W. R. Hollenbeck

Limit-Fed, High-Energy Diets Can Achieve Improved Feed Conversion Rates Without Compromising Rate of Gain When Compared to Conventional High Roughage Diets

Dale A. Blasi, Christopher I. Vahl, D. U. Thomson, 2021, Kansas Agricultural Experiment Station Research Reports.

EVALUATION OF AMMONIATED WHEAT STRAW IN RECEIVING AND GROWING DIETS

W. R. Hollenbeck, C. Vahl, J. Waggoner, 2014 .

Effects of prescribed fire timing on grazing performance of yearling beef cattle, forage biomass accumulation, and plant community characteristics on native tallgrass prairie in the Kansas Flint Hills

W. R. Hollenbeck, K. Olson, D. Blasi, 2021, Translational animal science.

Effects of dietary energy level and intake of corn by-product-based diets on newly received growing cattle: antibody production, acute phase protein response, stress, and immunocompetency of healthy and morbid animals.

W. R. Hollenbeck, T. Nagaraja, E. Titgemeyer, 2018, Journal of animal science.

Effects of a high-energy programmed feeding protocol on nutrient digestibility, health, and performance of newly received growing beef cattle

W. R. Hollenbeck, T. Nagaraja, E. Titgemeyer, 2019, Applied Animal Science.

Bunk space requirements for growing beef cattle limit-fed a high-energy corn and corn co-product diet

A. J. Tarpoff, W. R. Hollenbeck, K. Olson, 2022, Translational animal science.

Evaluation of ammoniated wheat straw during a receiving and growing period for beef cattle1

W. R. Hollenbeck, E. Titgemeyer, C. Vahl, 2016 .

Evaluation of Trace Mineral Sources on Newly Arrived Stocker Cattle

W. R. Hollenbeck, D. Blasi, S. Laudert, 2017 .