Ravine WoodLIFE Woodland Management Restoration of the Core Ravine Woodlands of England & Wales
Coppicing   © Forestry Commission Bee orchid   © Mark Hamblin Supporting traditional woodland industries   © Wye Valley AONB Ash on scree   © Ravine WoodLIFE/Mark Oram Natural regeneration	© Peter Farmer Northern brown argus   © Butterfly Conservation/Jim Asher Woodland managemen   © Forestry Commission Ravine woodland   © Ravine WoodLIFE/Mark Oram

Managing the Restoration of Ravine Woodlands

The main aim of the Ravine WoodLIFE Project was to ensure the long-term ecological viability of the internationally-important ravine woodland habitats found in the Peak District and Wye Valley Special Areas of Conservation. The Project partnership, working together with private landowners, sought to bring over 1,600 ha (3,953 acres) of woodland under co-ordinated management for conservation. This woodland conservation management sought to protect and enhance the wildlife value of the woodland habitats for the benefit of future generations.

The Ravine WoodLIFE Project worked with landowners to carry out positive management, which restored these important areas of native woodland to favourable conservation status. Woodland management work included: the removal of non-native species; improving fences and walls to control livestock access; coppicing and thinning to promote a varied woodland structure and natural regeneration.

Some Ravine WoodLIFE sites have historically been managed to produce timber either through coppicing to produce charcoal and small roundwood or felling individual trees to produce larger size timber for building and other uses. The Project, working together with local communities and businesses investigated the possibility of re-establishing some of these traditional woodland industries, together with potential new markets for timber and non-timber products arising from woodland conservation management.

Lime coppice 	© Archie Miles
Removing non-native species 	© Ravine WoodLIFE/Mark Oram
A LIFE Nature Partnetship project