The study was aimed to evaluate the adaptability and stability of the soybean genotypes
based on the seed yield and the other observed characteristics in the sites cultivated second …

The investigation was carried out to study Genotype× Environment (G× E) interaction for
seed yield in 36 soybean genotypes including check PS1092 over 3 diverse environments …

Drought is a major abiotic stress affecting wheat production worldwide. Present study was
conducted to identify drought tolerant wheat lines. In this study, field screening was done in …

Grain yield is influenced by environmental interactions. Multi-Environment Testing (MET) is
vital to validate the performance of hybrids. To understand the grain yield and stability …

In AMMI analysis environment main effect and genotype× location interaction were found
significant. Significant differences in maize hybrids were observed for grain yield among the …

The G x E interaction was studied in pigeonpea genotypes using AMMI model. The results
indicated that main effects as well as G x E interaction effects were significant for most of the …

Thirty three maize genotypes including hybrids and pure lines were evaluated to assess the
grain yield performance under four environments; normal nitrogen (NN 120 kg ha-1), high …

G× E interaction is major cause of discrepancy in crop yield under different environments.
International Rice Research Institute (IRRI) launched their fourth flagship project on Global …

This study conducted to evaluating adaptability and seed yeild stability of 19 soybean
purelines and Kousar cultvar (check) in three regions: Karaj, Khoram abad and Moghan in …

Abstract Genotype (G) x Environment (E) interaction of 25 medium maturity maize hybrids
tested at three environments in North-Western Himalayas was analyzed to identify stable …