Rewilding Project Underway to Restore Damaged Peatland in Cumbria
The Cumbria Wildlife Trust has begun a project to restore damaged peatland in Skiddaw Forest, aiming to enhance carbon storage and mitigate flood risks.
A significant project has commenced in Skiddaw Forest, Cumbria, England, to restore damaged peatland areas. Led by the Cumbria Wildlife Trust, this initiative seeks to re-establish the ecological balance of the region.
Highlights
- 435 hectares (approximately 1,077 acres) of damaged peatland will be restored.
- The project targets one of the largest continuous blanket bog areas in the Lake District.
- Peatlands serve as a substantial carbon store.
- Restoration is expected to slow water flow, protecting downstream communities from flooding.
- The project aims to increase biodiversity, benefiting various plant and animal species.
Details
The Cumbria Wildlife Trust has started work to repair degraded peatland in Skiddaw Forest. As part of this project, a 6-kilometer (3.7-mile) boundary fence will also be repaired. Skiddaw Forest is a vital area within the Lake District National Park, home to an extensive blanket bog.
Susie Webb, the trust's peatland team manager, stated that once improved, the peatlands will slow the flow of water from the fells, which will help protect local communities downstream from flooding. She added that this will also benefit a wide variety of wildlife. The project is anticipated to take between three and four months, but public access to Skiddaw Forest will not be affected.
Webb expects to see an increase in specialist plants such as sundews and sphagnum mosses, as well as greater numbers of dragonflies, as a result of the restoration. Furthermore, birds like snipe, which inhabit wet grasslands, marshes, and moorlands, will benefit from the re-wetted ground.
Why it matters
This project is crucial for the conservation and restoration of peatlands, which play a critical role in combating climate change. Peatlands sequester large amounts of carbon from the atmosphere, helping to slow global warming, while also providing essential ecosystem services such as flood control and biodiversity support. This restoration is considered a valuable step for both the local ecosystem and broader climate goals.