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Knowledge of the naturally occurring diversity helps to identify diverse   groups of soybean genotypes that can be useful for the breeding program.   Therefore, this study aims to identify traits that influence the soybean   genotypes in cluster formation using D2 analysis. Hundred genotypes of   soybean were studied for 15 characters in randomized block design with three   replications and grouped into fifteen clusters. The cluster I was the largest   with 55 genotypes followed by cluster III containing 17 genotypes and cluster   IV containing 16 genotypes. The remaining clusters were solitary with single   genotype each. The inter-cluster distance was the highest between clusters   XIII and XIV (D=38.28) followed by clusters X and XII (D=33.64), XIII and XIV   (D=32.71), III and XIV (D=32.06) and XII and XIV (D=31.65). Genotypes falling   in these clusters may serve as potential parents for a hybridization   programme. Pods per plant contributed the highest in manifestation of total   genetic diversity. The presence of clear phenotypic and genotypic differences   in the characters under consideration between or among clusters gives us an   opportunity to bring about improvement through hybridization of genotypes   between these clusters and subsequent selection in the segregating   generations. The genotype JS (SH) 131 of cluster XIV, J 606 of cluster X, JS   46-75 of cluster V and Himso 1548 of cluster XV were identified as   genetically diverse parents, which can be utilized for future crop   improvement programme

Genetic divergence analysis in indigenously developed Indian soybean (Glycine max L. Merrill) germplasm