Development of varieties with high yield potential coupled with wide adaptability is an important plant breeding objective. The presence of genotype by environment (GxE) interaction plays a crucial role in determining the performance of genetic materials, tested at different locations and in different years. This study was undertaken toassess yield performance, stability and adaptability of thirty-six rice genotypes of three different maturity groups evaluated over 12 environments. There were highly significant (
Determination of the genotype x environment interaction (GEI) and stability of upland rice varieties...
The GxE interaction only became widely discussed from evolutionary studies and evaluations of the ca...
Genotype-environment interactions through different stability parameters and performance traits of f...
Development of varieties with high yield potential coupled with wide adaptability is an important pl...
Genotypes evaluation for stability and high yielding in rice is an important factor for sustainable ...
The relative performance of one genotype is not identical in different environments due to genotype-...
Eleven rice genotypes were evaluated at 6 environments in Western Ethiopia during 2015 and 2016 main...
Multi-environmental yield trials is vital in assessing the newly developed rice genotypes for its ad...
Stability performance and genotype-environment (G×E) interactions were investigated for yield and yi...
Multilocation trials are important in plant breeding carried out in the field of agronomy. A combina...
Genotypes evaluation in diverse environments is a prerequisite for selecting ideal genotype (genot...
The genotype (G) x environment (E) interaction and stability for grain yield and some associated tra...
G×E is defined as a phenomenon that phenotypes respond to genotypes differently according to differe...
In order to identify high yielding and stable short-duration lowland rice genotypes, field experimen...
In any breeding program, it is necessary to screen and identify phenotypically stable genotypes that...
Determination of the genotype x environment interaction (GEI) and stability of upland rice varieties...
The GxE interaction only became widely discussed from evolutionary studies and evaluations of the ca...
Genotype-environment interactions through different stability parameters and performance traits of f...
Development of varieties with high yield potential coupled with wide adaptability is an important pl...
Genotypes evaluation for stability and high yielding in rice is an important factor for sustainable ...
The relative performance of one genotype is not identical in different environments due to genotype-...
Eleven rice genotypes were evaluated at 6 environments in Western Ethiopia during 2015 and 2016 main...
Multi-environmental yield trials is vital in assessing the newly developed rice genotypes for its ad...
Stability performance and genotype-environment (G×E) interactions were investigated for yield and yi...
Multilocation trials are important in plant breeding carried out in the field of agronomy. A combina...
Genotypes evaluation in diverse environments is a prerequisite for selecting ideal genotype (genot...
The genotype (G) x environment (E) interaction and stability for grain yield and some associated tra...
G×E is defined as a phenomenon that phenotypes respond to genotypes differently according to differe...
In order to identify high yielding and stable short-duration lowland rice genotypes, field experimen...
In any breeding program, it is necessary to screen and identify phenotypically stable genotypes that...
Determination of the genotype x environment interaction (GEI) and stability of upland rice varieties...
The GxE interaction only became widely discussed from evolutionary studies and evaluations of the ca...
Genotype-environment interactions through different stability parameters and performance traits of f...