Capercaillie Emergency Plan related documents
30 October 2025
This document contains the Capercaillie Emergency Plan 2025 – 2030, launched by the Cairngorms National Park Authority and NatureScot on behalf of the Scottish Government, to urgently address the rapidly declining capercaillie population in Scotland, which has fallen by 52% in the last five years. The plan focuses on immediate and targeted actions within the Cairngorms National Park, home to most of the UK’s capercaillie, to improve breeding success and survival. Key initiatives include expanding and enhancing forest habitats through restructuring, grazing with cattle, and restoring bog areas, as well as using a technique called robocutting to manage heather. The plan also includes diversionary feeding to reduce the impact of predation, monitoring populations of voles and pine martens, and removing or marking fences that pose a collision risk. Additionally, it seeks to reduce human disturbance from activities like mountain biking and dog walking. To better understand the population, new monitoring methods, such as genetic surveys from droppings, will be used to help track capercaillie numbers. The plan also explores the feasibility of bringing in capercaillie from Europe to increase genetic diversity if necessary, aiming to secure the species' long-term future.
This document contains a feasibility study report on reinforcing the UK's capercaillie population. The report explores different scenarios for bringing in capercaillie from other areas to help the Scottish population, since the Capercaillie Emergency Plan recognizes that action may need to be taken to reinforce the population. It discusses the potential benefits and risks of each scenario, and includes input from stakeholders, such as land managers and conservation experts, gathered at a workshop held by the Cairngorms National Park Authority. The report recommends further investigation into potential translocation sites and methods, as well as creating a decision-making framework and conducting a population viability analysis.