 73
BrownPH, WelchRM, CaryEE.Nickel:amicronutrient
essentialfor higherplants.Plant Physiology,1987;
85:801-803.
BrownPH, ShelpBJ. Boronmobilityin plants.Plantand
Soil,Oordrecht,1997;193:85-10l.
BrownPH, BellalouiN, Hu H, OandekarA. Transgeni-
callyenhancedsorbitolsynthesisfacilitatesphloem
borontransportandincreasestoleranceof tobaccoto
borondeficiency.PlantPhysiology,1999;119:17-20.
BrownPH, WelchRM, MadisonJT. Effectofnickeldefi-
ciencyonsolubleanion,aminoacid,andnitrogenlevels
in barley.PlantandSoil,Oordrecht,1990;125:19-27.
BrunoldC. Regulatoryinteractionsbetweensulfateand
nitrateassimilation.In:OekokLJ, StulenI,Rennenberg
H, BrunoldC, RauserWE (eds).SulfurNutritionand
AssimilationinHigherPlants.TheHague,SPBAcademic
Publishing,1993,pp62-75.
BusslerW. Physiologicalfunctionsandutilizationof
copper.In: LoneraganJF, Robson,AO, Graham,RO
(eds).CopperinSoilsandPlants.AcademicPress,Lon-
don,1981,pp213-234.
CassabGI, VarnerJE. Cell wallproteins.Annual Review
of Plant PhysiologyandPlant MolecularBiology,1988;
39:321-353.
ClarksonOT. Membranestructureandtransport.In:
SmithH (ed).The MolecularBiologyof PlantsCells,
Oxford,Blackwell,1977,pp24-63.
DeKokLJ, StulenL Roleof glutathionein plantsunder
oxidativestress.In: DeKokLJ, StulenI,RennenbergH,
BrunoldC, RauserWE (eds).Sulfur Nutrition and
AssimilationinHigherPlants.TheHague,SPBAcademic
Publishing,1993,pp125-138.
EichertT, BurkhardtJ. Quantificationofstomataluptake
of ionicsolutesusinga newmodelsystem.Journal of
ExperimentalBotany,2001;52:771-78l.
EpsteinE. MineralmetabolismoIn: BonnerJ, Varner,JE
(eds).Plant Biochemistry.London,AcademicPress,
1965,pp438-446.
EskewDL, Welch RM, NorwellWA. Nickel in higher
plants.Furtherevidencefor an essentialrole.Plant
Physiology,1984;76:691-693.
GlassADM. Regulationof iontransportoAnnual Review
of PlantPhysiology,1983;34:311-326.
HaynesRJ. Ion exchangepropertiesof rootsandionic
interactionswithintherootapoplasm:theirrolein ion
accumulationbyplants.BotanyReview,1980;46:75-99.
HedrichR, SchroederJI, FernandezJM. Patchclamp
studieson higherplantcells:aperspective.Trendsin
BiochemicalSciences,1986;12:49-52.
\u2022
74 NutriçãoMineral
Hewitt EJ, Notton BA. Nitrate reductasesystemin
EukarioticandProkarioticorganisms.In: CoughanM
(eds).Molybdenumandmolybdenumcontaining
enzymes.PergamonPress,Oxford,England,1980,pp
273-325.
HopkinsWG. IntroductiontoPlantPhysiology,2nded.John
Wiley&Sons,lnc,Toronto,1999,512p.
KreuzCL, LanzerEA, ParisQ.Funçõesdeproduçãovon
liebigcomrendimentosdecrescentes.PesquisaAgrope-
cuáriaBrasileira,Brasília,1995;30(1):95-106.
KurdjianA, Guern J. lntracellularpH: measurement
and importancein cell activity.Annual Reviewof
Plant Physiologyand Plant Molecular Biology, 1989;
40:271-303.
Laurie SH, Tancock NP, McGrath SP, SandersJR.
Influenceofcomplexationon theuptakebyplantsof
iron,manganese,copperandzincoI. EffectofEOTA in
amulti-metalandcomputersimulationstudy.]ournal
ofExperimentalBotany,1991;42:509-513.
LoughmanBC. Metabolicfactorsandtheutilizationof
phosphorusbyplants.In: PhosphorusintheEnvironment:
ItsChemistryandBiochemistry.Amsterdam,EIsevier,
1978;pp155-174.
MalavoltaE. ElementosdeNutrição Mineral dePlantas.
