… It is clear that the regulation of Na+ uptake and transport across the plasma membranes
and tonoplast will be a key factor determining the plant cell response to salinity stress. …

… between physiological traits, agronomic traits and salinity … that physiological traits (Na+ &
K+: Na+ ratio) and salinity … for screening salt tolerant cultivars and these traits are correlated …

… the impact of salinity on several physiological traits, such as growth… traits are the most important
ones contributing to salinity … proposed traits (eg leaf Na content) and a measure of salinity …

… parameters by salt stress varied with genotypes. Proline accumulation in barley was associated
with injured extent under salt stress, indicating it is not a defensive reaction to the stress. …

… Salinity stress is one of the abiotic stresses that harm agriculture by decreasing productivity
all over the earth. Therefore, to get a grip with salinity is very important to attain sustainable …

… obviously that salt tolerance index was negatively affected by salt stress in all cultivars, which
coincide with Abbas et al. [24] findings, and Tamelalt showed a higher salt tolerance index …

… the influence of the salt stress and the response of the plants in detail expecting to provide
a particular account for the plant resistance in molecular, physiological and transgenic fields. …

… or salt stress. Our study has also allowed us to identify which metabolites and physiological
traits are differentially regulated upon salt and drought stress between different varieties. …

… In order to adapt in the soil salinity stress, … salt-tolerant cultivar accumulates more proline
than the salt-sensitive cultivar [26,27]. Salinity stress effects the morphological, physiological, …

… for reproductive stage salt tolerance. Selection based on salt stress indices coupled with
trait correlation resulted in the identification of high yielding reproductive stage salt tolerant …