Add to ORKGA system for individual feed intake measurement was designed using off-the-shelf scales, radio frequency (RF) tags, RF readers, feed bunks and a wireless communications bridge. These items were coordinated using two custom software applications and technical assistance provided by I.D.ology of Eau Claire, WI for the purpose of measuring feed conversion to live weight gain in cattle. This system has been installed for a seedstock producer and at this time there have been three groups of cattle which have passed successfully through the system
ABSTRACT. A mobile, programmable, multiple supplement cattle feeder for pasture use was designed, co...
Managing livestock thru geo-positioning has the potential to improve several aspects of livestock pr...
A total of 38 Angus heifers in four contemporary groups over two years were evaluated for pelleted ...
A new feed intake monitoring system (FIMS) was developed and utilized to evaluate individual animal...
Determining how much time animals spend eating could help animal caretakers identify sick livestock,...
An automated system for collecting in-pen drinking activity and weight gain was developed for group...
The rumen bolus electronic animal identification system was evaluated in 120 feedlot steers during ...
Bunk attendance of 72 feedlot cattle (412 ± 23.6 kg) was monitored for 86 d using radio frequency te...
Utilizing a platform scale capable of weighing the ”front end” of feedlot cattle coupled with an el...
The cow's individual feed intake and, consequently, feed efficiency are traits with a high economic ...
Developments in personal computer equipment are providing us with the capability to compile and util...
Individual identification of cattle can be accomplished using various techniques such as ear tags, f...
A water fountain oriented cattle weight monitoring system was designed to automatically identify cat...
Animal movement monitors have been researched since the 1990’s. The advent of accelerometer technolo...
Crossbred Angus cow–calf pairs (n = 28 pairs) at the Central Grasslands Research Extension Center (S...
ABSTRACT. A mobile, programmable, multiple supplement cattle feeder for pasture use was designed, co...
Managing livestock thru geo-positioning has the potential to improve several aspects of livestock pr...
A total of 38 Angus heifers in four contemporary groups over two years were evaluated for pelleted ...
A new feed intake monitoring system (FIMS) was developed and utilized to evaluate individual animal...
Determining how much time animals spend eating could help animal caretakers identify sick livestock,...
An automated system for collecting in-pen drinking activity and weight gain was developed for group...
The rumen bolus electronic animal identification system was evaluated in 120 feedlot steers during ...
Bunk attendance of 72 feedlot cattle (412 ± 23.6 kg) was monitored for 86 d using radio frequency te...
Utilizing a platform scale capable of weighing the ”front end” of feedlot cattle coupled with an el...
The cow's individual feed intake and, consequently, feed efficiency are traits with a high economic ...
Developments in personal computer equipment are providing us with the capability to compile and util...
Individual identification of cattle can be accomplished using various techniques such as ear tags, f...
A water fountain oriented cattle weight monitoring system was designed to automatically identify cat...
Animal movement monitors have been researched since the 1990’s. The advent of accelerometer technolo...
Crossbred Angus cow–calf pairs (n = 28 pairs) at the Central Grasslands Research Extension Center (S...
ABSTRACT. A mobile, programmable, multiple supplement cattle feeder for pasture use was designed, co...
Managing livestock thru geo-positioning has the potential to improve several aspects of livestock pr...
A total of 38 Angus heifers in four contemporary groups over two years were evaluated for pelleted ...
