Underlying data to support Figures and model for Vingerhoets et al. Spatially optimised manure management and nutrient recovery can reduce societal costs in a European livestock production hotspot

Research data supporting the study " Spatially optimised manure management and nutrient recovery can reduce societal costs in a European livestock production hotspot" It contains: The input parameters for the proposed model as described in Supplementary Tables 2 and 3: 1) capaqNVL.gdx - The capacity of each waterbody to receive reactive nitrogen before deteriorating into a degraded state. 2) capaqPVL.gdx - The capacity of each waterbody to receive phosphorus before deteriorating into a degraded state. 3) DrivingDistancemunicipalVL.gdx - Distance between municipalities in Flanders (km) 4) ECleachingdestVL.gdx - Leaching coefficients linked from origin municipality to receiving waterbody. 5) MIN.gdx - Distance of mineral fertiliser plant from receiving municipality. 6) NeffectivegemeenteVL.gdx - The requirements of effective nitrogen per municipality as determined by the regional crop requirements, is derived by multiplying the crop hectares by their specific nutrient requirements 7) NH3VL.gdx - Costs associated with the emission of 1 kg N-NH3 from a certain municipality based on the impact score of each emitter on Nature 2000 domains 8) NO2AR.gdx - Costs associated with the emission of 1 kg N-NOx from a certain arrrondisment based on the impact of PM on human health 9) NPmestgemeente.gdx - The requirements of nutrients per municipality for nitrogen, phosphorus, potassium and sulphur as determined by the regional crop requirements, is derived by multiplying the crop hectares by their specific nutrient requirements 10) PECleachingPVL.gdx - Emission factors to derive the amount of P leached to surface water from applied fertilisers. 11) PECleachingVL.gdx - Emission factors to derive the amount of N leached to surface water from applied fertilisers. 12) PM2AR.gdx - Costs associated with the emission of 1 kg N-NH3 from a certain municipality based on the impact of PM on human health 13) PFertilisationlimitPcity2.gdx - P application limitations per municiplity. 14) ProductieperGemeente2.gdx - The amount of manure produced per municipality per animal type (tonne/year) 15) TCarr.gdx - linking municipalities to arrondisment The source date for all Figures: 16) Figure_data.xlsx - Source date of Figures The model description: 17) model.docx - Mathematical equation and sets used in GAMS Python code to reproduce the subplots of Figure 2 and ED Figure 2: 18) Figure_code.zip - Code to reproduce the subplots of Figure 2 and ED Figure 2.