The rumen bolus electronic animal identification system was evaluated in 120 feedlot steers during a 130 day observation period. Boluses were placed in the reticulum using a balling gun. A panel antenna was located inside (left side) of a hydrolytic restraining chute placed on load cells and connected to a Tru-Test scale indicator to display and store the electronic identification number and weight of the animal. Once displayed on the indicator the identification number and weight were stored in a file in the indicator which was later downloaded as an Excel file. Using Data/Sort in Excel the new data could easily be matched with animal Id numbers in an evolving file for the experiment. All of the boluses were retained in the ani...
Accurate individual animal identification provides the producers with useful information to take man...
The use of an electronic identification (EID) system in slaughter facilities holds great potential a...
A new feed intake monitoring system (FIMS) was developed and utilized to evaluate individual animal...
End of Project ReportThe technology for electronic identification (ID) of bovines is currently avai...
National audienceIndividual animal identification is a key point in the current traceability schemas...
A system for individual feed intake measurement was designed using off-the-shelf scales, radio freq...
This fact sheet evaluates identification tags used at the Utah State cow/calf ranch operation, inclu...
To evaluate the potential of using electronic implants (transponders) for maintaining identity fro...
The purpose of this study was to evaluate electronic identification, in the form of an ear tag, in 4...
Individual identification of cattle can be accomplished using various techniques such as ear tags, f...
U.S. animal agriculture is seeking to improve its ability to trace the movement of livestock from th...
The proposed U.S. National Animal Identification System has generated concerns among producers relat...
Here is presented a survey of the most common cattle identification methods comparing advantages, di...
The ability to identify individual animals has gained great interest in beef feedlots to allow for a...
The reticuloruminal function is central to the digestive efficiency in ruminants. For cattle, collar...
Accurate individual animal identification provides the producers with useful information to take man...
The use of an electronic identification (EID) system in slaughter facilities holds great potential a...
A new feed intake monitoring system (FIMS) was developed and utilized to evaluate individual animal...
End of Project ReportThe technology for electronic identification (ID) of bovines is currently avai...
National audienceIndividual animal identification is a key point in the current traceability schemas...
A system for individual feed intake measurement was designed using off-the-shelf scales, radio freq...
This fact sheet evaluates identification tags used at the Utah State cow/calf ranch operation, inclu...
To evaluate the potential of using electronic implants (transponders) for maintaining identity fro...
The purpose of this study was to evaluate electronic identification, in the form of an ear tag, in 4...
Individual identification of cattle can be accomplished using various techniques such as ear tags, f...
U.S. animal agriculture is seeking to improve its ability to trace the movement of livestock from th...
The proposed U.S. National Animal Identification System has generated concerns among producers relat...
Here is presented a survey of the most common cattle identification methods comparing advantages, di...
The ability to identify individual animals has gained great interest in beef feedlots to allow for a...
The reticuloruminal function is central to the digestive efficiency in ruminants. For cattle, collar...
Accurate individual animal identification provides the producers with useful information to take man...
The use of an electronic identification (EID) system in slaughter facilities holds great potential a...
A new feed intake monitoring system (FIMS) was developed and utilized to evaluate individual animal...