An analysis of 4,334 Holstein dairies confirms the negative genetic correlation that exists between milk production and reproduction. The most obvious traits affected are services per conception and conception rate. When subjected to analysis by the KSU Dairy Herd Analyzer (DHA) program, higher-producing herds have less economic loss because their managers do a better job of controlling factors not under genetic control, such as average days dry and age at calving of first-calf heifers (L-1). Higher-producing herds also have fewer cows that are open and should be bred.; Dairy Day, 1994, Kansas State University, Manhattan, KS, 1994
High milk production in dairy cattle can have negative side effects on health and fertility traits. ...
Milk recording, artificial insemination and computers have given the dairy cattle industry and effec...
A computer program was developed for analyzing DHI records to evaluate potential losses from 1) repr...
An analysis of 4,334 Holstein dairies confirms the negative genetic correlation that exists betwee...
The analysis of dairy herds to evaluate the reported negative effect of production on reproduction f...
An analysis of 635 Kansas Holstein herds with 41,426 cows indicated that the negative genetic antago...
The genetic antagonsim that exists between production and reproduction is overcome by sound manageme...
Although there is a genetic antagonism between yearly production per cow and reproduction, analysis ...
Reproductive parameters were evaluated in 5,480 Holstein herds involving 335,673 cows to determine ...
There has been no appreciable change in the reproduction status of Kansas dairy herds over the last ...
Despite the negative effects of milk production on some reproductive traits, calving intervals betwe...
An analysis of Kansas Holstein herds in 1992 indicated that the yearly milk production per cow had a...
The current economic situation dictates that dairy producers use all available tools and resources t...
An analysis of 41,426 cows in 635 Kansas Holstein herds indicated that considerable improvement can ...
Pasture-based dairy cows rely heavily on the availability of good quality grass and favorable enviro...
High milk production in dairy cattle can have negative side effects on health and fertility traits. ...
Milk recording, artificial insemination and computers have given the dairy cattle industry and effec...
A computer program was developed for analyzing DHI records to evaluate potential losses from 1) repr...
An analysis of 4,334 Holstein dairies confirms the negative genetic correlation that exists betwee...
The analysis of dairy herds to evaluate the reported negative effect of production on reproduction f...
An analysis of 635 Kansas Holstein herds with 41,426 cows indicated that the negative genetic antago...
The genetic antagonsim that exists between production and reproduction is overcome by sound manageme...
Although there is a genetic antagonism between yearly production per cow and reproduction, analysis ...
Reproductive parameters were evaluated in 5,480 Holstein herds involving 335,673 cows to determine ...
There has been no appreciable change in the reproduction status of Kansas dairy herds over the last ...
Despite the negative effects of milk production on some reproductive traits, calving intervals betwe...
An analysis of Kansas Holstein herds in 1992 indicated that the yearly milk production per cow had a...
The current economic situation dictates that dairy producers use all available tools and resources t...
An analysis of 41,426 cows in 635 Kansas Holstein herds indicated that considerable improvement can ...
Pasture-based dairy cows rely heavily on the availability of good quality grass and favorable enviro...
High milk production in dairy cattle can have negative side effects on health and fertility traits. ...
Milk recording, artificial insemination and computers have given the dairy cattle industry and effec...
A computer program was developed for analyzing DHI records to evaluate potential losses from 1) repr...