There is an increasing interest in using precision dairy technologies (PDT) to monitor real-
time animal behavior and physiology in livestock systems around the world. Although PDT in …

Accurate diagnosis of bovine respiratory disease (BRD) is an ongoing challenge that
impairs the ability to optimally treat and prevent BRD. This article focuses on the clinical …

Precision technology devices can measure and detect relative changes in an animal's
behavior to possibly create alerts to intervene and to administer treatments. However, the …

Previous research has shown that sensors monitoring lying behaviours and feeding can
detect early signs of ill health in calves. There is evidence to suggest that monitoring change …

Abstract Calves with Bovine Respiratory Disease (BRD) have different feeding behavior and
activity levels prior to BRD diagnosis when compared to healthy calves, but it is unknown if …

Bovine respiratory disease complex (BRD) is a worldwide multifactorial infectious disease.
Antimicrobials are commonly used for treating BRD because bacteria are often involved …

Group housing allows for dairy calves to perform social grooming behavior; however, the
use of mechanical brushes may influence how calves groom themselves and others. Our …

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 …

Simple Summary Dairy calves' welfare is rapidly gaining long-deserved attention from
science and dairy farmers' communities. However, the elevated morbidity and mortality rates …

Infectious diseases, particularly bovine respiratory disease (BRD) and neonatal calf diarrhea
(NCD), are prevalent in calves. Efficient health-monitoring tools to identify such diseases on …