Add to ORKGThe question of how best to optimise the accuracy of genetic evaluation for livestock populations has been given new life by the advent of genomics. Therefore we will investigate methods of evaluating and/or improving the accuracy of genetic evaluation in ways applicable to genotyped populations, while trying to maximise computational efficiency. We will explore modelling strategies with utility outside animal breeding, including examples of these potential non-animal breeding applications
In his introduction to the Plenary Session of the First World Congress on Genetics Applied to Livest...
This study aimed to identify genetic evaluation models (GEM) to accurately select cattle for milk pr...
The objectives of this thesis were to perform a genome scan for important production traits in Austr...
The question of how best to optimise the accuracy of genetic evaluation for livestock populations ha...
Animal breeding programs are designed to genetically improve livestock populations over many generat...
Fundamental to any livestock improvement programme by animal scientists, is the prediction of geneti...
The impact of inclusion of genome-wide genotypes into breeding value predictions for UK Texel sheep ...
Traditionally the evaluation of animal genetic traits has focused primarily on production traits and...
In livestock, prediction of an animal’s genetic merit using genomic information is becoming increasi...
There are 1.3 billion sheep in the world that provide milk, meat and wool to meet market demands for...
The development of Best Linear Unbiased Prediction (BLUP) by Henderson (1973) equipped animal breede...
Context. Genetic evaluation of Australian sheep is conducted for millions of animals for more than 1...
Some of the factors involved in inter-flock or breed improvement programs are discussed. Such progra...
International audienceAbstractBackgroundA common measure employed to evaluate the efficacy of livest...
Fil: Cantet, Rodolfo Juan Carlos. Universidad de Buenos Aires. Facultad de Agronomia. Departamento d...
In his introduction to the Plenary Session of the First World Congress on Genetics Applied to Livest...
This study aimed to identify genetic evaluation models (GEM) to accurately select cattle for milk pr...
The objectives of this thesis were to perform a genome scan for important production traits in Austr...
The question of how best to optimise the accuracy of genetic evaluation for livestock populations ha...
Animal breeding programs are designed to genetically improve livestock populations over many generat...
Fundamental to any livestock improvement programme by animal scientists, is the prediction of geneti...
The impact of inclusion of genome-wide genotypes into breeding value predictions for UK Texel sheep ...
Traditionally the evaluation of animal genetic traits has focused primarily on production traits and...
In livestock, prediction of an animal’s genetic merit using genomic information is becoming increasi...
There are 1.3 billion sheep in the world that provide milk, meat and wool to meet market demands for...
The development of Best Linear Unbiased Prediction (BLUP) by Henderson (1973) equipped animal breede...
Context. Genetic evaluation of Australian sheep is conducted for millions of animals for more than 1...
Some of the factors involved in inter-flock or breed improvement programs are discussed. Such progra...
International audienceAbstractBackgroundA common measure employed to evaluate the efficacy of livest...
Fil: Cantet, Rodolfo Juan Carlos. Universidad de Buenos Aires. Facultad de Agronomia. Departamento d...
In his introduction to the Plenary Session of the First World Congress on Genetics Applied to Livest...
This study aimed to identify genetic evaluation models (GEM) to accurately select cattle for milk pr...
The objectives of this thesis were to perform a genome scan for important production traits in Austr...