Add to ORKGBunk attendance of 72 feedlot cattle (412 ± 23.6 kg) was monitored for 86 d using radio frequency technology. Late morning and late afternoon were confirmed as primary ad libitum feeding periods. The system detected differences (P \u3c 0.005) in feeding behaviour in response to level of feeding and frequency of meals
Transitioning cattle from a high-forage to a high-concentrate diet increases the risk for ruminal ac...
Novel in-paddock technologies, such as electronic feeders (EF), allow measuring individual supplemen...
A new feed intake monitoring system (FIMS) was developed and utilized to evaluate individual animal...
Bunk attendance of 72 feedlot cattle (412 ± 23.6 kg) was monitored for 86 d using radio frequency te...
A system for individual feed intake measurement was designed using off-the-shelf scales, radio freq...
Determining how much time animals spend eating could help animal caretakers identify sick livestock,...
Two trials were conducted to evaluate effects of grain adaptation protocol on subacute acidosis, fee...
Detailed knowledge of chewing and rumination activities is critical to fully understand the dietary ...
The rumen bolus electronic animal identification system was evaluated in 120 feedlot steers during ...
A system of continual data acquisition of feed intake and ruminal pH has been developed for studying...
When cattle are put in feedlots, they change diets and environments. This NebGuide discusses ways to...
Crossbred Angus cow–calf pairs (n = 28 pairs) at the Central Grasslands Research Extension Center (S...
Feeding cows in modern dairy farms is an important economic, animal welfare and technological consid...
Eight ruminally fistulated, yearling steers (two concurrent 4x4 Latin squares) were used to evaluate...
Small errors in the nutrition and management of feedlot cattle frequently spell the difference betwe...
Transitioning cattle from a high-forage to a high-concentrate diet increases the risk for ruminal ac...
Novel in-paddock technologies, such as electronic feeders (EF), allow measuring individual supplemen...
A new feed intake monitoring system (FIMS) was developed and utilized to evaluate individual animal...
Bunk attendance of 72 feedlot cattle (412 ± 23.6 kg) was monitored for 86 d using radio frequency te...
A system for individual feed intake measurement was designed using off-the-shelf scales, radio freq...
Determining how much time animals spend eating could help animal caretakers identify sick livestock,...
Two trials were conducted to evaluate effects of grain adaptation protocol on subacute acidosis, fee...
Detailed knowledge of chewing and rumination activities is critical to fully understand the dietary ...
The rumen bolus electronic animal identification system was evaluated in 120 feedlot steers during ...
A system of continual data acquisition of feed intake and ruminal pH has been developed for studying...
When cattle are put in feedlots, they change diets and environments. This NebGuide discusses ways to...
Crossbred Angus cow–calf pairs (n = 28 pairs) at the Central Grasslands Research Extension Center (S...
Feeding cows in modern dairy farms is an important economic, animal welfare and technological consid...
Eight ruminally fistulated, yearling steers (two concurrent 4x4 Latin squares) were used to evaluate...
Small errors in the nutrition and management of feedlot cattle frequently spell the difference betwe...
Transitioning cattle from a high-forage to a high-concentrate diet increases the risk for ruminal ac...
Novel in-paddock technologies, such as electronic feeders (EF), allow measuring individual supplemen...
A new feed intake monitoring system (FIMS) was developed and utilized to evaluate individual animal...