The research objective was to select wheat genotypes that can adapt on the medium and low plains. Twenty-seven genotypes and three varieties of wheat were grown in four locations in the medium and low plains since June-October 2009. The experiments were arranged using a randomized complete block design repeated three times. Analysis of variance performed at each location followed by a test of homogeneity of error range, the combined analysis of variance and yields stability analysis. Genotype x environment interaction significantly affecting yield. Stable genotypes and widely adaptable across locations were G-1 (1.94 t.ha-
The objective of this investigation was to evaluate seed yield of twenty durum wheat (Triticum turgi...
Stability of genotypes across different environments is one of the main goals in winter wheat breedi...
The successful development of wheat in several tropical highlands in Indonesia has prompted research...
The research objective was to select wheat genotypes that can adapt on the medium and low plains. Tw...
The research objective was to select wheat genotypes that can adapt on the medium and low plains. Tw...
Genotype and environment (G x E) interactions are of major concern to plant breeders in breeding cul...
Variability and stability of yield components for the large number of divergent common wheat genotyp...
Eight promising bread wheat lines and one standard check cultivars were evaluated for grain yield pe...
Twenty advanced lines/genotypes of wheat including two check varieties were sown under two different...
This study was conducted to determine the adaptability and stability of 7 wheat cultivars, viz., Cum...
In this study, 13 advanced lines with 4 standard and a local check of Durum wheat (Triticum turgidum...
Testing genotypes in different environments is important for evaluating stability of performance and...
Multi-environment wheat trials provide valuable information on the extent of genotype x environment ...
The primary aim of plant breeding is to improve stability in yield and to obtain varieties with good...
tivum L.) cultivars are needed for the diverse environ-ments in Central and West Asia to improve rur...
The objective of this investigation was to evaluate seed yield of twenty durum wheat (Triticum turgi...
Stability of genotypes across different environments is one of the main goals in winter wheat breedi...
The successful development of wheat in several tropical highlands in Indonesia has prompted research...
The research objective was to select wheat genotypes that can adapt on the medium and low plains. Tw...
The research objective was to select wheat genotypes that can adapt on the medium and low plains. Tw...
Genotype and environment (G x E) interactions are of major concern to plant breeders in breeding cul...
Variability and stability of yield components for the large number of divergent common wheat genotyp...
Eight promising bread wheat lines and one standard check cultivars were evaluated for grain yield pe...
Twenty advanced lines/genotypes of wheat including two check varieties were sown under two different...
This study was conducted to determine the adaptability and stability of 7 wheat cultivars, viz., Cum...
In this study, 13 advanced lines with 4 standard and a local check of Durum wheat (Triticum turgidum...
Testing genotypes in different environments is important for evaluating stability of performance and...
Multi-environment wheat trials provide valuable information on the extent of genotype x environment ...
The primary aim of plant breeding is to improve stability in yield and to obtain varieties with good...
tivum L.) cultivars are needed for the diverse environ-ments in Central and West Asia to improve rur...
The objective of this investigation was to evaluate seed yield of twenty durum wheat (Triticum turgi...
Stability of genotypes across different environments is one of the main goals in winter wheat breedi...
The successful development of wheat in several tropical highlands in Indonesia has prompted research...