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Cotton ( Gossypium hirsutum  L.) productivity is decreasing alarmingly by salinity. For genetic analysis of cotton response to salinity 8 parental genotypes and their 16 F 1  crosses were evaluated in Line × Tester fashion under normal and salt stress 15 dSm −1 . Data were recorded for plant height, number of bolls plant −1 , boll weight, lint weight, seed cotton yield plant −1 , lint percentage, seed index, lint index, number of seeds boll −1 , seed mass boll −1 , lint mass boll −1 , lint mass per seed, seed volume 100 −1  seeds, seed surface area, ionic ratio, fiber strength, fiber length, fiber fineness, GOT %, SOD, POD, CAT, TSP, and H 2 O 2 . The results showed that SCA estimates were higher than the GCA indicating the preponderance of non-additive gene action. Kahkashan, MS-71, and CRS-2007 were found good general combiner whereas FH-114 × FH-312 was found the best specific combiner. FH-114 × KAHKASHAN and FH-114 × FH-312 demonstrated significant heterosis for most traits under normal and salt stress conditions. The present study revealed that salt tolerance ability is controlled by a few dominant genes in the identified genotypes.

Genetic Variation Studies of Ionic and within Boll Yield Components in Cotton ( Gossypium Hirsutum L.) Under Salt Stress