4.7 Article

Challenges of ecological restoration: Lessons from forests in northern Europe

Journal

BIOLOGICAL CONSERVATION
Volume 167, Issue -, Pages 248-256

Publisher

ELSEVIER SCI LTD
DOI: 10.1016/j.biocon.2013.08.029

Keywords

Boreal forest; Climate change; Dead wood; Disturbance dynamics; Ecosystem services; Fire regime; Forest management; Habitat loss; Monitoring; Reference ecosystems

Funding

  1. Nordic Forest Research Co-operation Committee
  2. Federation of Finnish Learned Societies
  3. Finnish Cultural Foundation (through the Post Doc Pool)

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The alarming rate of ecosystem degradation has raised the need for ecological restoration throughout different biomes and continents. North European forests may appear as one of the least vulnerable ecosystems from a global perspective, since forest cover is not rapidly decreasing and many ecosystem services remain at high level. However, extensive areas of northern forests are heavily exploited and have lost a major part of their biodiversity value. There is a strong requirement to restore these areas towards a more natural condition in order to meet the targets of the Convention on Biological Diversity. Several northern countries are now taking up this challenge by restoring forest biodiversity with increasing intensity. The ecology and biodiversity of boreal forests are relatively well understood making them a good model for restoration activities in many other forest ecosystems. Here we introduce northern forests as an ecosystem, discuss the historical and recent human impact and provide a brief status report on the ecological restoration projects and research already conducted there. Based on this discussion, we argue that before any restoration actions commence, the ecology of the target ecosystem should be established with the need for restoration carefully assessed and the outcome properly monitored. Finally, we identify the most important challenges that need to be solved in order to carry out efficient restoration with powerful and long-term positive impacts on biodiversity: coping with unpredictability, maintaining connectivity in time and space, assessment of functionality, management of conflicting interests and social restrictions and ensuring adequate funding. (C) 2013 Elsevier Ltd. All rights reserved.

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