Class Risk Mapping

   

Not applicable

1. Spatial and temporal risk analysis. Conceptual models in the risk theory. 2. Natural processes and risk cartography. 2.1. Mapping of meteorological hazards. Heat waves, cold spells and snowfall. 2.2. The water circulation processes and definition of flood areas. 2.3. Fluvial geomorphology and susceptibility map of flash flood and torrential processes. 2.4. Geomorphological processes and susceptibility. Cartography supported in statistically based models and physically based models. 3. Mapping vulnerability and risk mapping. Assessing the degree of loss and potential damage. 4. Evaluation of specific risk and total risk. 5. Study cases.

The theoretical nature of some classes allows the student to obtain the necessary knowledge about the most appropriate methodologies for each type of risk. On the other hand, the practical component of the curricular unit allows the student to apply theoretical knowledge, thus being able to identify the risk, understanding the dynamics of the physical environment and producing corresponding risk cartography. Interdisciplinary Innovation Projects (2IP) provide training in subjects related to the curricular unit and the ability to interrelate them with others and contribute to the student acquiring an integrated view of problems and corresponding solutions for typical Civil Protection realities, preparing them the best preparation for the reality of Civil Protection.  

Alessandro Chelli, et al (2021). Geomorphological tools for mapping natural hazards, Journal of Maps, 17:3, 1-4, DOI: 10.1080/17445647.2021.1920794. Altan, O.; Backhaus, R.; Boccardo, P.; Zlatanova, S. (Eds.) (2010). Geoinformation for Disaster and Risk Management. Examples and Best Practices. ANPC (2009) - Guia para a Caracterização de Risco no Âmbito da Elaboração de Planos de Emergência de Proteção Civil, Cadernos Técnicos PROCIV, nº 9, Lisboa. Julião, R.; Nery, F.; Ribeiro, J.; Branco, M.; Zêzere, J. (2009). Guia metodológico para a produção de cartografia municipal de risco e para a criação de SIG de base municipal. ANPC, DGOTDU, IGP. Leal, M. (2013). Proposta de um método de avaliação da susceptibilidade natural às cheias em pequenas bacias hidrográficas, VI Congr. Nac. de Geomorfologia, Coimbra. Reis, E. (2011). Análise de bacias hidrográficas, susceptibilidade à ocorrência de cheias e sistemas de informação geográfica. VIII Congr. Geografia Portuguesa, Lisboa.