The Manyas fault zone (southern Marmara region, NW Turkey): active tectonics and paleoseismology

IF 1.5 Q1 Earth and Planetary Sciences Geodinamica Acta Pub Date : 2017-01-01 DOI:10.1080/09853111.2017.1294013
A. Kürçer, V. Özaksoy, S. Özalp, Ç. U. Güldoǧan, E. Özdemir, T. Duman
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引用次数: 10

Abstract

The Manyas fault zone (MFZ) is a splay fault of the Yenice Gönen Fault, which is located on the southern branch of the North Anatolian Fault System. The MFZ is a 38 km long, WNW–ESE-trending and normal fault zone comprised of three en-echelon segments. On 6 October 1964, an earthquake (Ms = 6.9) occurred on the Salur segment. In this study, paleoseismic trench studies were performed along the Salur segment. Based on these paleoseismic trench studies, at least three earthquakes resulting in a surface rupture within the last 4000 years, including the 1964 earthquake have been identified and dated. The penultimate event can be correlated with the AD 1323 earthquake. There is no archaeological and/or historical record that can be associated with the oldest earthquake dated between BP 3800 ± 600 and BP 2300 ± 200 years. Additionally, the trench study performed to the north of the Salur segment demonstrates paleoliquefaction structures crossing each other. The surface deformation that occurred during the 1964 earthquake is determined primarily to be the consequence of liquefaction. According to the fault plane slip data, the MFZ is a purely normal fault demonstrating a listric geometry with a dip of 64°–74° to the NNE.
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曼亚斯断裂带(土耳其西北部马尔马拉地区南部):活动构造与古地震学
Manyas断层带(MFZ)是Yenice Gönen断层的一个张开断层,位于北安那托利亚断层系的南部分支。MFZ是一个38公里长的WNW–ESE走向正断层带,由三个梯队组成。1964年10月6日,萨鲁尔段发生地震(Ms=6.9)。在这项研究中,沿着Salur段进行了古地震沟槽研究。根据这些古地震沟的研究,在过去4000年中,至少有三次导致地表破裂的地震,包括1964年的地震,已经被确认并确定了年代。倒数第二个事件可能与公元1323年的地震有关。没有考古和/或历史记录可以与距今3800±600年至2300±200年的最古老地震联系起来。此外,在Salur段以北进行的海沟研究表明,古液化结构相互交叉。1964年地震期间发生的地表变形主要被确定为液化的结果。根据断层平面滑动数据,MFZ是一条纯正断层,表现出向NNE倾斜64°–74°的倾斜几何形状。
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来源期刊
Geodinamica Acta
Geodinamica Acta 地学-地球科学综合
CiteScore
4.50
自引率
0.00%
发文量
0
审稿时长
25 weeks
期刊介绍: Geodinamica Acta provides an international and interdisciplinary forum for the publication of results of recent research dealing with both internal and external geodynamics. Its aims to promote discussion between the various disciplines that work on the dynamics of the lithosphere and hydrosphere. There are no constraints over themes, provided the main thrust of the paper relates to Earth''s internal and external geodynamics. The Journal encourages the submission of papers in all fields of earth sciences, such as biostratigraphy, geochemistry, geochronology and thermochronology, geohazards and their societal impacts, geomorphology, geophysics, glaciology, igneous and metamorphic petrology, magmatism, marine geology, metamorphism, mineral-deposits and energy resources, mineralogy, orogeny, palaeoclimatology, palaeoecology, paleoceanograpgy, palaeontology, petroleum geology, sedimentology, seismology and earthquakes, stratigraphy, structural geology, surface processes, tectonics (neoteoctonic, plate tectonics, seismo-tectonics, Active tectonics) and volcanism. Geodinamica Acta publishes high quality, peer-reviewed original and timely scientific papers, comprehensive review articles on hot topics of current interest, rapid communications relating to a significant advance in the earth sciences with broad interest, and discussions of papers that have already appeared in recent issues of the journal. Book reviews are also included. Submitted papers must have international appeal and regional implications; they should present work that would be of interest to many different specialists. Geographic coverage is global and work on any part of the world is considered. The Journal also publishes thematic sets of papers on topical aspects of earth sciences or special issues of selected papers from conferences.
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