Title: Optimizing phosphorus inputs in EU agricultural soils.Description: Excessive phosphorus (P) fertilization has resulted in elevated soil P concentrations in some regions in the EU. Legacy soil P imposes a risk for soil functioning and may lead to P losses into the aquatic environment. Recent proposed EU policies aim to optimize P inputs and mitigate excessive soil P concentrations. We present a data & modelling framework to estimate how much and where P inputs in EU agricultural (cropland and grassland) soils can be optimized by 2050. Assuming optimal soil P concentrations (Olsen) being 20 – 40 mg kg−1 , we calculated that current P inputs across the EU can be reduced by 21 % without adverse impacts on crop production. The dataset incliudes a) The distribution of nine P management strategies in EU agricultural land b) Optimized Phosphorus inputs in order to reach optimal P concentrations by 2050 and c) The increase in P inputs required when the aim is to reach at least 20 mg kg−1 of topsoil POLSEN concentrations by 2050.Spatial coverage: EU 27Pixel size: 1km x 1kmTemporal coverage: 2009 (Baseline) - 2050 (Timeline to optimize P inputs)Projection: ETRS89-extended / LAEA Europe
Reference: Van Eynde, E., Ros, G.H., Yunta, F., Muntwyler, A., Hinsinger, P., Fendrich, A.N. and Panagos, P., 2025. Opportunities for optimizing phosphorus inputs in EU agricultural soils. Environmental Science & Policy, 171: 104168.
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