2002Indian Journal of Agricultural ResearchRequires access

Selection of parents based on combining ability in sorghum

Nishikant J Gaikwad, R. Y. Thete, D. G. Kanawade, J. V. Patil, N. S. Kute

Open publisher page 9 citations

Abstract

The combining ability was studied using L x T analysis involving 4 lines and 10 testers in grain sorghum which revealed the importance of both additive and non-additive gene actions in the inheritance of the studied traits. Non-additive gene action was observed for days to 50% flowering, plant height, leaves/plant, leaf length, leaf breadth, panicle length, panicle girth and grain, yield/plant. While additive gene action was predominant for 1000 grain weight. The lines 117-A, 116-A and testers RS-29, RS-540 and RSV-35R emerged as good general combiners for yield and yield contributing characters. Considering the per se performance, general and specific combining ability effects, the crosses viz., 116-Ax R5–67, 117-A x SPV-999 and 53-A x SPV 475 were appeared to be most promising which can be exploited for development of hybrid.

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What this paper is about

The combining ability was studied using L x T analysis involving 4 lines and 10 testers in grain sorghum which revealed the importance of both additive and non-additive gene actions in the inheritance of the studied traits. Non-additive gene action was observed for days to 50% flowering, plant height, leaves/plant, leaf length, leaf breadth, panicle length, panicle girth and grain, yield/plant. While additive gene action was predominant for 1000 grain weight. The lines 117-A, 116-A and testers RS-29, RS-540 and RSV-35R emerged as good general combiners for yield and yield contributing characters. Considering the per se performance, general and specific combining ability effects, the crosses viz., 116-Ax R5–67, 117-A x SPV-999 and 53-A x SPV 475 were appeared to be most promising which can be exploited for development of hybrid.

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Available abstract

The combining ability was studied using L x T analysis involving 4 lines and 10 testers in grain sorghum which revealed the importance of both additive and non-additive gene actions in the inheritance of the studied traits. Non-additive gene action was observed for days to 50% flowering, plant height, leaves/plant, leaf length, leaf breadth, panicle length, panicle girth and grain, yield/plant. While additive gene action was predominant for 1000 grain weight. The lines 117-A, 116-A and testers RS-29, RS-540 and RSV-35R emerged as good general combiners for yield and yield contributing characters. Considering the per se performance, general and specific combining ability effects, the crosses viz., 116-Ax R5–67, 117-A x SPV-999 and 53-A x SPV 475 were appeared to be most promising which can be exploited for development of hybrid.

Key concepts: Sorghum, Panicle, Grain yield, Biology, Yield (engineering), Selection (genetic algorithm), Horticulture, Inheritance (genetic algorithm)

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