Yield performance and stability analysis of okra (Abelmoschus esculentus L. Moench) accessions using AMMI and GGE biplots

The identification of adaptable, stable and high yielding genotypes under varying environmental conditions prior to release poses a lot challenge plant breeders in selecting the best okra. genotype ? environment interaction is major because large can reduce selection gain make superior cultivars difficult. objectives this study were evaluate performance okra accessions different environments identify accession so as select parent for further breeding work. Seventeen evaluated at Akure during rainy season 2018, Oye 2019; 2020, making total four environments. additive main effects multiplicative GGE-biplots employed evaluation G?E stability studies AMMI analysis identified NGB00378a most yielder. Also, GGE biplot highly yielder while NGB00355 was highest yielder, but fairly stable. However, combines good with stability. Therefore, an ideal that should be recommended