Examinando por Materia "Movimientos en masa"
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Publicación Aguas subterráneas en medio fracturado y su relación con la ocurrencia de movimientos en masa en una ladera del Valle de Aburrá(Universidad EAFIT, 2019) Espinosa Espinosa, César Augusto; Duque Trujillo, José FernandoPublicación Análisis comparativo de la estabilidad del terreno a partir de métodos determinísticos en la cabecera municipal de Armenia, Antioquia(Universidad EAFIT, 2022) Campo Correa, Joel David; Gamboa Ramírez, Marco FidelPublicación Definición de susceptibilidad por movimientos en masa en suelo urbano escala 1:2000 a partir de modelos determinísticos usando el modelo físico distribuido de análisis de estabilidad tridimensional Scoops3D : caso de estudio : San José la Cima(Universidad EAFIT, 2019) Jaramillo González, Ricardo; Gamboa Ramírez, Marco FidelPublicación Evaluación de la vulnerabilidad social por movimientos en masa y avenidas torrenciales en el corregimiento de San Cristóbal, Medellín(Universidad EAFIT, 2021) Londoño Torres, Nathali; Bedoya Sanmiguel, Geovany; Caballero Acosta, José HumbertoPublicación Evaluación de métodos heurísticos y estadísticos para zonificación de amenazas por movimientos en masa a escalas intermedias(Universidad EAFIT, 2021) Gamboa Ramírez, Marco Fidel; Bedoya Sanmiguel, Oscar GeovanyPublicación Implementación de los Sistemas de Información Geográfico, para la zonificación geotécnica como herramienta para la gestión de los georecursos, en una Pequeña Central Hidroeléctrica. Caso de estudio La Chorrera - municipio de Santa Rosa de Osos, Antioquia(Universidad EAFIT, 2018) Callejas Vélez, Juan José; Marín Cerón, María Isabel; Sáenz Mateus, Edgar AllandIn this work for obtain our university degree, the importance of an approach of integration of uses of the GIS tool is discussed, for the generation and management of the geological database, which will also be given the zoning for the susceptibility of mass movements (Bivariate Method), as a basis for the implementation of the methodology for the Geotechnical Zoning proposed for the Metropolitan Area of the Aburra Valley (AMVA) -- In light of the cartography existence of land uses, it was identified that the Geotechnical Zoning becomes an effective tool for the conservation of the environment, it was taken into account in the Environmental Impact Study (EIA), for the design phase of the PCH-La Chorrera -- This systemic approach allows a better understanding of the sustainability of the geological resources for the EIA in small hydroelectric centrals, very useful for the professionals and decision makers involved in the projectPublicación Metodologías geológicas participativas para la reducción del riesgo en zonas de ladera del Valle de Aburrá mediante soluciones basadas en la naturaleza(Universidad EAFIT, 2025) Ramírez Bruno, Daniela Alejandra; Bustamante Londoño, CamiloSoil erosion and mass movements are geomorphological processes that represent one of the main drivers of environmental degradation in hillside areas, especially in urban contexts such as the Aburrá Valley. Although risk reduction has traditionally relied on conventional engineering solutions, recent years have seen growing interest in Nature-Based Solutions (NbS) as sustainable alternatives for slope stabilization. However, most of these interventions lack a comprehensive participatory approach that incorporates the knowledge and capacities of the communities inhabiting these territories. This monograph examines the potential of participatory geological methodologies as tools to integrate technical knowledge with community participation in risk reduction processes. Through a literature review of international and Latin American experiences, and the analysis of selected case studies, factors that enhance or limit the sustainability of interventions are identified. Based on this analysis, a seven-phase participatory geological methodology is proposed to facilitate risk reduction processes in hillside areas such as those of the Aburrá Valley. The proposal emphasizes the transformative role of community participation in risk management and highlights that the integration of technical knowledge, local knowledge, and NbS constitutes an effective strategy for promoting sustainable and socially legitimized solutions. This approach emerges as a promising pathway to strengthen territorial resilience and improve risk governance in regions with high susceptibility to mass movements.