… with seedling survival under salinity stress was identified in a … of favorable genetic variability
in the cultivated gene pool. … of stress under field condition and future legume transcriptomic …

… -model legumes like lentil, pigeonpea, mungbean etc. under … , number of alleles, genetic
diversity and heterozygosity were … higher plants are induced under drought and salt stress 103 . …

… in crops such as cereals, legumes, and vegetable crops. Heat … condition by combining
multispectral imaging, chlorophyll … susceptible to drought and salinity stress during germination, …

… Genetic variability and the mechanism by which plants … reported on forage legumes for cold
tolerance. In polyploid … index, number of leaves, and chlorophyll content index were the most …

… provide new gene resources for the improvement in salt tolerance in alfalfa and legume crops,
… At the same time, the chlorophyll content, plant height, root length, and seedling length of …

… is a limiting factor influencing the crop growth and yield. Despite the … in MSI, RWC and
chlorophyll content which could have … In Medicago truncatula, GS2 is regulated by …

… [106] for salt tolerance and cotton [107] for heat tolerance. … to identify and exploit the
genetic diversity within wild wheat … Even in so called ‘orphan crops’ likes food legumes, …

… , yielding several candidate genes for salt stress tolerance QTLs (… associated with five
chlorophyll fluorescence traits, including … due to limited genetic diversity of accessions used for …

… rich genetic variation of candidate genes related to salt stress … analysis of salinity responsive
traits in Medicago truncatula. … Fast chlorophyll fluorescence is known to be the best tool to …

… crop genetic diversity and identifying potential candidate … several genes of the TFs not only
responded to the salt stress, … Higher APX activity under high temperature, higher chlorophyll …