Adaptation of Leaf Water Relations to Climatic and Habitat Water Availability

Adaptation of Leaf Water Relations to Climatic and Habitat Water Availability

Successful management of forest systems requires a deeper understanding of the role of ecophysiological traits in enabling adaptation to high temperature and water deficit under current and anticipated changes in climate. A key attribute of leaf water relations is the water potential at zero turgor (πtlp), because it defines the operating water potentials over which plants actively control grow...

Water relations traits of C4 grasses depend on phylogenetic lineage, photosynthetic pathway, and habitat water availability

The repeated evolution of C4 photosynthesis in independent lineages has resulted in distinct biogeographical distributions in different phylogenetic lineages and the variants of C4 photosynthesis. However, most previous studies have only considered C3/C4 differences without considering phylogeny, C4 subtype, or habitat characteristics. We hypothesized that independent lineages of C4 grasses hav...

Water stress of sugarbeet as related to leaf and canopy temperatures and to leaf Water content

Soil and ground water salintty and their relations to physiography

Water relations and leaf expansion: importance of time scale.

The role of leaf water relations in controlling cell expansion in leaves of water-stressed maize and barley depends on time scale. Sudden changes in leaf water status, induced by sudden changes in humidity, light and soil salinity, greatly affect leaf elongation rate, but often only transiently. With sufficiently large changes in salinity, leaf elongation rates are persistently reduced. When pl...