A trial was conducted to evaluate the effect of previous winter gain on response to undegradable intake protein (UIP) supplementation during the summer grazing period. Steers wintered at the FAST rate of gain had a greater response to UIP supplementation than steers with SLOW rate of gain. Maximum response for FAST cattle occurred at 150 g/d of supplemental UIP, while SLOW cattle showed no response through 150 g/d. Forage DM intake was similar for FAST and SLOW cattle, therefore SLOW cattle consumed more as a percentage of body weight. Increased gains from UIP supplementation were not maintained during the finishing phase
Grazing rangeland during the fall-winter is common on many cattle ranches. Fall-winter grazing of co...
Stocker calves that graze forages before entering a feedlot account for more than 75% of the beef ca...
Lactating, June-calving cows that received protein supplement January through March maintained a low...
A trial was conducted to evaluate the effect of previous winter gain on response to undegradable int...
Three trials were conducted to determine the effects of previous winter gain (Trials 1 and 3) and ag...
Yearling steers supplemented with protein (40% - 29% NPN - 19% from biuret) while grazing primarily ...
Data were collected to determine effect of winter gain on forage intake and summer and finishing per...
A trial was conducted to evaluate compensatory growth in yearling cattle while on summer pasture, fo...
A comparison of the response of varying classes of growing beef cattle to protein supplementation wa...
This study evaluated the effect on forage utilization of providing a limited quantity of a high-pro...
Supplementation of range cattle with minerals is a common management practice that is used to maxim...
Two experiments with pregnant heifers grazing winter range investigated effects of supplementation t...
A pooled-analysis of previous Nebraska Beef Report Articles examined the impact of rumen undegradabl...
A 2-year trial was conducted to study the effects of feeding an Arsoy™-based, 32% crude protein supp...
Steer calves grazing corn residue (86 d) were assigned to 1 of 5 treatments to evaluate the effects ...
Grazing rangeland during the fall-winter is common on many cattle ranches. Fall-winter grazing of co...
Stocker calves that graze forages before entering a feedlot account for more than 75% of the beef ca...
Lactating, June-calving cows that received protein supplement January through March maintained a low...
A trial was conducted to evaluate the effect of previous winter gain on response to undegradable int...
Three trials were conducted to determine the effects of previous winter gain (Trials 1 and 3) and ag...
Yearling steers supplemented with protein (40% - 29% NPN - 19% from biuret) while grazing primarily ...
Data were collected to determine effect of winter gain on forage intake and summer and finishing per...
A trial was conducted to evaluate compensatory growth in yearling cattle while on summer pasture, fo...
A comparison of the response of varying classes of growing beef cattle to protein supplementation wa...
This study evaluated the effect on forage utilization of providing a limited quantity of a high-pro...
Supplementation of range cattle with minerals is a common management practice that is used to maxim...
Two experiments with pregnant heifers grazing winter range investigated effects of supplementation t...
A pooled-analysis of previous Nebraska Beef Report Articles examined the impact of rumen undegradabl...
A 2-year trial was conducted to study the effects of feeding an Arsoy™-based, 32% crude protein supp...
Steer calves grazing corn residue (86 d) were assigned to 1 of 5 treatments to evaluate the effects ...
Grazing rangeland during the fall-winter is common on many cattle ranches. Fall-winter grazing of co...
Stocker calves that graze forages before entering a feedlot account for more than 75% of the beef ca...
Lactating, June-calving cows that received protein supplement January through March maintained a low...