Combining Ability and Heterosis in Diallel Analysis of Maize (Zea mays L.) Lines

Francis Chukwuma Onejeme; Emmanuel Ogbonna Okporie; Chinedu Emmanuel Eze

doi:10.21467/ias.9.1.188-200

Authors

Francis Chukwuma Onejeme Department of Crop Science and Horticulture, Nnamdi Azikiwe University
Emmanuel Ogbonna Okporie Department of Crop Production and Landscape Management, Ebonyi State University
Chinedu Emmanuel Eze Department of Agronomy, Michael Okpara University of Agriculture

DOI:

https://doi.org/10.21467/ias.9.1.188-200

Abstract

A sound breeding program for maize improvement is very important to meet the demands of the growing population. Therefore, combining ability and heterosis were studied in a 4 x 4 full diallel cross in maize for growth attributes, yield and its contributing traits. Randomized Complete Block Design (RCBD) with four replicates was used to study the general combining ability of parents, specific combining ability of F1s (including reciprocals) and heterosis of the F1s over commercial check variety on selected agronomic characters. Genotype was highly significant for all the traits studied. The combining abilities (GCA and SCA) and reciprocal mean squares were highly significant for most studied characters. The ratio of GCA/SCA was not less than unity for studied traits excepted for days to anthesis and ear height. The results indicated that the additive genetic effects were more important and played major role in studied traits. Thus, results revealed GCA effects for the parental lines (PL). Where ‘PL2’ was excellent combiner for number of tassels and cob circumference and ‘PL3’ was good combiner for days to silking and grain yield (t.h^-1). While ‘PL4’ for short height. Majority of the F1s from the GCA effects showed high SCA effects. This F1 (PL2 x PL3) performed best amongst. However, several reciprocals were not desirable. Heterosis estimation was carried out using a commercial check, Oba super II. When commercial check was used, the percent heterosis especially on grain yield varied from -8.89 to 22.62%. Among the twelve F1s, nine of the crosses exhibited significant positive heterosis for grain yield (t.h^-1). Those F1s that showed significant positive and/or negative desirable traits for SCA effects and significant positive heterosis could be used for varietal development in maize breeding. And conservation of those parents that exhibited high GCA effects be considered as well.

Keywords:

Maize, general combining ability, specific combining ability, reciprocal effects, heterosis

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