… of the mechanisms underlying salt stress tolerance in this species. The objectives of the
research were (i) to study genetic variability for plant growth and some physiological traits in …

… of the mechanisms underlying salt stress tolerance in this species. The objectives of the
research were (i) to study genetic variability for plant growth and some physiological traits in …

… genetic control of salt stress in the model legume Medicago … to determine genetic variability
of 100 RILs in salinity and control … Reduction in chlorophyll fluorescence due to salinity stress …

… genetic control of salt stress in the model legume Medicago … to determine genetic variability
of 100 RILs in salinity and control … Reduction in chlorophyll fluorescence due to salinity stress …

… genetic control of salt stress in the model legume Medicago … to determine genetic variability
of 100 RILs in salinity and control … Reduction in chlorophyll fluorescence due to salinity stress …

… truncatula (Mt) that uniquely respond to a combined drought … Chlorophyll content was higher
in leaves of seedlings raised from … Genetic variation for stress tolerance exists in our target …

… genotypes of the model legume Medicago truncatula. … salinity tolerance into its component
parts while at the same time … of plant vigor and the degree of leaf chlorophyll loss, we scored …

… Drought affects almost all phases of the plant ranging from … truncatula and soybean to increase
survival ability against … and salt tolerance in soybean resulted in a transgene-free variety …

… Quantitative trait loci (QTL) analysis was performed with the … QTL was identified for fresh leaf
weight under Cd stress on … to biotic/abiotic restrictions affecting legume crops. Although the …

… the persistence of populations are affected by drought stress. … In this study, we investigated
the genetic variability for traits … population (LR7) in salt stress conditions. The RIL population …