Client Requirements

We were commissioned to support the monitoring of deer populations within a managed woodland. Sections of the woodland had recently undergone coppicing, leaving young regrowth highly susceptible to browsing damage. Unchecked deer activity posed a significant risk to the successful regeneration of coppice stock.

Approach

To assess the level of impact and inform future management decisions, we implemented a structured deer monitoring programme. This included systematic deer counts carried out across the woodland to establish population density and distribution.

A key component of the project was the use of a thermal imaging drone. This technology enabled us to efficiently survey large areas of woodland, particularly during dawn, dusk, and low-light conditions when deer are most active. The thermal capability allowed for accurate detection of deer that would otherwise be difficult to observe through conventional ground-based methods.

Findings

The surveys provided valuable insight into deer activity patterns, population levels, and high-pressure browsing zones – particularly in recently coppiced areas. The data highlighted areas where regeneration was most at risk.

Outcome & Recommendations

Based on the findings, we were able to advise on appropriate mitigation measures, including the potential need for additional or enhanced fencing to protect vulnerable coppice regrowth. The use of drone-assisted surveying ensured a high level of accuracy while reducing time on site and minimising disturbance to wildlife.

Conclusion

This project demonstrates the effectiveness of combining traditional ecological survey methods with advanced drone technology. By utilising thermal imaging, we were able to deliver precise, actionable data to support woodland management and long-term habitat sustainability.