Aluminium tolerance in Cowpea - Kushwaha, Jitendra Kumar;Khatoon, Uzma
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The experiment was laid out in a Factorial randomized block design with twenty cowpea genotypes for four aluminium (0, 20, 40, 60 ppm) treatments and three replications. Based on mean performance the genotypes T-15, T-13 and T-2 were found to be superior for the most of the plant characteristics suggesting that they can be used for developing aluminium toxicity tolerant genotype. Similarly, T-7, T-4 and T-12were found to be superior for yield components. So, these genotypes were promising and may be used as a parental source in any breeding programme. Among all aluminium treatment, 20 ppm was…mehr

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Produktbeschreibung
The experiment was laid out in a Factorial randomized block design with twenty cowpea genotypes for four aluminium (0, 20, 40, 60 ppm) treatments and three replications. Based on mean performance the genotypes T-15, T-13 and T-2 were found to be superior for the most of the plant characteristics suggesting that they can be used for developing aluminium toxicity tolerant genotype. Similarly, T-7, T-4 and T-12were found to be superior for yield components. So, these genotypes were promising and may be used as a parental source in any breeding programme. Among all aluminium treatment, 20 ppm was best for plant characteristics whereas, for others control (0 ppm) performs better. SDS-PAGE data analysis provides information that protein banding pattern could not be affected by aluminium treatment in the soil.
Autorenporträt
Jitendra Kumar Kushwaha nascido em Nichlaul, Maharajganj, U.P., Índia, percebeu a sua especialização M.Sc.(Horticultura) em Ciência Vegetal da CAU, Imphal, Manipur. Actualmente, está a fazer o seu doutoramento em Horticultura na Universidade de Sikkim, Gangtok. Tem 6 trabalhos de investigação, 1 de revisão e 1 capítulo de livro.