… Chickpea is the second most important grain legume crop … genetic base, however,
considerable genetic variability has … Chlorophyll a fluorescence as a tool to monitor physiological …

… genes identified under heat stress tolerance in plants for … stress affects stage-specific functional
physiology in legumes from … Chlorophyll fluorescence (ChlF) is a non-invasive marker for …

… to study genetic diversity and relatedness among plant species … At the 3-4 leaf stage, some
chlorophyll stripe mutants have been … genetic transformation of the model legume Medicago …

… a salinity stress regime that affected plant growth without … plant vigor and the degree of leaf
chlorophyll loss, we scored … of the model legume Medicago truncatula under salt stress. BMC …

… legume crop with attributes favouring its growth under … drought stress at the seedling and
terminal stage of growth, affecting … and chlorophyll content as compared to control plants under …

… were identified when searched against the Medicago truncatula … salinity stress have devastating
effects on plant growth and … Moreover, anthocyanin content and chlorophyll abundance …

… and genes have been identified to be involved in the salt stress … Salinity stress affects plant
growth and yield by affecting the … in chlorophyll content in salt-stressed groundnut plants (…

… Moreover, a high genetic variation was found among the … Salinity stress imbalances the plant
water relations which result in … In legumes, Medicago truncatula is a model plant as it has a …

… (1992) showed that chlorophyll fluorescence methods can be … Growth stage is also important
in relation to salt tolerance. As … plenty of genetic variation for adaptation to mineral stress is …

… worldwide and affects most physiological activities in plants. An … genetic variability in Medicago
truncatula, and to identify … QTLs were identified under 100 mM salt stress conditions. The …