Identification of Landslide types in cliffs between Ancon and Anconcito, Santa Elena, Ecuador

Manglar Pub Date : 2022-10-03 DOI:10.17268/manglar.2022.031
Lucrecia Cristina Moreno Alcivar
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Abstract

On the Ecuadorian coasts, landslides are frequent that occur on cliffs that correspond to an instability maintained by the mechanical characteristics of soils and rocks in which there are discontinuities, fault planes that are activated by precipitation or coastal erosion; for this reason, this research was focused on identifying the different types of landslides found in the coastal cliff areas of Ancón and Anconcito in the province of Santa Elena, this study was carried out by photogrammetric flights with UAV technology, carried out by three flights in the study area. It was found that the study sector corresponds to an inclined rocky coast, where mass landslides (soils) and rockslides were found, such as: rotational, earth flows, erosion gullies, falling blocks, sinkholes, planar breaks, and wedge breaks. The results identified in the studied areas highlight the importance of knowing how susceptible they are to different types of movements due to high coastal erosion due to wave incidence and other factors, on the other hand, research should be carried out to show how much the coastal retreat is (m/year) produced by landslides in these areas.
厄瓜多尔圣埃琳娜安孔和安孔斯托之间的悬崖滑坡类型鉴定
在厄瓜多尔海岸,山体滑坡经常发生在悬崖上,这些悬崖对应于土壤和岩石的机械特性所保持的不稳定性,其中存在不连续性、因降水或海岸侵蚀而激活的断层面;因此,本研究的重点是识别在Santa Elena省的Ancón和Anconcito沿海悬崖地区发现的不同类型的滑坡,本研究采用无人机技术进行了摄影测量飞行,在研究区域内进行了三次飞行。研究发现,研究区域对应于倾斜的岩石海岸,在那里发现了大规模滑坡(土壤)和岩石滑坡,如:旋转、泥石流、侵蚀沟、落块、天坑、平面断裂和楔形断裂。在研究区域中确定的结果强调了了解由于波浪发生率和其他因素导致的高海岸侵蚀,它们对不同类型的运动的易感性的重要性。另一方面,应进行研究,以显示这些区域的山体滑坡造成的海岸退缩量(m/年)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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