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The article introduced an upgraded approach to assessing the groundwater vulnerability to nitrate pollution.\udBy using the results of fild measurements and process-based models outputs, author takes into account effects of\udnitrogen biogeochemical processes, that were hitherto underestimated in the evaluation schemes. The upgraded\udmethodological self-validated approach to vulnerability assessment in Lower Savinja Valley case study increases\udreliability and thus effectiveness of decision-making in the water management. This was achieved by using\udthe process-based models outputs in the new pattern classifiation schemes with the predictions of pollution\udphenomena. Spatial prediction of groundwater nitrate pollution probability and vulnerability classifiation of the\udstudy area in Lower Savinja Valley was assessed by weights-of-evidence model (WofE). The increased degree of\udprobability for the groundwater contamination with nitrates was determined for 62.5 percent of the aquifer area\udof the Lower Savinja Valley. About 27 percent of the most nitrate vulnerable areas in Lower Savinja Valley need\udgroundwater nitrate mitigation through land-use measures and public sewage system construction

Groundwater vulnerability to nitrate pollution of alluvial aquifers in Slovenia – Lower Savinja Valley case study