Precision Livestock Farming and Welfare

Precision livestock farming using sensors, cameras and AI is creating new opportunities for continuous, objective welfare monitoring at scale.

Key Facts

Precision livestock farming uses technology to monitor individual animals in real time
Accelerometers and GPS tags can monitor cattle activity patterns and detect lameness and oestrus
Automated weighing systems track growth rates and identify animals falling behind expected growth
Computer vision systems can detect respiratory disease signs in pigs from video analysis
Acoustic monitoring can identify coughing in poultry houses as an early disease indicator
Data integration allows herd-level welfare trend analysis beyond what individual observation can achieve
Technology adoption is increasing in larger operations but remains limited in smallholder systems

Welfare Considerations

Precision livestock farming has genuine potential to transform welfare monitoring by making continuous, objective assessment feasible for large numbers of animals. Early detection of disease, lameness and other welfare problems enables faster intervention and reduces suffering duration. The challenge is that technology adoption requires capital investment and technical capability, risking a welfare gap between large technologically advanced operations and smaller farms. Supporting technology access across farm sizes is important.

What You Can Do

Support precision livestock farming research and technology development for welfare applications
Advocate for welfare certification schemes to incorporate technology-based monitoring requirements
Choose products from farms demonstrating investment in welfare monitoring technology
Support funding for technology adoption by smaller farmers to close the precision farming welfare gap