… the excised leaf water loss of these genotypes when grown … Seeds of these cotton genotypes
were planted (4 seeds per … Twenty tubes and 10 pots of each genotype were established …

… cotton cultivars is a key issue towards sustainable agriculture. This study subjected 11
upland cotton genotypes at the seedling … Leaf relative water content and photosynthesis were …

… and molecular mechanisms associated with salt tolerance in upland cotton seedling leaves.
… The salt-tolerant upland cotton genotype Z and the salt-sensitive genotype N were used in …

… The 32 upland cotton genotypes under both salinity and normal conditions … per plant, boll
weight, lint yield per plant, 2.5 per cent span length, leaf area index, Na-K ratio and seed cotton …

… genotype Z407 had higher leaf area and dry matter accumulation than P792. Leaf water
potential and leaf … levels of Cl accumulation between genotypes. The main feature of the tolerant …

… leaf of each genotype’s replicates was collected for biochemical analysis. This analysis was
performed on leaf … 0.1 g of fresh leaf sample from each cotton genotype, then grinding it in 1 …

… and 2.1% to 44.2% in plant leaves of parental cultivars and their F1 hybrids… cotton genotypes
protect themselves from water scarcity by varying magnitudes of carotenoids in plant leaves…

… capacity of two upland cotton genotypes with different salt tolerances … the leaf glandular
trichome could secrete more salt ions in the salt-tolerant genotype than in the sensitive genotype, …

… to determine a panel of 93 cotton genotypes’ genotypic responses against drought under …
) until three true leaves appeared. As soon as all the genotypes produced true leaves, the …

… The yield components, lint percentage, boll weight, seed weight, lint/seed, and seed/boll …
effects and seeding rates and the four leaf canopy genotypes were considered fixed effects. …