Physiological responses to salt stress were studied in two cotton cultivars previously
selected on the basis of growth under salinity. Plants were grown in nutrient solutions under …

… salinity concentrations on growth variables, and b) to identify genotypes most tolerant to
salinity at early growth stages in upland cotton. … heritability of salinity tolerance in upland cotton …

… Upland cotton accessions for abiotic stress tolerance and carried out GWAS using 106 SSR
markers. Salinity tolerance … in 304 Upland cotton genotypes for salinity tolerance using 145 …

… salinity tolerance in Upland cotton had not been reported in the literature. However, these
estimates in other crop species showed that salinity tolerance … selection of tolerant individuals. …

… salinity in cotton was controlled by additive as well as non-additive gene effects. Salinity
tolerance based upon yield of seed cotton, … that improvement in salinity tolerance may be made …

… with salinity tolerance. It can be further argued that hidden genetic variation, previously
unselected, could have been uncovered when the stress was applied. This could have been the …

… cotton seed germination. In this chapter, we discussed formation of saline soils and their
sources which deter cotton … Physiological changes, oxidative stress caused due to salinity, role …

… salt tolerance in cotton. Genetic studies with cotton in relation to salinity tolerance exhibited
… has been examined from hybridizing six upland cotton cultivars/lines of diverse origin and …

… This investigation aimed to evaluate five upland cotton (Gossypium hirsutum L.) (Aleppo118,
Aleppo33/1, Aleppo90, Raqqa5, and Deir-Ezzor22) varieties based on physiological …

… genes for breeding salinity-tolerant cotton and provides … salinity tolerance during early
developmental stages in cotton… understand salinity tolerance mechanisms of upland cotton, …