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- W2096810466 abstract "Root morphology and leaf water relations are important morph-physiological traits for screening various crop plants under water stress. In this study these morph-physiological traits were measured to sort out drought tolerant local landraces (LLRs) of sorghum. The results revealed that the landrace FJSS-1 performed the best for most of the characters followed by FJSS-11 and FJSS-17 which also performed well for various traits contributing towards water stress tolerance at seedling and post-flowering stages. The landrace, FJSS-10 revealed the contrasting parents showing drought susceptibility. Cluster analysis clearly divided the LLRs in two groups out of which Cluster I displayed more scope for selection against water stress. Dry root weight exhibited the highest genotypic coefficient of variation among seedling traits while excise leaf weight loss among the flag leaf related characters. Considerable degree of variation among the LLRs for most of the traits proposed these genotypes as significant source for the selection of water stress tolerance. In the same way, higher amount of heritability and genetic advance for the most of the morph-physiological parameters advocated that elevated amount of genetic gain for these parameters might be possible followed by hybridization. Our results suggest that these morpho-physiological traits could be efficiently used as selection criteria for drought tolerance in sorghum at different growth stages." @default.
- W2096810466 created "2016-06-24" @default.
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- W2096810466 date "2009-09-01" @default.
- W2096810466 modified "2023-09-24" @default.
- W2096810466 title "Genetic diversity and assessment of drought tolerant sorghum landraces based on morph-physiological traits at different growth stages." @default.
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