Add to ORKGMultilocation trials are important in plant breeding carried out in the field of agronomy. A combination of agronomy and plant breeding is needed to improve plant characteristics and stability testing before releasing new varieties. A single stability analysis method may not be sufficiently representative to determine the performance of genotypes across environments, which sometimes lead to wrong decisions about genotype stability
Genotypes evaluation in diverse environments is a prerequisite for selecting ideal genotype (genot...
Breeding line selection with conventional field methods is limited by time, cost, and appropriate en...
Multi-environmental yield trial is very vital in assessing newly developed rice lines for its adapta...
Multilocation trials are important in plant breeding carried out in the field of agronomy. A combina...
Genotypes evaluation for stability and high yielding in rice is an important factor for sustainable ...
Multi-environmental yield trials is vital in assessing the newly developed rice genotypes for its ad...
In any breeding program, it is necessary to screen and identify phenotypically stable genotypes that...
Development of varieties with high yield potential coupled with wide adaptability is an important pl...
The purpose of rice breeding is to create varieties that are well adapted, highly productive, and ac...
Analysis of variance carried out for eight quantitative traits on twenty-five genotypes (twenty-one ...
Multi-environment trials (METs) are essential in plant breeding programs to evaluate crop productivi...
Genotype-environment interactions through different stability parameters and performance traits of f...
This study was conducted to evaluate the quantitative and qualitative characteristics and grain yiel...
ABSTRACT There is an increasing demand for special types of rice that have black or red pericarp, lo...
Rice improvement is based to an increasing extent on ever-sharper genetic analysis to the detriment ...
Genotypes evaluation in diverse environments is a prerequisite for selecting ideal genotype (genot...
Breeding line selection with conventional field methods is limited by time, cost, and appropriate en...
Multi-environmental yield trial is very vital in assessing newly developed rice lines for its adapta...
Multilocation trials are important in plant breeding carried out in the field of agronomy. A combina...
Genotypes evaluation for stability and high yielding in rice is an important factor for sustainable ...
Multi-environmental yield trials is vital in assessing the newly developed rice genotypes for its ad...
In any breeding program, it is necessary to screen and identify phenotypically stable genotypes that...
Development of varieties with high yield potential coupled with wide adaptability is an important pl...
The purpose of rice breeding is to create varieties that are well adapted, highly productive, and ac...
Analysis of variance carried out for eight quantitative traits on twenty-five genotypes (twenty-one ...
Multi-environment trials (METs) are essential in plant breeding programs to evaluate crop productivi...
Genotype-environment interactions through different stability parameters and performance traits of f...
This study was conducted to evaluate the quantitative and qualitative characteristics and grain yiel...
ABSTRACT There is an increasing demand for special types of rice that have black or red pericarp, lo...
Rice improvement is based to an increasing extent on ever-sharper genetic analysis to the detriment ...
Genotypes evaluation in diverse environments is a prerequisite for selecting ideal genotype (genot...
Breeding line selection with conventional field methods is limited by time, cost, and appropriate en...
Multi-environmental yield trial is very vital in assessing newly developed rice lines for its adapta...