Projects

Improve Nutrient Management and Efficiency in Cattle Appropriated (D)   Accession Number: 412409

Publications

Veal marketing could return more than traditional weaning - (Trade Journal)

Williams, C.B. 2008. Veal marketing could return more than traditional weaning. Bottom Line 10(4):4-5.

Impact of simulated selection for feed efficiency and length of breeding season on beef life cycle performance - (Abstract)

Williams, C.B., Jenkins, T.G. 2008. Impact of simulated selection for feed efficiency and length of breeding season on beef life cycle performance [abstract]. Journal of Animal Science. 86(E-Supplement 2):254-255.

Impact of Selection for Feed Efficiency on Beef Life Cycle Performance - (Proceedings/Symposium)

Williams, C.B., Jenkins, T.G. 2006. Impact of selection for feed efficiency on beef life cycle performance. In: Proceedings of the 8th World Congress of Genetics Applied in Livestock Production, August 13-18, 2006, Belo Horizonte, MD Brazil, 2006 CDROM.

Decision Support Model of Nutrient Excretion in Beef Feedlots - (Abstract)

Williams, C.B., Jenkins, T.G. 2006. Decision support model of nutrient excretion in beef feedlots [abstract]. Journal of Animal Science 84(Suppl. 1):291.

Using Simulation Models to Predict Feed Intake: Phenotypic and Genetic Relationships Between Observed and Predicted Values in Cattle - (Peer Reviewed Journal)

Williams, C.B., Bennett, G.L., Jenkins, T.G., Cundiff, L.V., Ferrell, C.L. 2006. Using simulation models to predict feed intake: phenotypic and genetic relationships between observed and predicted values in cattle. Journal of Animal Science. 84(6):1310-1316.

Predicting the Protein Content of Fat-Free Matter Gains in Beef Cattle - (Popular Publication)

Williams, C.B. 2005. Predicting the protein content of fat-free matter gains in beef cattle. Feedinfo News Service Scientific Reviews. September 2005. Available: http://www.feedinfo.com.

Technical Note: a Dynamic Model to Predict the Composition of Fat-Free Matter Gains in Cattle - (Peer Reviewed Journal)

Williams, C.B. 2005. Technical note: a dynamic model to predict the composition of fat-free matter gains in cattle. Journal of Animal Science. 83(6):1262-1266.

Using Simulation Models to Predict Feed Intake: Phenotypic and Genetic Relationships Between Observed and Predicted Values - (Abstract)

Williams, C.B., Bennett, G.L., Jenkins, T.G., Cundiff, L.V., Ferrell, C.L. 2005. Using simulation models to predict feed intake: Phenotypic and genetic relationships between observed and predicted values [abstract]. Journal of Animal Science. 83(Supplement 1):13-14.

A Dynamic Model to Predict the Composition of Fat-Free Matter Gains in Cattle - (Abstract)

WILLIAMS, C.B. A DYNAMIC MODEL TO PREDICT THE COMPOSITION OF FAT-FREE MATTER GAINS IN CATTLE. JOURNAL OF ANIMAL SCIENCE. 2003. v. 81(SUPP.1): ABSTRACT P. 307.

A Dynamic Model of Metabolizable Energy Utilization in Growing and Mature Cattle. I. Metabolizable Energy Utilization for Maintenance and Support Metabolism - (Peer Reviewed Journal)

WILLIAMS, C.B., JENKINS, T.G. A DYNAMIC MODEL OF METABOLIZABLE ENERGY UTILIZATION IN GROWING AND MATURE CATTLE. I. METABOLIZABLE ENERGY UTILIZATION FOR MAINTENANCE AND SUPPORT METABOLISM. JOURNAL OF ANIMAL SCIENCE. 2003. v. 81. p. 1371-1381.

A Dynamic Model of Metabolizable Energy Utilization in Growing and Mature Cattle. Ii. Metabolizable Energy Utilization for Gain - (Peer Reviewed Journal)

WILLIAMS, C.B., JENKINS, T.G. A DYNAMIC MODEL OF METABOLIZABLE ENERGY UTILIZATION IN GROWING AND MATURE CATTLE. II. METABOLIZABLE ENERGY UTILIZATION FOR GAIN. JOURNAL OF ANIMAL SCIENCE. 2003. v. 81. p. 1382-1389.

A Dynamic Model of Metabolizable Energy Utilization in Growing and Mature Cattle. Iii. Model Evaluation - (Peer Reviewed Journal)

WILLIAMS, C.B., JENKINS, T.G. A DYNAMIC MODEL OF METABOLIZABLE ENERGY UTILIZATION IN GROWING AND MATURE CATTLE. III. MODEL EVALUATION. JOURNAL OF ANIMAL SCIENCE. 2003. v. 81. p. 1390-1398.

Application of the Richard's Function to Characterize Growth Potential for Different Biological Types of Cattle - (Abstract)

Williams, C.B. 2002. Application of the richard's function to characterize growth potential for different biological types of cattle [abstract]. Journal of Animal Science. 80(Suppl. 1):213.