Formulación de estrategias de estabilización de taludes mediante obras de contención con un análisis multitemporal y tecnología LiDAR en el corregimiento de Roma Chávez, Sandoná

Abstract

The township of Roma Chávez in Sandoná faces severe vulnerability due to mass movements, such as landslides, rockfalls, and toppling, necessitating the implementation of effective slope stabilization strategies through containment works. To address this challenge, a combined approach is proposed, integrating multitemporal analysis with LiDAR (Light Detection and Ranging) technology. This approach enables an understanding of terrain evolution and the influence of various factors over time, while LiDAR technology provides detailed three-dimensional data to identify risk areas and critical points. This combination offers a deep understanding of the challenges and lays the foundation for effective and sustainable intervention strategies. The research aims to promote the use of LiDAR technology in the region, highlighting its application in high-precision topographic surveys, which is key to creating the digital terrain model (DTM). Moreover, since the municipality Análisis multitemporal con LiDAR para estabilización de taludes of Sandoná is highlyvulnerable to landslides, the outcome of this technology will be used to analyze the stability of a slope in the Roma Chávez township within this municipality