A multiple trait animal model was implemented to study the direct genetic and maternal genetic relationship among four traits, dystocia (DYS), perinatal mortality (PM), birth weight (BW) and gestation length(GL), expressed at the birth of a calf. The sign and magnitude of genetic correlations among calving traits demonstrates the need to use multi-trait animal models for genetic evaluation of animals for calving performance. Adequate information exists to begin developing a calving performance index. This index will enable breeders of dairy cattle to optimize the health and well-being of replacement animals and reduce the incidence of dystocia and perinatal mortality
Genetic parameters and breeding values for dairy cow fertility were estimated from 62 443 lactation ...
Data comprising 53,181 calving records were analyzed to estimate the genetic correlation between day...
WOS: 000267568900025In this study, some body measurements (Birth Weight: BW, Withers Height: WH, Bod...
A multiple trait animal model was implemented to study the direct genetic and maternal genetic rela...
There are multiple breeds of beef cattle available to utilize in breeding systems to maximize produc...
Genetic parameters of direct and maternal effects for calving ease in Dutch dairy cattle were estima...
The objective of this study was to estimate genetic correlations between body condition score (BCS) ...
A joint analysis of days open and calving success was implemented to further enhance the identifica...
peer-reviewedDue primarily to a lack of phenotypic data, little research has been undertaken on the ...
Genetic parameters and breeding values for dairy cow fertility were estimated from 62 443 lactation ...
Estimates of heritabilities and genetic correlations for calving ease over parities were obtained fo...
Estimates of heritabilities and genetic correlations for calving ease over parities were obtained fo...
The Dairy Information System (DAISY) was developed to record fertility and health information for us...
Genetic parameters of direct and maternal effects for calving ease (CE) in Portuguese dairy cattle w...
The object of this study was to estimate heritabilities and genetic correlations for reproductive tr...
Genetic parameters and breeding values for dairy cow fertility were estimated from 62 443 lactation ...
Data comprising 53,181 calving records were analyzed to estimate the genetic correlation between day...
WOS: 000267568900025In this study, some body measurements (Birth Weight: BW, Withers Height: WH, Bod...
A multiple trait animal model was implemented to study the direct genetic and maternal genetic rela...
There are multiple breeds of beef cattle available to utilize in breeding systems to maximize produc...
Genetic parameters of direct and maternal effects for calving ease in Dutch dairy cattle were estima...
The objective of this study was to estimate genetic correlations between body condition score (BCS) ...
A joint analysis of days open and calving success was implemented to further enhance the identifica...
peer-reviewedDue primarily to a lack of phenotypic data, little research has been undertaken on the ...
Genetic parameters and breeding values for dairy cow fertility were estimated from 62 443 lactation ...
Estimates of heritabilities and genetic correlations for calving ease over parities were obtained fo...
Estimates of heritabilities and genetic correlations for calving ease over parities were obtained fo...
The Dairy Information System (DAISY) was developed to record fertility and health information for us...
Genetic parameters of direct and maternal effects for calving ease (CE) in Portuguese dairy cattle w...
The object of this study was to estimate heritabilities and genetic correlations for reproductive tr...
Genetic parameters and breeding values for dairy cow fertility were estimated from 62 443 lactation ...
Data comprising 53,181 calving records were analyzed to estimate the genetic correlation between day...
WOS: 000267568900025In this study, some body measurements (Birth Weight: BW, Withers Height: WH, Bod...