易北河砂岩保护区历史开采造成的岩壁稳定性恶化

Z. Varilová, Kamil Podroužek, Natálie Belisová, J. Horák
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引用次数: 0

摘要

本文介绍了瑞士波希米亚(易北砂岩)地区地质学家和历史学家之间的专家合作的部分结果,重点是绘制和记录旧采石场和矿坑。在研究区域内,有三千多个废弃的建筑石材采石场被新测绘和登记。会议不仅关注了开采后保存下来的文物及其历史背景,还介绍了采石方法,并记录了采石场和矿区的现状。其中许多代表着易发生岩崩的不稳定采石场。一些采石场已经发生了灾难性的事件,一些地方最近不得不通过稳定工程进行技术保护。因此,目标之一是创建一个与旧采石场有关的风险清单图,并评估当今的不稳定程度。2021/2022年的新落石也被记录在案。采用现代技术建立了选定采石场的三维模型,包括开挖材料的立方容量和崩塌体的计算。完整的结果包含在正在建设的地图地理数据库中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
STABILITY DETERIORATION OF CLIFF FACES DUE TO HISTORICAL MINING IN THE ELBE SANDSTONES PROTECTED AREA
The paper presents partial results of the expert cooperation between geologists and historians in the Bohemian Switzerland (Elbe Sandstones) area focused on mapping and documentation of old quarries and mining pits. More than three thousand abandoned quarries for building stone were newly mapped and registered within the study area. Attention was given not only to the preserved relics after mining and their historical context: methods of stone extraction were also described, and the current state of quarries and mining areas was documented. Many of them represent unstable quarry faces prone to rockfall. Catastrophic events have already occurred in some quarries, and some localities had to be technically secured by stabilizing works recently. One of the aims was therefore to create an inventory map of risk related to old quarries and the assessment of the present-day degree of instability. Fresh rockfalls from 2021/2022 were also registered. Three-dimensional models of selected quarry faces were created using modern technology including calculation of cubic capacity of excavated material and collapsed masses. The complete results are included in the map geodatabase, which is under construction.
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