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The paper considers the outcome of multi-criteria analysis of landslide   susceptibility on the NW outskirts of Fruška Gora Mountain, Serbia. The area   of the interest is known for landslide occurrences, and to focus on the most   affected areas, it was necessary to consider some principal factors   (lithology, slope inclination, rainfall, erosion, vegetation, altitude and   slope aspect) and sort them by their importance to the phenomena. Prior to   any criteria assessment, available data records had been assembled and   refashioned as raster datasets. Thereafter, the criteria arising from an   analytical hierarchy process (AHP) provided their weights of preference in   the final model. In addition, the model was analyzed for the information gain   and classified in accordance to the optimal informativeness. Being tailored   in the context of raster modelling, aided by the GIS spatial tools, our   result gained substantial correlation to the control reference map (a digital   photo-geological interpretation map of active and potential landslides)

Impact of geo-environmental factors on landslide susceptibility using an AHP method: A case study of Fruska Gora Mt., Serbia