AN INVESTIGATION ON EDGE DETECTION OF STRUCTURES AND DEPTH ESTIMATION OF ISPARTA ANGLE REGION (SOUTHWEST TURKEY) USING AEROMAGNETIC DATA

This paper aims to delineate the subsurface structures and their depths located in Isparta Angle region (SW Turkey) through aeromagnetic data. The dataset has been processed via well-known mathematical tools such as spectral analysis derivative methods. First, separate these anomalies from each other, completed high anomaly regions have determined around city. could be attributed fact that values might stem magnetic bodies (like volcanic cones, caldera) Golcuk region. In addition, average of deep shallow causative calculated 6.72 km 0.31 km, respectively. Secondly, exact location depth top sources, analytic signal transformation tilt method applied residual anomalies. maps show six which magnetization investigated detail upper structures. Especially, study showed occurrences, are one crucial region, a deeper root (around 3.47 km) larger lying underneath surface.