Simple Summary Monitoring the welfare of cattle and sheep in large pastures can be time-
consuming, especially if the animals are scattered over large areas in semi-natural pastures …

Simple Summary Bovine Respiratory Disease (BRD) poses a significant challenge in
managing cattle health. This intricate disease affects both the upper and lower respiratory …

During disease or toxin challenges, the behavioral activities of grazing animals alter in
response to adverse situations, potentially providing an indicator of their welfare status …

Simple Summary This study analyzed the possibility of automatically detecting dairy cow
behavior by combining the use of a single triaxial accelerometer applied to the animal's left …

On-animal sensors are revolutionising livestock farming by automating individual animal
monitoring. Rumination is closely linked to cow health and physiology and is a perfect …

By definition, ill and injured animals are on the negative valence of animal welfare. For beef
cattle kept in feedlot settings, advances in cattle health management have resulted in a …

Simple Summary The inclusion of remote automatic systems that use continuous learning
technology are of great interest in precision livestock cattle farming, since the average size …

Predictive modeling, which aims to predict a current or future event, is a potential way to
improve identification of cattle at-risk for new onset bovine respiratory disease (BRD) and …

The use of automated sensors, that record feeding and locomotion behaviour in livestock,
become more and more prominent, for example for the early detection of diseases in dairy …

Clinical illness (CI) scoring using visual observation is the most widely applied method of
detecting respiratory disease in cattle but has limited effectiveness in practice. In contrast …