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Extent and magnitude of genetic divergence for 14 characters among 98  genotypes of grain amaranth (Amaranthus hypochondriacus L.) were determined  for the purpose of identifying more diverse parents which are expected to  engender maximum variability. Based on genetic divergence D2 statistics,  genotypes were grouped into 18 clusters in which cluster I contained maximum  number of genotypes (42), Cluster II (11), Cluster III (7), Cluster IV and V  (5 in each case) and Cluster VI has 4 genotypes. Cluster VII, VIII, IX, X  have (3 in each), cluster XI, XII, XIII, XIV (2 in each) and clusters XV,  XVI, XVII and XVIII (1in each case). The clustering pattern revealed that  there was no relationship between genetic divergence and eco-geographical  region. Intra cluster values ranged from 0.00 to 141.86 and cluster XI is  most diverse group. The inter cluster values ranged from 133.08 to 1214.59.  Maximum divergence was noticed between clusters VIII and XI (1214.59)  followed by clusters XI and XV (982.16) and clusters II and XI (938.89). The  diverse clusters derived could be used in hybridization programme to generate  wide range of transgressive segregants in population to develop high yielding  grain amaranth varieties

Genetic divergence in grain amaranth (Amaranthus hypochondriacus L.)