El análisis de capacidades Post-Desastre
El análisis de capacidades Post-Desastre
El análisis de capacidades Post-Desastre (PERC) es una metodología creada por la Aseguradora Zurich para proveer investigaciones y revisiones independientes a lo largo de eventos de inundaciones. Busca responder preguntas relacionadas con aspectos de resiliencia ante inundaciones, gestión de riesgo de inundaciones e intervención de catástrofe. Da una mirada a lo que funcionó bien, como también a las oportunidades de mejora, y resultados en un paquete de recomendaciones para el futuro.
Usa esta página para aprender sobre de la metodología PERC, leer reportes relacionados al tema o encontrar recomendaciones específicas.
Usando la Metodología PERC
The Post-Event Review Capability (PERC) is a systematic framework for the analysis of a disaster...
Impacts from disasters are getting worse. Yet after a disaster, there is rarely time to learn what...
Hurricane Harvey made landfall near Rockport, Texas on August 25, 2017 as a Category 4 storm. Over...
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Idioma
- English
Ciclo de la Reducción de riesgo de desastres
- Capacidad de afrontamientos
- Reducción correctiva del riesgo
- Preparación para la crisis
- Reducción prospectiva del riesgo
- Reconstrucción
Temas
- Bienes y medios de vida
- Educación
- Alimentación
- Gobernanza
- Vida y salud
- Medio ambiente
- Transporte y comunicación
- Residuos
- Agua
Regiones
- Asia
- Africa
- Europa
- Las Américas
País
- Nepal
- Morroco
- Switzerland
- United Kingdom
- United States
- Peru
Año de publicación
- 2010
- 2011
- 2014
- 2015
- 2016
- 2017
Tipo de inundación
- Flash
- Rivereña
Capitales
- Físico
- Humano
- Social
- Financiero
- Natural
4R de la Resiliencia
- Robustez
- Redundancia
- Recursividad
- Rapidez
Recomendaciones PERC
Busca todas las recomendaciones producidas en los diferentes reportes PERC que ponemos a tu disposición. Redefine tus búsquedas usando los criterios de la izquierda.
Total: 127 resultados encontrados
Provide better incentives to reduce risk.
We found very few incentives that would induce individuals orbusinesses to invest to reduce flood risk. Our research suggests that insurers could play an influential role inincentivizing risk reduction. There are several...
New technology should be used to generate flash flood hazard maps.
Intense precipitation and flash floods depend on certain spatial factors. New technology can be used to generate flash flood and (urban) surface flood maps. There are already successful examples of this approach used to ...
Risk reduction requires a multifaceted approach; physical protection and land use planning.
Weirs andlevees do not provide absolute safety and often leave significant residual risk. They can also lull people into afalse sense of security and inadvertently increase risk in the long term. Residual risk that such ...
Invest more in understanding and mapping small-scale processes.
Water is not the only reason for flooddamage. Particularly when it comes to small watercourses, better understanding is needed of how additionalprocesses contribute to the flood. Obstructions that can form at underpasses...
Prioritize risk reduction based on risk assessment. Don’t focus only on large waterways or arbitrary ‘return’ periods.
Germany’s current policies and decisions on flood protection focus mainly on large riversystems. Investments are made with a goal of protecting assets up to a level with a set period of return (typicallya one-in-100-ye...