1 Landscape Architecture and Planning, Department of Geosciences and Natural Resource Management, Faculty of Science, Københavns Universitet 2 University of Freiburg 3 Landscape Architecture and Planning, Department of Geosciences and Natural Resource Management, Faculty of Science, Københavns Universitet 4 University of Freiburg
Global environmental challenges require approaches that integrate biodiversity conservation, food production, and livelihoods at landscape scales. We reviewed the approach of conserving biodiversity on "high-nature-value" (HNV) farmland, covering 75 million ha in Europe, from a resilience perspective. Despite growing recognition in natural resource policies, many HNV farmlands have vanished, and the remaining ones are vulnerable to socioeconomic changes. Using landscapelevel cases across Europe, we considered the following social-ecological system properties and components and their integration into HNV farmland management: (1) coupling of social and ecological systems, (2) key variables, (3) adaptive cycles, (4) regime shifts, (5) cascading effects, (6) ecosystem stewardship and collaboration, (7) social capital, and (8) traditional ecological knowledge. We argue that previous conservation efforts for HNV farmland have focused too much on static, isolated, and monosectoral conservation strategies, and that stimulation of resilience and adaptation is essential for guiding HNV farmland through rapid change. © 2013 by the author(s).
Ecology and Society, 2013, Vol 18, Issue 4
Main Research Area: