Article ID Journal Published Year Pages File Type
1056708 Journal of Environmental Management 2012 8 Pages PDF
Abstract

Eutrophication of the Baltic Sea has in Sweden led to the initiation of government schemes aiming to increase wetland areas in agricultural regions and thereby reduce nutrient transport to the sea. Landowners play a significant role as providers of this ecosystem service and are currently offered subsidies to cover their costs for constructing and maintaining wetlands. We undertook a grounded theory study, in which landowners were interviewed, aiming at identifying landowners' incentives for constructing wetlands on their land. The study showed that adequate subsidies, additional services that the wetland could provide to the landowner, local environmental benefits, sufficient knowledge, and peers' good experiences could encourage landowners to construct wetlands. Perceived hindrances were burdensome management, deficient knowledge, time-consuming application procedures and unclear effectiveness of nutrient reduction. The main reason for not creating a wetland, however, was that the land was classified as productive by the landowner, i.e., suitable for food production. Current schemes are directed toward landowners as individuals and based on subsidies to cover costs. We propose that landowners instead are approached as ecosystem service entrepreneurs and contracted after a tendering process based on nutrient reduction effects. This would lead to new definitions of production and may stimulate improved design and placement of wetlands.

► Created wetlands are needed on productive agricultural land to reduce nutrient leakage. ► However, landowners are reluctant to construct wetlands on productive land. ► Landowners must be approached as ecosystem services entrepreneurs to motivate wetland creation. ► The economic value of nutrient retention in created wetlands must be clear to landowners. ► A tendering process based on nutrient reduction effects would facilitate decision making.

Related Topics
Physical Sciences and Engineering Energy Renewable Energy, Sustainability and the Environment
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