Abstract

Using the method of cluster analysis of morphometric topographical parameters, the areas that concentrate most of the epicenters of modern earthquakes within the Voronezh anteclise have been identified. Using computer modeling, the areas of possible formation of new small-length discontinuities in the modern stress field have been outlined. On the basis of complex geological and geomorphological data a tectonophysical model has been made. This model accounts for the nature of seismicity through the development of geodynamically active zones in a shear setting with the NW-oriented axis of maximum shortening.

中文翻译：

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用地貌和构造物理方法识别沃罗涅日前倾地震活动区

摘要

采用形态测量地形参数聚类分析的方法，确定了沃罗涅日前倾内现代地震的大部分震中集中的区域。使用计算机建模，概述了现代应力场中可能形成新的小长度不连续性的区域。在复杂的地质和地貌数据的基础上，建立了构造物理模型。该模型通过在具有最大缩短的西北方向轴的剪切环境中发展地球动力学活动区来解释地震活动的性质。