The MOSAIC.pt project aims to develop an innovative flood risk management framework for coastal zones, including estuaries, based on the integration of predictive models and real-time monitoring data, and taking into account the different dimensions of the vulnerability.More Information
Communications in Scientific Events
Paula Freire, André B. Fortunato, Alexandre Tavares, Anabela Oliveira, Pedro P. Santos, 2019. Multi-source flood risk analysis for safe coastal communities and sustainable development. 5ª Conferência sobre Morfodinâmica Estuarina e Costeira - Livro de Resumos: 71-72. Faculdade de Ciências da Universidade de Lisboa. ISBN:978-989-20-9612-4.
Laboratório Nacional de Engenharia Civil
Av. do Brasil, 101
218 443 637
The Portuguese coast presents a high risk of flooding, as shown by recent events (e.g. the Hercules storm in 2014), that is increasing with the sea level rise. To improve the response capability to these events, the understanding of the hazards, vulnerability and exposure of people and assets should be integrated in efficient methodologies that adequately contribute to better ways of planning and response to emergency.
The project is structured around a scientific question that is relevant to coastal flood risk analysis: as the flooding process depends on the characteristics of the exposed territory, how to predict it in the most efficient way towards the emergency management needs?
The specific objectives of the project are:
The approach followed in the project includes a preliminary evaluation of the most critical coastal typologies in the Portuguese west coast, the most exposed to extreme events in Portugal, based on historical information. This evaluation allows the selection of an observatory that will be used as testbed for development and validation of the predictive, monitoring and data integration methodologies, and where the different dimensions of vulnerability will be evaluated. The observatory context will provide guidelines for the development of an integrated risk analysis framework, supported by different hazard scenarios vulnerability and exposure. A real-time emergency response component will also be conceptualized, taking advantage of the forecast system developed at LNEC (WIFF- http://ariel.lnec.pt/).
The project will contribute with innovative approaches to emergency planning and response, promoting safer and more resilient communities, in line with the key national and regional strategies and towards the Sendai Framework for Disaster Risk Reduction (2015-2030).
The main expected results are: