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In the recent years, the over-use of water resource due to the population growth and industrial developing has become serious. With\udattention to demand for water, it's essential to explore and evaluate new water resource and mapping its potential. In this paper, a\udfuzzy set theory, as a knowledge driven approach for map combination, was applied to produce a potential map for ground water\udresources. To achieve this objective, a variety of spatial data including geology, slope, elevation, drainage, fault and joint were\udcomplied. Then fuzzy membership functions were evaluated for each data layer. These data were integrated using the fuzzy\udγ operator with a value of γ = 0.95. The final map indicates Quaternary formation consists of alluvial deposits near the 200 meter\uddistance from the anti-cline as a suitable area for groundwater resource. Finding out an accurate method which accelerates processing\udfor determining the location of groundwater before drilling is an effective solution leading to save budget and time

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

GROUNDWATER EXPLORATION USING FUZZY LOGIC APPROACH IN GIS FOR AN AREA AROUND AN ANTICLINE, FARS PROVINCE