东-东北走向的构造地层带是巴尔干-黑海地区泛断网的组成要素

V. Pokalyuk, I. Lomakin, I. Shuraev
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引用次数: 3

摘要

对海底景观地形的大尺度三维数字雷达模型进行结构地貌学分析,使我们能够在巴尔干-黑海地区揭示构造形成的亚平行跨区域线性板形带系统。在地图上,它们以ene方向呈现在条纹上,彼此相距约100公里。正如你在地图上看到的那样,这些线状带是被检查区域的产流断层网络的重要组成部分:I -南喀尔巴阡山脉,II - perii -喀尔巴阡山脉,III -亚速海-亚得里亚海,IV -巴尔干克里米亚,V -北希腊,VI -北爱琴海,VII -北安纳托利亚。在不干扰区域内地质元素的情况下,它们交叉了各种不同类型的地质块体,这些地质块体具有不同的结构、年龄和起源,并扩展到黑海和爱琴海的海底。它们的空间、形态结构和运动组织的总体一致性证实了它们形成的统一动力机制,可能与行星旋转引起的应力有关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tectonolineament zones of east-north-east trending as constituent element of rhegmatogenic fault network of the Balkan-Black sea region
Structural geomorphological analysis of large scale 3D digital radar models of seabed landscape topography has allowed us to reveal within the Balkan-Black Sea region a system of tectonically formed subparallel trans-regional linear slab-shaped zones. On the map they appeared as ENE-directed throughout stripes, distanced approximately 100 km from each other. These linear zones are significant components of the rhegmatogenic fault network of the examined area, as you can see on the map: I — South Carpathian, II — Peri-Carpathian, III — Azov Adriatic, IV — Balkan Crimean, V — North Greek, VI — North Aegean, VII — North Anatolian. Without interfering with intra-regional geological elements, they intersect a wide range of diverse types of geological blocks with different structure, age and origin, and expand into the seabeds of the Black and Aegean seas. The general consistency of their spatial, morphologic structural and kinematic organization confirmes a uniform dynamic mechanism of their formation, likely connected to the planetary rotation-induced stress.
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