Urban systems are complex, interconnected entities where physical, social, economic, and environmental factors interact dynamically. A holistic understanding of urban systems is essential for strengthening resilience to multi-hazard risks and climate-related hazards. It uncovers interdependent vulnerabilities and cascading effects, while also providing insight into how communities, institutions, and infrastructure respond and adapt to change.
This session explores advanced methodologies for multi-hazard risk assessment and climate adaptation in urban and metropolitan areas. Emphasizing multi-scale, interdisciplinary approaches, it aims to develop a comprehensive understanding of multi-hazard interactions and their impacts on urban systems. The session explores both quantitative and qualitative methods to model risks and vulnerabilities across physical, socio-economic, health, and environmental dimensions, addressing the complexities of emerging challenges. It encourages the development of effective risk management solutions and urban planning strategies that align with global initiatives such as the UN Sendai Framework and NextGenerationEU recovery plans.
We encourage submissions addressing i) methodologies for assessing dynamic urban vulnerabilities and exposure to multi-hazard risks, including climate change-induced hazards; ii) methodologies and tools for understanding cascading and compounding effects on physical, socio-economic, and environmental systems, and their implications for disaster risk reduction; iii) strategies and pathways for enhancing urban resilience through governance transformation, comprehensive risk management, and designing solutions for carbon neutrality and climate adaptation; iv) case studies that test multi-risk mitigation and adaptation strategies; v) decision-support tools for assessing and implementing mitigation actions in urban settlements; vi) urban labs and city-scale exercise for risk scenarios evaluation; vii) co-design, capacity building and development of tools addressing the non-technical actors of public institutions, stakeholders of civil society, and the population.
This session explores advanced methodologies for multi-hazard risk assessment and climate adaptation in urban and metropolitan areas. Emphasizing multi-scale, interdisciplinary approaches, it aims to develop a comprehensive understanding of multi-hazard interactions and their impacts on urban systems. The session explores both quantitative and qualitative methods to model risks and vulnerabilities across physical, socio-economic, health, and environmental dimensions, addressing the complexities of emerging challenges. It encourages the development of effective risk management solutions and urban planning strategies that align with global initiatives such as the UN Sendai Framework and NextGenerationEU recovery plans.
We encourage submissions addressing i) methodologies for assessing dynamic urban vulnerabilities and exposure to multi-hazard risks, including climate change-induced hazards; ii) methodologies and tools for understanding cascading and compounding effects on physical, socio-economic, and environmental systems, and their implications for disaster risk reduction; iii) strategies and pathways for enhancing urban resilience through governance transformation, comprehensive risk management, and designing solutions for carbon neutrality and climate adaptation; iv) case studies that test multi-risk mitigation and adaptation strategies; v) decision-support tools for assessing and implementing mitigation actions in urban settlements; vi) urban labs and city-scale exercise for risk scenarios evaluation; vii) co-design, capacity building and development of tools addressing the non-technical actors of public institutions, stakeholders of civil society, and the population.