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The fate of black carbon deposited on the soil surface after burning of harvesting residues is poorly understood. In this study we quantified horizontal as well as vertical transport of total pyrogenic carbon and its chemically most stable part (OREC) during a rainfall experiment after an experimental burn. The aim of the study was to assess the importance of splash erosion versus runoff for the export...
Fire profoundly modifies the terrestrial C cycle of about 40% of the Earth’s land surface. The immediate effect of fire is that of a net loss of C as CO2 gas and soot particles to the atmosphere. Nevertheless, a proportion of the ecosystem biomass is converted into charcoal, which contains highly recalcitrant molecular structures that contribute to long-term C storage. The present study aimed to assess...
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