Article ID Journal Published Year Pages File Type
4573116 Geoderma 2016 9 Pages PDF
Abstract

•Currently, soil functions are not considered in spatial planning.•A method for soil function evaluation is presented.•Bases for the evaluation are existing soil data.•The method has been applied in two Austrian federal states already.•The method can be linked to the ecosystem service approach.

Spatial planning decisions are frequently driven by short term economic interests influencing zoning regulations which determine subsequent spatial developments in the future. Not only does this frequently place constraints on prospective space for planning measures; it also leads to progressive soil loss. In order to integrate soil-related issues in decision-making processes, a broad range of specific soil services should be considered. Thus, approaches have been developed to convert available soil data to decision-relevant soil information. Soil function evaluation is used as a tool for differentiating soils due to their role in a functional context. This paper outlines development and concepts of this approach on the basis of available soil data records in Germany and Austria. It also demonstrates how an adapted hemeroby ranking can be integrated into soil evaluation. Furthermore, we present some evaluation examples from Austria, showing evaluation results and how to communicate them for better integration into spatial planning decisions. In general, this soil evaluation approach provides evidence that the results are suitable to be introduced into spatial planning procedures, which is crucial for sustainable land use in the future.

Related Topics
Physical Sciences and Engineering Earth and Planetary Sciences Earth-Surface Processes
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