Table 1.
Entry code, name, and description of 60 common bean genotypes used in the study.
Table 2.
Agro-morphological traits used to characterise the common bean genotypes in the study.
Fig 1.
Growth type and flower colour among assessed common bean genotypes.
Note: A–determinate growth type (genotype SUGAR 131), B–indeterminate growth type (MW3928), C–white flower (MW3969) and D–purple flower colour (MW227).
Fig 2.
Variation in seed colour, size and shape among assessed bean genotypes.
Note: A–Red, small, seed, kidney bean (SER265), B–Yellow, small seed,round bean, (MW3933) C–White, large seed, kidney bean (SAA20), D–Black,smallseed, kidney bean (genotype SEN125), E–Dark red, large seed, kidney bean (DRK57), F–Red mottled, large seed, kidney bean (NUA59).
Table 3.
Frequency distribution and signficance tests comparing 60 common bean genotype based on qualitative traits.
Table 4.
Mean squares and signficant tests for 11 quantitative agronomic traits among 60 common bean assessed in two years.
Table 5.
Mean value for grain yield and agronomic traits of 60 common bean genotypes tested in two years showing the top 10 and bottom 5 ranked genotypes across years based on grain yield.
Table 6.
Eigen-values, proportion of variability and loading scores for the first seven PCs among 60 common bean genotypes evaluated in two years.
Fig 3.
Principal commonent biplot of 60 common bean genotypes evaluated in two years.
Table 7.
Genetic parameters for different gene pools and types of genotypes of common bean based on 16,565 SNP markers.
Fig 4.
Population structure of 60common bean genotypes based on 16565 SNP markers.
A. Highest delta K values showing K = 2. B. Genotype membership to the two clusters.
Table 8.
Clustering of 60 common bean genotypes based on 16,565 SNP markers.
Table 9.
Molecular analysis of variance of common bean populations based on 16,565 SNP markers.
Table 10.
Population pair wise Fsts between populations of common bean genotypes.
Fig 5.
Dendrogram showing genetic relatedness among the 60 common bean genotypes based on the phenotypic matrix.
Fig 6.
Dendrogram showing genetic relatedness among the 60 common bean genotypes based on the genotypic matrix.
Fig 7.
Dendrogram showing genetic relatedness among the 60 common bean genotypes based on the combined matrix.
Fig 8.
Tanglegram comparison of phenotypic and genotypic dendrograms.