Spatial prediction models allowed for a first assessment of the global versus Chernobyl fallout pattern across national boundaries. Accordingly, we used plutonium to quantify contributions of global versus Chernobyl fallout to 137Cs found in European soils. We show that both fallout sources left a specific radionuclide imprint in European soils. Fallout radionuclides ( 137Cs, 239Pu, 240Pu) were measured in soil samples (n = 160) collected at flat, undisturbed grasslands in Western Europe in the framework of a harmonised European soil survey. However, to date, the spatial patterns of these fallout sources remain poorly constrained. Global nuclear weapon testing and the Chernobyl accident have released large amounts of radionuclides into the environment. South Africa-EU Dialogue on soil information.Plutonium and Cesium inventories in European topsoils.International Day for Biological Diversity.Continent-wide DNA analysis of soil eukaryotes.Wind erosion in European agricultural soils - RWEQ.EUropean SEDiments collaboration (EUSEDcollab) Network.Slope Length and Steepness factor (LS-factor).R-factor and Erosivity Density in Greece.Monthly R-factor and Conversion factors for different time resolutions.
Future rainfall erosivity (projections for 2050 based on climate change).Global assessment of storm disaster-prone areas.Global Soil Erosion – Future projections.Historical reconstruction (1860-2018) of soil erosion rates.Erosion in Europe - Projections by 2050.European Soil Database & soil properties.Convenient to express concentration in biological material relative to the
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