2017
AUTHORSChristophe Maurel , Karine Prado
ABSTRACTLeaf water relations are a key factor of plant growth and productivity. Water is delivered to the leaf through its vasculature. It then exits xylem vessels by crossing living cells prior to vaporization and diffusion through stomatal apertures. The present chapter shows how the leaf aquaporin equipment contributes to the water transport capacity of inner leaf tissues (leaf hydraulic conductance, Kleaf ) with a major role in the vascular bundles. Aquaporins provide optimal and locally adjusted water supply to the leaf during transpiration and leaf growth and movements. The respective roles of leaf vasculature and aquaporins in leaf hydraulic changes in response to endogenous or environmental stimuli are discussed. It is established that regulation of aquaporins at gene expression and protein phosphorylation levels mediates the effects of light, circadian rhythms and water and salt stress on Kleaf. However, the signaling mechanisms acting upstream are as yet unknown. More... »
PAGES155-165
Plant Aquaporins
ISBN
978-3-319-49393-0
978-3-319-49395-4
http://scigraph.springernature.com/pub.10.1007/978-3-319-49395-4_7
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