The research community increasingly uses models to analyze global environmental problems. On soil degradation, these studies require high resolution, spatially exhaustive, quantitative data on soil properties. This study aimed to develop a methodology that takes stock of available legacy data to create a suitable global soil database to support integrated environmental assessments and future projections. Complex soil mapping units are first disaggregated using standardized toposequences to generate soil units described by a single soil type. Subsequently, ranges of soil properties per soil type were assessed using soil profile data. A simple model determines the soil property values within these ranges at a particular location based on landscape properties and human land use. Finally, the global distribution of the soil properties was determined. The methodology, denominated S-world (Soils of the World), resulted in readily available, high resolution, global soil property maps on the current as well as on the natural (undisturbed) state. The difference between the current and natural state is a first estimation of the soil property loss due to human interventions.
|Publication status||Published - Aug 2015|
|Event||SER's 6th World Conference on Ecological Restoration: Towards Resilient Ecosystems: Restoring the Urban, the Rural and the Wild - Manchester, United Kingdom|
Duration: 23 Aug 2015 → 27 Aug 2015
|Conference||SER's 6th World Conference on Ecological Restoration|
|Period||23/08/15 → 27/08/15|
Stoorvogel, J. J., Temme, A. J. A. M., Bakkenes, M., Batjes, N. H., & ten Brink, B. (2015). Towards a global map of historically degraded areas: S-world. SER's 6th World Conference on Ecological Restoration, Manchester, United Kingdom.