A trial was conducted to evaluate compensatory growth in yearling cattle while on summer pasture, following variations of winter feed restriction. Winter gains were FAST, FAST/SLOW, SLOW/FAST, and SLOW. No summer gain differences were found among restricted cattle (FAST/SLOW, SLOW/ FAST, or SLOW); however, gains were increased on grass compared to steers on the FAST treatment. SLOW cattle compensated 17.4% during grazing. FAST steers had lower slaughter breakevens compared to SLOW (64.05 vs 66.94 $/cwt, respectively). Due to little compensation by steers on the SLOW treatment, steers on the FAST treatment had heavier slaughter weights resulting in lower slaughter breakevens
June-born cattle backgrounded at a lower rate during the winter were unable to fully compensate duri...
A two-year experiment was conducted to evaluate the effects of intensive winter management, partial ...
Two trials were conducted to evaluate limit-feeding of finishing diets to yearling steers in differe...
Data were collected to determine effect of winter gain on forage intake and summer and finishing per...
Four yr of yearling grow/finish systems were evaluated. In the first 2 yr, treatments were (1) anima...
A two-year summary of growing/ finishing systems indicates that steer calves wintered at 1.5 lb/day ...
The effect of winter rate of gain on subsequent grazing and finishing performance was evaluated usin...
In North American beef production systems, the entire spectrum of restriction and compensation is fo...
Two experiments were conducted over two years to evaluate effects of two developmental systems on pe...
A growing/finishing trial in 1996-97 evaluated summer grazing systems and subsequent finishing perfo...
A trial was conducted to evaluate the effect of previous winter gain on response to undegradable int...
Numerous alternatives exist for feeding and managing weaned medium-frame steers to slaughter. Effici...
Winter grazing can help reduce the need for purchased feeds in livestock production systems, when fi...
Economic analyses were conducted to estimate the effect of management decisions on profitability of ...
Yearling steers supplemented with protein (40% - 29% NPN - 19% from biuret) while grazing primarily ...
June-born cattle backgrounded at a lower rate during the winter were unable to fully compensate duri...
A two-year experiment was conducted to evaluate the effects of intensive winter management, partial ...
Two trials were conducted to evaluate limit-feeding of finishing diets to yearling steers in differe...
Data were collected to determine effect of winter gain on forage intake and summer and finishing per...
Four yr of yearling grow/finish systems were evaluated. In the first 2 yr, treatments were (1) anima...
A two-year summary of growing/ finishing systems indicates that steer calves wintered at 1.5 lb/day ...
The effect of winter rate of gain on subsequent grazing and finishing performance was evaluated usin...
In North American beef production systems, the entire spectrum of restriction and compensation is fo...
Two experiments were conducted over two years to evaluate effects of two developmental systems on pe...
A growing/finishing trial in 1996-97 evaluated summer grazing systems and subsequent finishing perfo...
A trial was conducted to evaluate the effect of previous winter gain on response to undegradable int...
Numerous alternatives exist for feeding and managing weaned medium-frame steers to slaughter. Effici...
Winter grazing can help reduce the need for purchased feeds in livestock production systems, when fi...
Economic analyses were conducted to estimate the effect of management decisions on profitability of ...
Yearling steers supplemented with protein (40% - 29% NPN - 19% from biuret) while grazing primarily ...
June-born cattle backgrounded at a lower rate during the winter were unable to fully compensate duri...
A two-year experiment was conducted to evaluate the effects of intensive winter management, partial ...
Two trials were conducted to evaluate limit-feeding of finishing diets to yearling steers in differe...