Análisis de la relación entre la gestión del riesgo y la vulnerabilidad. Caso de estudio: Brisas del Volador, Ciudad Bolívar

Este estudio analiza la relación entre la gestión del riesgo y la vulnerabilidad en el barrio Brisas del Volador, ubicado en Ciudad Bolívar, Bogotá. Se explicó el cambio en el enfoque de estudio y manejo de los desastres a partir de la consolidación de términos relacionados a procesos sociales, como lo son la vulnerabilidad y el riesgo. Así mismo, se describieron los cambios que se han establecido en la forma de abordar el riesgo en Colombia, tanto a nivel nacional como distrital. La investigación reveló la forma como se ha generado la vulnerabilidad a partir de la intersección de distintos procesos en un asentamiento informal y como se materializan diferentes elementos para conformar la vulnerabilidad global. A partir de esto, se recopilaron las acciones implementadas en la zona de estudio desde la gestión del riesgo, se clasificaron en cada uno de los tres procesos: conocimiento, reducción o manejo del desastre y posteriormente se estudiaron. Con base en esto, se analizaron las medidas que tuvieron una incidencia en la reducción de la vulnerabilidad y los resultados que generaron.

Mainstreaming climate change adaptation : An incremental approach to disaster risk management in Australia

In this paper we argue that rationalist ‘predict then act’ approaches to disaster risk management (DRM) policy promote unrealistic public expectations of DRM provisions, the avoidance of decision making by political elites, an over-reliance on technical expertise and engineering solutions to reducing exposure to natural events, and a reactive approach to DRM overall. We propose an alternative incrementalist approach that focuses on managing uncertainties rather than reducing them and building resilience not simply through the reduction of hazard exposure, but also through the ongoing reduction of community vulnerability, the explicit consideration of normative priorities, and more effective community engagement in climate risk debates.

Towards networked governance : improving interagency communication and collaboration for disaster risk management and climate change adaptation in Australia

Major disasters, such as bushfires or floods, place significant stress on scarce public resources. Climate change is likely to exacerbate this stress. An integrated approach to disaster risk management (DRM) and climate change adaptation (CCA) could reduce the stress by encouraging the more efficient use of pooled resources and expertise. A comparative analysis of three extreme climate-related events that occurred in Australia between 2009 and 2011 indicated that a strategy to improve interagency communication and collaboration would be a key factor in this type of policy/planning integration. These findings are in accord with the concepts of Joined-up Government and Network Governance. Five key reforms are proposed: developing a shared policy vision; adopting multi-level planning; integrating legislation; networking organisations; and establishing cooperative funding. These reforms are examined with reference to the related research literature in order to identify potential problems associated with their implementation. The findings are relevant for public policy generally but are particularly useful for CCA and DRM.

Framework for assessing the influence of critical infrastructure interdependencies in post-disaster reconstruction management

Due to ever increasing climate instability, the number of natural disasters affecting society and communities is expected to increase globally in the future, which will result in a growing number of casualties and damage to property and infrastructure. Such damage poses crucial challenges for recovery of interdependent critical infrastructures. Post-disaster reconstruction is a complex undertaking as it is not only closely linked to the well-being and essential functioning of society, but also requires a large financial commitment. Management of critical infrastructure during post-disaster recovery needs to be underpinned by a holistic recognition that the recovery of each individual infrastructure system (e.g. energy, water, transport and information and communication technology) can be affected by the interdependencies that exist between these different systems. A fundamental characteristic of these interdependencies is that failure of one critical infrastructure system can result in the failure of other interdependent infrastructures, leading to a cascade of failures, which can impede post-disaster recovery and delay the subsequent reconstruction process. Consequently, there is a critical need for developing a holistic strategy to assess the influence of infrastructure interdependencies, and for incorporating these interdependencies into a post-disaster recovery strategy. This paper discusses four key dimensions of interdependencies that need to be considered in a post-disaster reconstruction planning. Using key concepts and sub-concepts derived from the notion of interdependency, the paper examines how critical infrastructure interdependencies affect the recovery processes of damaged infrastructures.

Modular risk modeling and management of water infrastructure disaster incidents

Water supply and wastewater control are critical elements of society's infrastructure. The objective of this study will be to provide a generic risk assessment tool to provide municipalities and the nation as a whole with a quantifiable assessment of their vulnerability to water infrastructure threats. The approach will prioritize countermeasures and identify where research and development is required to further minimize risk. This paper outlines the current context, primary concerns and state-of-the art in critical infrastructure risk management for the water sector and proposes a novel approach to resolve existing questions in the field. The proposed approach is based on a modular framework that derives a quantitative risk index for varied domains of interest. The approach methodology is scaleable and based on formal definitions of event probability and severity. The framework is equally applicable to natural and human-induced hazard types and can be used for analysis of compound risk events.

Information on disaster risk management: case study of five countries. Main technical report = Información para la gestión del riesgo de desastres: estudios de caso de cinco países. Informe técnico principal

Incluye Bibliografía

Information on disaster risk management: case study of five countries. Summary report = Información para la gestión del riesgo de desastres: estudios de caso de cinco países. Informe resumido

Incluye Bibliografía

Information on disaster risk management: case study of five countries: Jamaica

Incluye Bibliografía