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The inheritance and heritability (H) of leaf and pods reactions and seed infection of common beans ( Phaseolus vulgaris  L.) to  Xanthomonas campestris  pv.  phaseoli  (Smith) Dye ( Xcp ) were studied in three crosses along with flower and stem color, and the association of reactions to  Xcp  in the plant organs. Recombinant inbred lines from the crosses `PC 50' × XAN 159, BAC 6 × HT 7719, and BelNeb 1 × A 55 were used. Quantitative inheritance patterns were observed for disease reactions in leaves, pods, and seeds. Stem and flower color were inherited qualitatively. Low to intermediate and intermediate H estimates were found for pod reactions when inoculated on the same time, allowing the infection to occur in a uniform environment. Intermediate to high H estimates were found for leaf and seed reactions to  Xcp , respectively. Significant positive intermediate to moderately high correlations were found between the reactions to  Xcp  of the first trifoliolate with later-developed leaves and pods in all three populations. The moderately high genetic correlations between leaves and pods suggested that some common genes may control the reactions to  Xcp  in these plant organs. No association was detected between flower or stem color and reactions to  Xcp .

Heritability of Resistance and Associations of Leaf, Pod, and Seed Reactions to Xanthomonas campestris pv. Phaseoli (DYE) in Common Beans