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Multichannel Analysis of Surface Waves (MASW), Refraction Microtremor (ReMi) and Microtremor measurements was performed to predict site characterization at 65 strong motion stations of AFAD (Disaster and Emergency Management Presidency) in Akdeniz region in Turkey. Reliable field response information is required to investigate the impacts of the region and to assess the risk of the area. The soil conditions of the Akdeniz region are specified from MASW, ReMi and Microtremor studies of AFAD’s strong motion stations in this area. HVSR technique was conducted to determine dominant frequency values at different amplification levels. The Akdeniz region was classified according to Vs30 based NEHRP Provisions [1], Eurocode-8 [2] and TBDY-2018 [3] and RodrigezMarek [4]. According to the [1], one station is classified as class A, 7 stations as B and 38 stations as C and 19 stations to be class D. According to [2], 6 stations correspond to class A, 39 stations B, and 20 stations D. The soil classes in the NEHRP system correspond to that of TBDY-2018 [3]. According to [4], 8 stations are classified as A, 17 stations B, 8 stations C-1, 13 stations C-2, 5 stations C-3,11 stations D-1, 1station D-2, 1 station D-3, 1 station E and 1 station is undistinguished. The predominant period of the region ranges from 0.07 to 1.47s, and the dominant magnification values vary between 0.79 and 8.5.

Investigation of Site Characterization in Akdeniz Region by Using Seismic Refraction and Surface Wave Methods