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The aim of this study was to assess the impact of land-use on inputs ofnitrogen, phosphorus, and DOC into the inflow of the Lehnmühle reservoir(drinking water supply). Land-use in the study area is dominated by forest,with smaller proportions of grassland and crops. Water quality was analyzedfor the hydrological years 2010 and 2011 at the outlets of three smallcatchments with homogenous land-use (crops, grassland and forest) and at theoutlet of the watershed. The highest nitrogen and phosphorus concentrationswere observed in the streams draining the agricultural areas, and the lowestconcentrations were found in the forest catchment. The DOC concentration washighest at the outlet of the watershed whereas the concentrations in thesmall homogeneous catchments were lower. The information collected about theland-use dependent matter exports in these study areas will be used forclimate change impact modeling with the Soil and Water Assessment Tool

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Fluxes of Nitrogen, Phosphorus, and Dissolved Organic Carbon in the inflow of the Lehnmühle reservoir (Saxony) as compared to streams draining three main land-use types in the catchment