The study area is located in some areas in Anatolian plate (Afyon, Nevşehir, Hasandağı-Melendiz Dag, Karadag, Karacadağ, Karapınar sites). For paleomagnetic study, it was taken oriented 324 core samples from 36 locations. First of all, natural remanent magnetizations of all samples were measured by Spiner magnetometer and then thermal demagnetization treatment was applied to each sample by MMTD60 instrument. All paleomagnetic parameters and diagrams were calculated and drew by IAPD Release 92 computer program. Pliocene aged AF and KK sites from Afyon region have anti-clockwise rotations, respectively 200 and 39º. Miocene aged rock samples from same region represent 55 º anti-clockwise rotations. Plio-Quarternary aged sites (AS and OD) from Nevşehir volcanic region volcanism have anti-clockwise rotations, respectively, 18 º and 7 º. Upper Miocene aged rock samples (Ağıllı-Çakıllı, OC) show 26 º anti-clockwise rotations. The amount of anti-clockwise rotation of Plio-Quarternary aged two locations from Hasan Dağ (HD) and Melendiz Dağı (MD) are 13 º and 11 º. Pliocene aged sites from Karadağ Volcanism have 6 º anti-clockwise rotations. Plio-Quarternary aged site (KRP) from Karapınar area represents 22 º anti-clockwise rotations. 11.9 My aged rock samples (KRC) from Karacadağ show 18 º anti-clockwise rotations. In the second phase of study, all data, with other paleomagnetic data in and around region, was evaluated to obtain tectonic and structural implications about region. The evaluation of all data, in general, shows that rotations obtained in region could be an evidence of local tectonic events and/or the region, in this actual short geologic time, may be exposed to the active deformations.
Keywords: Paleomagnetism, Neogene volcanism and tectonic deformations, anatolian (Turkish) plate.
Copyright © 2020 Author(s) retain the copyright of this article.
This article is published under the terms of the Creative Commons Attribution License 4.0