Damavand Earthquake of 2020 the Mainshock or an Alarm for Disaster for the Capital of Iran

Milad Baftipour, H. Jarahi, G. Polat, Sedigheh Seifilaleh
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引用次数: 1

Abstract

Corresponding Author: Hadi Jarahi Department of Geosciences, North Tehran Branch, Islamic Azad University (IAU), Tehran, Iran Email: hadijarahi@gmail.com Abstract: On 7 May 2020, the Damavand earthquake with magnitude 5.1 occurred at 55 km east of Tehran city, which has a population of over 15 million people. This earthquake caused a seismic hazard for the capital of Iran. In this study, this earthquake was assessed to understand whether it will cause any seismic disaster. There is a doubt about the dip of the earthquake fault because the hypocenter position, as well as the aftershocks, correspond to the surface outcrop of the Mosha fault. However, according to the declared slope for this fault, the epicenter of the earthquake should be located in a belt parallel to the fault and at a distance of 3 to 10 km. The significant observation of this study is that the Damavand earthquake was produced by the Mosha fault according to the information of the focal mechanism. The slope of the fault in this study was estimated to be 90 degrees. By the findings of this study, the seismic hazard of the city of Tehran was thus investigated. The results exhibit that the city is under seismic risk. Therefore, we can suggest that we should take precautions against a possible devastating earthquake.
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2020年达马万德地震是伊朗首都的主震或灾难警报
摘要:2020年5月7日,在人口超过1500万的德黑兰市以东55公里处发生了5.1级的Damavand地震。这次地震给伊朗首都造成了地震危险。在这项研究中,对这次地震进行了评估,以了解它是否会造成任何地震灾害。由于震源位置和余震与漠沙断层的地表露头相对应,因此对地震断层的倾角存在怀疑。然而,根据该断层的坡度,地震的震中应该位于与断层平行的带内,距离3至10公里。本研究的重要观察结果是,根据震源机制信息,Damavand地震是由Mosha断层产生的。本研究中断层的坡度估计为90度。根据这项研究的结果,对德黑兰市的地震危险性进行了调查。结果表明,该城市处于地震危险状态。因此,我们可以建议,我们应该采取预防措施,以防止可能发生的破坏性地震。
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