An Integrated Framework for Urban Risk Management and Resilience to Compound Hazards With Emphasis on Multilevel Governance, Critical Infrastructure and Social Participation

An Integrated Framework for Urban Risk Management and Resilience to Compound Hazards With Emphasis on Multilevel Governance, Critical Infrastructure and Social Participation

Reza Izadpanah Behzadi1

1) Mr. Engineer

IOI Code : ABEB-ACABKZ
Publication : 4th International Conference on Recent Advances in Engineering, Innovation and Technology - Belgium(eitconf.com)
Abstract :
    Abstract Contemporary cities face natural, technological, climatic, and social hazards whose consequences are rarely independent. A disruption in one critical infrastructure system can impair other services and generate cascading economic, social, and physical impacts. Sectoral and reactive approaches to emergency management are therefore insufficient to address interdependencies and underlying urban vulnerability. This paper develops a conceptual and practice-oriented framework linking risk management, urban resilience, and integrated governance in the face of compound hazards. The study adopts a descriptive-analytical approach based on a focused review of scholarly literature and authoritative international frameworks. The proposed framework comprises five interconnected components: multi-hazard risk understanding, institutional governance and coordination, protection of critical infrastructure, meaningful community participation, and continuous learning and improvement. The analysis suggests that urban resilience cannot be reduced to structural robustness or emergency response capacity; it concerns a city’s ability to anticipate, absorb, adapt, recover, and adjust its development pathway after disruption. Accordingly, the paper proposes a phased implementation model beginning with local coordination and a risk profile, followed by prioritization, indicator-based monitoring, and periodic review. As the study does not generate new field data, the framework requires empirical testing across different urban contexts. Its practical contribution is to provide a shared analytical language and an actionable pathway fo aligning urban planning, disaster management, and infrastructure investment

Keywords : urban risk management urban resilience compound hazards multilevel governance critical infrastructure community participation