The experiment was conducted using seven proso millet advanced lines including one check variety, BARI Cheena-1 (BC-1) across 3 locations (Gazipur, Jamalpur and Rangpur) of Bangladesh during 2019-20. objective this study to find out stable lines, verify the influence environments on yield at different Bangladesh. mean sum squares for genotypes were significant grain which revealed presence gene...

genotype×environment interactions (geis) can affect breeding programs because they often complicate the evaluation and selection of superior genotypes. this drawback can be reduced by gaining insights into gei processes and genotype adaptation. the objectives of this research were to evaluate: (1) the yield stability of promising wheat lines across locations and (2) the relationship among the t...

To locate the genes controlling adaptability in bread wheat using AMMI (additive main effect and multiplicative interaction) model, twenty-one substitution lines derived from the parents Chinese Spring (recipient) and Chayan (donor) were used in a randomized complete block design with three replications in three different environments in the Agricultural College of Razi University, Kermanshah, ...

Stability analysis of wheat genotypes under rainfed timely sown trials in Northern Hills Zone India by Additive main & multiplicative interactions (AMMI) observed highly significant effects the environment, GxE interaction and during 2018-19 2019-20. The ranking had altered with utilization more number IPCA’s AMMI WAASB measures. Environments contributed about 53%, accounted for 30.5% Genot...

Developing high yielding and stable genotypes for wide and specific adaptation is important in wheat (Triticum aestivum L.) production. The objective of this study was to exploit the gains from genotype by environment interaction for increased bread wheat production in eastern Africa. Thirty-three advanced bread wheat lines, along with two check varieties (Danda’a and Hidasse) were evaluated at...