Add to ORKGEvaluations for U.S. dairy cattle recently were revised to account for inbreeding, and a multi-breed model that accounts for heterosis has been tested. In many species, breeds are evaluated separately on bases that are not easily compared. For dairy cattle, a few multi-breed evaluations have modeled general heterosis (Harbers, 1997) or specific heterosis (Harris, 1994) or eve
New Zealand dairy cattle are genetically evaluated using an across-breed animal model fitted to prod...
Rapid changes in farm scale and pressures on costs and farm management together with the negative co...
<div><p>Dominance may be an important source of non-additive genetic variance for many traits of dai...
An all-breed animal model was developed for routine genetic evaluations of US dairy cattle. Data set...
ABSTRACT Genomic selection has been a valuable tool for increasing the rate of genetic improvement i...
Genetic selection decisions are important components of improved beef production efficiency. Exploit...
The United States Department of Agriculture (USDA) promotes genetic improvement of the national dair...
A modification of the evaluation method for cows in the northeast United States allowed simultaneous...
Increase in world population constantly raises the global demand for food. To respond to this demand...
Starting from the study at the beginning of the East German "Heterosisfeldversuch", where PANICKE et...
Aim of study: To assess genotype by environment (G×E) interaction via single- and multi-trait animal...
Heterosis, assumed proportional to expected breed heterozygosity, was calculated for 4,835 individua...
As a group, dairy producers agree fairlywell about what they want to change indairy cows through gen...
The past quarter-century in genetic evaluation of dairy cattle has been marked by evolution in metho...
Feed efficiency in dairy cattle has gained much attention recently. Due to the cost-prohibitive meas...
New Zealand dairy cattle are genetically evaluated using an across-breed animal model fitted to prod...
Rapid changes in farm scale and pressures on costs and farm management together with the negative co...
<div><p>Dominance may be an important source of non-additive genetic variance for many traits of dai...
An all-breed animal model was developed for routine genetic evaluations of US dairy cattle. Data set...
ABSTRACT Genomic selection has been a valuable tool for increasing the rate of genetic improvement i...
Genetic selection decisions are important components of improved beef production efficiency. Exploit...
The United States Department of Agriculture (USDA) promotes genetic improvement of the national dair...
A modification of the evaluation method for cows in the northeast United States allowed simultaneous...
Increase in world population constantly raises the global demand for food. To respond to this demand...
Starting from the study at the beginning of the East German "Heterosisfeldversuch", where PANICKE et...
Aim of study: To assess genotype by environment (G×E) interaction via single- and multi-trait animal...
Heterosis, assumed proportional to expected breed heterozygosity, was calculated for 4,835 individua...
As a group, dairy producers agree fairlywell about what they want to change indairy cows through gen...
The past quarter-century in genetic evaluation of dairy cattle has been marked by evolution in metho...
Feed efficiency in dairy cattle has gained much attention recently. Due to the cost-prohibitive meas...
New Zealand dairy cattle are genetically evaluated using an across-breed animal model fitted to prod...
Rapid changes in farm scale and pressures on costs and farm management together with the negative co...
<div><p>Dominance may be an important source of non-additive genetic variance for many traits of dai...