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5 Assessment of the tsunami hazard on the Russian coast based on a new catalogue of tsunamis in the Black Sea and the Sea of Azov

机译:5基于黑海海啸目录的新目录及亚佐夫海洋海岸的海啸危害

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We present the results of work on the compilation of a fuller and more comprehensive historical catalogue of earthquakes and tsunamis in the basin of the Black Sea and the Sea of Azov, an area of primary importance for the Russian Federation. In the 20th century, there were no significant tsunamis in the Black Sea; therefore, its coast was not considered tsunami-prone. A systematic search for new data sources, a revision of earlier ones, and the use of new approaches to the identification of tsunamigenic events resulted in a more than doubling of the number of known tsunamigenic events in this basin, bringing it up to 50. The total length of the new tsunami catalogue reached 3000 years, which makes it the second longest after the Mediterranean tsunami catalogue (about 4000 years). Taking into account the seismotectonic features of the Black Sea region, we processed data on historical tsunamis and analyzed the geographical and temporal distributions of their sources. For all tsunamigenic events we performed a parameterization of available information about their sources and coastal manifestations, evaluated the tsunami intensity based on the Soloviev-Imamura scale, and proposed a classification of tsunami and tsunami-like water wave disturbances based on their genesis. Tsunami run-up heights, inland penetration, and damage were estimated with regard for the newly found data. Among the identified historical events, there are devastating tsunamis with run-ups of 4-5 m, sometimes up to 6-8 m, which resulted in disastrous consequences for several ancient cities (Dioscuria, Sebastopolis, Bizone, and Panticapaeum) and many coastal settlements. Expert assessments of the most tsunami-prone areas of the coasts are given. (c) 2018, V.S. Sobolev IGM, Siberian Branch of the RAS. Published by Elsevier B.V. All rights reserved.
机译:我们介绍了汇编在黑海和阿佐夫海域的地震和海啸汇编的汇编的汇编,这是俄罗斯联邦的主要重要领域。在20世纪,黑海中没有明显的海啸;因此,它的海岸不被认为是海啸。系统搜索新的数据源,早期修订,以及使用新方法的识别Quatamigenic事件导致该盆中已知的海啸事件的数量增加了一倍,使其长达50.该新海啸目录的总长度达到3000年,这使其成为地中海海啸目录(约4000年)后的第二次最长。考虑到黑海地区的地震功能,我们处理了历史海啸的数据,并分析了他们来源的地理和时间分布。对于所有TsunaMigenic事件,我们执行了有关其来源和沿海表现的可用信息的参数化,基于Solovieviev-Imamura规模评估了海啸强度,并提出了基于其创世纪的海啸和海啸样水波障碍的分类。关于新发现的数据估计海啸升高的高度,内陆渗透和损坏。在确定的历史事件中,有4-5米的灾难有毁灭性的海啸,有时高达6-8米,导致几个古老的城市(Dioscuria,Sebastopolis,Bizone和Panticapaeum)灾难性后果和许多沿海定居点。给出了海岸大部分海啸易发地区的专家评估。 (c)2018,五。 Sobolev IgM,Ras的西伯利亚分支。 elsevier b.v出版。保留所有权利。

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