Risk Management

This self-learning module describes the theoretical concepts and definitions of risks associated to natural events, such as the interaction between the hazards and anthropogenic components. The theoretical background components of risk management, such as planning, mitigation and preparedness (before the event) and emergency phase (during and after the event), are also reviewed. In addition, the training activities also promotes and develop multidisciplinary skills aimed at the understanding of territorial dynamics in order to assess risk attitude and conditions. The main methods of landslide and seismic hazard assessment and criteria of their socio-economic impact are studied and analysed. Issue related to emergency management are also reviewed. The module is supported by case studies in the field of risk management both for planning and prevention activities and real time emergency management.

1. Introduction to Risk Management

This component provide key definitions of risk associated to natural events, such as the product of the interaction between the hazard components (H) and anthropogenic ones (D). The various risk components will be described and analyzed as follows: Hazard (H); Element at risk (E) Vulnerability (V); Specific Risk (R) and Total Risk.

2. Risk Management theoretical background

Risk Management theoretical background component is distinguished as: planning, mitigation and preparedness (before the event) and emergency phase (during and after the event).

3. Methods and Processes of Risk Management

In this context the training activities will promote and develop multidisciplinary skills aimed at the understanding of territorial dynamics, both natural and anthropogenic in order to assess risk attitude and conditions. The main scientific methods of landslide and seismic hazard assessment and criteria of their socio-economic impact will be studied and analysed. Along with hazard and risk assessment, included damage and related costs, planning and emergency management – for distinct scenarios – will be also considered. An important issue of emergency management will be focused on the implementation of an integrated system for prediction of different natural (multi-hazard approach).

4. Case Studies in the field of Risk Management

This component will introduce case studies in the field of risk management both for planning and prevention activities and real time emergency management.

At the end of the course, the learners will have a general theoretical knowledge on the concept of risks associated with natural events and on the methods and processes of risk and how they are applied in real cases.

The course is devoted to decision-makers and those who support strategic decision-making and risk management but it is also recommended for GIS professionals who aim for an initial understanding of Risk Management.

None.