EditoraAgronômicaCeresLtda,SãoPaulo,1980,pp
9-15.
MarschnerH. Generallntroductionto theMineralNu-
tritionofPlants.In: LauchliA, Bieleski,RL (ed).En-
cyclopediaof PlantPhysiology.Berlin,NewSeries,v 12
(InorganicPlantNutrition).Springer-Verlag,1983,pp
5-60.
Marschner,H. Mineral Nutritionof HigherPlants,2nded.
London,AcademicPress,1995,889p.
MengelK, Kirkby EA. Principiesof Plant Nutrition, 5th
ed.Oordrecht,KluwerAcademicPublishers,2001,
849p.
PloegRR, BõhmW, KirkhamMB. HistoryofSoilScien-
ce.On theOriginof theTheoryofMineralNutrition
ofPlantsandtheLawoftheMinimun.SoilScienceSo-
cietyofAmerican]ournal,1999;63:1055-1062.
ReidRJ. Kineticsof nutrientuptakebyplantcells.In:
RengelZ (ed).MineralNutritionofCrops:Fundamental
MechanismsandImplications.NewYork,FoodProducts
Press,1999,pp41-66.
RengelZ (ed).Mineral Nutrition of Crops: Fundamental
MechanismsandImplications.NewYork,FoodProducts
Press,1999.399p.
RõmheldV, MarschnerH. Functionsof micronutrients
in plants.In: MordvedtJ], Cox FR, ShumanLM,
WelchRM (eds).MicronutrientsinAgriculture,2nded.
SSSA BookSeries,n4,Madison,WI, USA, 1991,pp
297-328.
SchmidtA, JagerK. Openquestionsaboutsulfurmetabo-
lismin plants.Annual Reviewof Plant Physiologyand
PlantMolecularBiology,1992;43:325-349.
ShelpBJ. Physiologyandbiochemistryofboroninplants.
In:GuptaUC (ed).BoronanditsRoleinCropProduction.
CRC Press,Florida,1993,pp53-85.
Siqueira,JO BiologiadoSolo.Lavras,ESAL/FAEPE, 1993,
230p.
SmithFW. Molecularbiologyofnutrienttransportersin
plantmembranes.In: RengelZ (ed).MineralNutrition
ofCrops:FundamentalMechanismsandImplications.New
York,FoodProductsPress,1999,pp67-89.
SmithFW, EalingPM, HawkesfordMJ, ClarksonOT.
Plantmembersofafamilyofsulfatetransportersreveal
functionalsubtypes.ProceedingsofNationalAcademyof
Sciences,USA, 1995;92:9373-9377.
SmithSE,RobsonAO, AbbottLK. The involvementof
mycorrhizasin assessmentof geneticallydependent
efficiencyof nutrientuptakeanduse.In: RandallPJ,
OelhaitzeE, RichardsRA, MunnsR (eds).Genetic
Aspectsof PlantMineral Nutrition.Oordrecht,Kluwer
Academic,1993,pp221-231(Oevelopmentsin Plant
andSoil Sciences,50).
TinkerPB,JonesMO, OurallOM. A functionalcompari-
sonof ecto-andendomycorrhizas.In: ReadOJ, Lewis
OH, FitterAH, AlexanderlJ. (eds).Mycorrhizasin
Ecosystems.CAB lnternational,Wellingford,1992,pp
303-310.
TyermanSO.Anion channelsinplants.AnnualReviewof
Plant Physiologyand Plant Molecular Biology, 1992;
43:351-373.
WelchRM. lmportanceofseedmineralnutrientreserves
in cropgrowthanddevelopment.In: RengelZ (ed).
MineralNutritionofCrops:FundamentalMechanismsand
Implications.FoodProductsPress,NewYork,1999,pp
205-226.
WelchRM. Micronutrientnutritionofplants.CRC Cri-
ticalReviewsin PlantSciences,1995;14:49-82.
Wilcox HE. Mycorrhizae.In: WaiselY, EshelA, Kafkafi
U (eds).PlantRoots:theRiddenHalf. MarcelOekker,
NewYork,1991,pp731-765.
Wolswinkel, P. Long-distancenutrient transportin
plantsandmovementinto developinggrains.In:
RengelZ (ed).Mineral NutritionofCrops: Fundamen-
talMechanismsandImplications.FoodProductsPress,
NewYork, 1999,pp91-113.
BIBLIOGRAFIA RECOMENDADA
Be11PF, ChaneyRL, Angle JS. Freemetalactivityandtotal