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2015•BIOINFOLET - A Quarterly Journal of Life SciencesRequires access

Study of genetic variability for yield and yield contributing traits in soybean (Glycine max(L.) Merrill)

L. S. Pagde, S. Abubakkar, D. G. Ingole, M. V. Dhuppe

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Abstract

Genetic variability was estimated in 30 soybean strains grown during kharif, 2011. Most of the characters possessed sufficient genetic variability. Pods per plant exhibited highest genetic variability, followed by plant height, seed yield per plant, secondary branches per plant, test weight, seeds per pod. Pods per plant also expressed highest heritability and genetic advance.

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What this paper is about

Genetic variability was estimated in 30 soybean strains grown during kharif, 2011. Most of the characters possessed sufficient genetic variability. Pods per plant exhibited highest genetic variability, followed by plant height, seed yield per plant, secondary branches per plant, test weight, seeds per pod. Pods per plant also expressed highest heritability and genetic advance.

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Available abstract

Genetic variability was estimated in 30 soybean strains grown during kharif, 2011. Most of the characters possessed sufficient genetic variability. Pods per plant exhibited highest genetic variability, followed by plant height, seed yield per plant, secondary branches per plant, test weight, seeds per pod. Pods per plant also expressed highest heritability and genetic advance.

Key concepts: Heritability, Point of delivery, Kharif crop, Genetic variability, Biology, Yield (engineering), Genetic variation, Horticulture

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