Phenotyping in multi-environment trials (MET) plays an important role to access the differential response of maize hybrids across target breeding regions due to genotype by environment (GxE) interaction. In this context, an effective model of genomic selection (GS) to predict the performance of untested hybrids in MET is essential to maximize genetic gains and to efficiently allocated the breeding programs\' budget. Therefore, the goals of this study were (i) to evaluate the predictive accuracies of GBLUP (Genomic Best Linear Unbiased Prediction) models to predict grain yield performance of unobserved tropical maize single-cross hybrids, using models that consider GxE interaction by fitting a factor analytic (FA) variance-covariance (VCOV) ...
In plant breeding, genomic prediction (GP) may be an efficient tool to increase the accuracy of sele...
A produtividade de grãos em milho é um caráter altamente complexo e muito dependente das condições a...
Genomic prediction (GP) across different populations and environments should be enhanced to increase...
Genomic selection has become a reality in plant breeding programs with the reduction in genotyping c...
The availability of molecular markers covering the entire genome, such as single nucleotide polymorp...
Genomic selection has been implemented in several plant and animal breeding programs and it has prov...
The use of molecular markers to predict non-tested materials in field trials has been extensively em...
Métodos de predição podem aumentar consideravelmente a eficiência dos programas de melhoramento de m...
A seleção de genótipos de milho com alto rendimento e tolerantes a condições desfavoráveis proporcio...
A fase mais difícil e que exige mais recursos em um programa de melhoramento de milho é a avaliação ...
International audienceThe usefulness of genomic prediction (GP) for many animal and plant breeding p...
The present study evaluated the effects of genotype by environment interaction, adaptability, stabil...
Agricultural research, mainly focused on the evaluation of maize cultivars along agricultural fronti...
For tropical areas like Brazil, genotype x environment interaction is an important source of variati...
No Brasil, a maior parte da área cultivada com milho é plantada com cultivares do tipo híbridos. No ...
In plant breeding, genomic prediction (GP) may be an efficient tool to increase the accuracy of sele...
A produtividade de grãos em milho é um caráter altamente complexo e muito dependente das condições a...
Genomic prediction (GP) across different populations and environments should be enhanced to increase...
Genomic selection has become a reality in plant breeding programs with the reduction in genotyping c...
The availability of molecular markers covering the entire genome, such as single nucleotide polymorp...
Genomic selection has been implemented in several plant and animal breeding programs and it has prov...
The use of molecular markers to predict non-tested materials in field trials has been extensively em...
Métodos de predição podem aumentar consideravelmente a eficiência dos programas de melhoramento de m...
A seleção de genótipos de milho com alto rendimento e tolerantes a condições desfavoráveis proporcio...
A fase mais difícil e que exige mais recursos em um programa de melhoramento de milho é a avaliação ...
International audienceThe usefulness of genomic prediction (GP) for many animal and plant breeding p...
The present study evaluated the effects of genotype by environment interaction, adaptability, stabil...
Agricultural research, mainly focused on the evaluation of maize cultivars along agricultural fronti...
For tropical areas like Brazil, genotype x environment interaction is an important source of variati...
No Brasil, a maior parte da área cultivada com milho é plantada com cultivares do tipo híbridos. No ...
In plant breeding, genomic prediction (GP) may be an efficient tool to increase the accuracy of sele...
A produtividade de grãos em milho é um caráter altamente complexo e muito dependente das condições a...
Genomic prediction (GP) across different populations and environments should be enhanced to increase...