Selection of suitable wheat genotypes under thermal stress and complex genotype-environment interaction using stability analyses and selection indices.

ABSTRACT: Thermal stress is a consequence of climate change that threatens food security, causes plant tissue damage, and harms crop production, particularly during the pollination and fertilization period and in grain-filling stages negatively impacting the number of grains, grain size, and quality. Genotype-environment interaction (GEN: ENV) complicates the selection of optimal wheat genotypes due to the complex genetic basis of yield under varying conditions. Diversified approaches were put forth in response to the pressing demand for simultaneous enhancements in high-yield performance combined with stability. This study investigates the selection of ideal wheat genotypes under thermal stress and complex GEN: ENV using stability analyses and selection indices to assess genotype performance and st

SUBMITTER: Ghazy A 

PROVIDER: S-EPMC12476864 | biostudies-literature | 2025

REPOSITORIES: biostudies-literature