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The production of cotton is negatively affected by salinity. For this purpose, 8 parents and their 16 F1 hybrids were evaluated under saline stress (15 dSm −1 ) in Line × Tester fashion. Mean values of plant height, number of bolls plant −1 , boll weight, lint weight, seed cotton yield plant −1 , seed index, no. of seeds boll −1 , seed mass boll −1 , lint mass boll −1 , seed volume per 100 seeds, fiber strength, fiber length, lint%, K + , K + /Na +  ratio, CAT, TSP, chlorophyll a, b, and relative water contents decreased under salt stress whilst the values of lint index, seed density, fiber fineness, Na + , H 2 O 2,  SOD, POD carotenoids, malondialdehyde, phenolic contents, ascorbic acid, and flavonoids increased under saline conditions. Under saline MS-71× CRS-2007, MS-71× KAHKASHAN, and IUB-65 × FH-312 exhibited performed better than other genotypes for most traits. For fiber quality traits IUB-65× CRS-2007 and IUB-65× FH-312 showed the highest value under salt stress. Improved identified cotton genotypes can enhance our capacity to grow cotton in salt-affected soils and the key morpho-biochemical traits can potentially be exploited to obtain higher and more stable crops yield under stressed environments.

Effects of Salinity Stress on Some Growth, Physiological, and Biochemical Parameters in Cotton ( Gossypium hirsutum L.) Germplasm