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Silicon reduces sodium uptake in rice (Oryza sativa L.) in saline conditions and this is accounted for by a reduction in the transpirational bypass flow

1999

Yeo, A.R. | Flowers, S.A. | Rao, G. | Welfare, K. | Senanayake, N. | Flowers, T.J. (Plant Stress Unit, School of Biological Sciences, The University of Sussex, Brighton BN1 9QG (United Kingdom))

AGROVOC Keywords
absorption de substances nutritives arroz estoma fisiologia vegetal gas exchange intercambio de gases mineral nutrients nutrient uptake nutrientes minerales nutrition des plantes oryza sativa photosynthese photosynthesis plant nutrition plant physiology rice riz salinidad salinity salt tolerance silicio silicium silicon sodio sodium stomata stomatal resistance stomate tolerancia a la sal translocation transpiration
Bibliographic information
Plant, Cell and Environment (United Kingdom)
Volume 22 Issue 5
Pagination
pp. 559-565
Other Subjects
Nutricion de las plantas; Salinite; Fotosintesis; Transpiracion; Physiologie vegetale; Absorcion de sustancias nutritivas; Substance nutritive minerale; Tolerance au sel; Echange gazeux
Language
English
Note
28 ref.
1999-08-15
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