top of page

Langholm Moor Demonstration Project

Langholm Moor Demonstration Project

The Langholm Moor Demonstration Project is a ten-year project which:

  • aims to establish a commercially viable driven grouse moor. Within the time frame of the project, it is the intention to sell driven grouse days producing an annual income in excess of £100,000.

  • aims to restore an important site for nature conservation to favourable condition

  • seeks to demonstrate whether the needs of an economically viable grouse moor can be met alongside the conservation needs of protected raptors, especially the hen harrier.


Upland moors of heather and blanket bog are important for nature conservation, landscape and recreation. Grouse shooting, as well as supporting the rural economy in the uplands, has helped to retain heather by holding back plantation forestry and, less successfully, over-grazing by sheep. 


Grouse moors are good areas for breeding waders like curlew and golden plover, but are poor for some birds of prey like the hen harrier.


On grouse moors breeding hen harriers can kill many grouse chicks and so they are still not tolerated on many moors, in spite of legal protection.


Langholm Moor was the main study site of the Joint Raptor Study (1992-1997) which measured the effect of hen harriers and other raptors on red grouse numbers. Subsequently Langholm Moor became part of the Newcastleton Hills Special Protection Area (SPA) and Site of Special Scientific Interest (SSSI), which are notified principally for the hen harrier population.


The Langholm Moor Demonstration Project is a partnership between the moor owner, Scottish and English conservation agencies, and conservation and research charities. It is an outcome for Scotland's Moorland Forum and will link with the Environment Council discussion on reconciling bird of prey conservation with grouse shooting.

For more information please visit the Langholm Project site.

Resource Files

1

Project Plan

2

Team Biographies

3

Scientific Monitoring Report 2008

4

Annual Report 2008

5

Scientific Monitoring Report 2009

6

Annual Report 2009

7

3-Year Review 2007-2010

8

Project Final Report 2008-2017
bottom of page