In Northern, Eastern and Central European countries, peat soils drained for agriculture are a considerable source of greenhouse gas emissions. Since emissions from this source have high mitigation potential, they will likely be a focus of the European Union’s future climate goals. We describe and compare the similarities and differences in the socioeconomic and ecological business environment that policy makers, planners and farmers are confronted with when developing tailored proposals for low emission land use alternatives on peat land. The analysis is based on interviews with 33 typical farmers cultivating organic soils and on expert group discussions held in six different Northern, Eastern and Central European regions. Based on the Social-Ecological System Framework we identify and cluster important variables. Our results show that mainly hard economic variables determine preferred land use alternatives: the productivity of resource systems, the economic value of land and market incentives. Other variables, such as the heterogeneity of users and conflicts among them, are more important with respect to the implementation of alternatives. We point out possibilities to transfer solutions between regions and discuss an institutional framework for European Union, national and regional levels for facilitating implementation potential.
Authors and Publishers
Lærke, Poul Erik
van den Akker, Jan J.H.
Land Use Policy is an international and interdisciplinary journal concerned with the social, economic, political, legal, physical and planning aspects of urban and rural land use. It provides a forum for the exchange of ideas and information from the diverse range of disciplines and interest groups which must be combined to formulate effective land use policies.
What is ScienceDirect
Elsevier’s leading platform of peer-reviewed scholarly literature.
University libraries and institutions offer ScienceDirect access to their communities of researchers.
Researchers, teachers, students, healthcare and information professionals use ScienceDirect to improve the way they search, discover, read, understand and share scholarly research.