Linked control in sunflowers of transpiration, leaf water status and chemical messages from in the roots.

dc.creator	Tardieu, F.,
dc.description	The nature of water transport within the plant, stomatal function and the role of abscisic acid in stomatal movement are reviewed. The relationship between water status and stomatal control is clarified as a result of trials with field-grown sunflowers and detached leaves and the possible nature of controls for avoidance of dehydration at the whole-plant level are discussed.
dc.description	10 ref.
dc.description	The nature of water transport within the plant, stomatal function and the role of abscisic acid in stomatal movement are reviewed. The relationship between water status and stomatal control is clarified as a result of trials with field-grown sunflowers and detached leaves and the possible nature of controls for avoidance of dehydration at the whole-plant level are discussed.
dc.identifier.url	https://catalogo.fedepalma.org/cgi-bin/koha/opac-detail.pl?biblionumber=23416
dc.language	d
dc.relation
dc.subject	Abscisic acid
dc.subject	growth inhibitors
dc.subject	growth regulators
dc.subject	leaves
dc.subject	plant growth regulators
dc.subject	plant water relations
dc.subject	stomatal movement
dc.subject	sunflowers
dc.subject	transpiration
dc.subject	water content
dc.subject	water relations
dc.subject	Abscisic acid
dc.subject	Growth regulators
dc.subject	Leaves
dc.subject	Leaves
dc.subject	Plant regulators
dc.subject	Sunflowers
dc.title	Linked control in sunflowers of transpiration, leaf water status and chemical messages from in the roots.
dc.type	text

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