QTL for water stress resistance and water use efficiency in alfalfa

The sensitivity of leaf growth to evaporative demand and to soil water deficit, which can be determined in controlled conditions, translates into differences in leaf area and

The sensitivity of leaf growth to evaporative demand and to soil water deficit, which can be determined in controlled conditions, translates into differences in leaf area and

If these two approaches are used separately, it needs to be emphasised that the water balance (A) approach to get the soil water status informs directly on the two aspects: how

special ability of liquid water to undergo such metastable state corresponds to the 14.. development of peculiar inter-molecular networking

ter use efficiency, iii), the stimulating effect of L laccata on photosynthesis and water use efficiency is, at least partly, due to the improvement of phosphorus

Midday leaf water potential (Ψ (MPa)) for the three cultivars 'Ferragnès' (circles), 'Francolí' (squares), and 'Glorieta (triangles), and two treatments: control (black symbols

For these reasons, the main objective of this work is to review the ecophysiological strategies of herbaceous species to overcome water deficit under Mediterranean conditions,

This catalyst is one of the few able to promote both the hydrogenation and dehydrogenation of N- heterocycles hence offering promising developments for the