This project will help us better understand multidimensional, cascading, and compounding disaster impacts (known and emergent), and the vulnerabilities and resilience of major urban areas in Australia.

  • Project dates: 2024–2025

Australia’s urban areas are exposed to multiple and interacting natural hazards, such as extreme heat, storms, cyclones, storm surge and coastal inundation, flash flooding, bushfires, and earthquakes. Such natural hazards can lead to disasters when they trigger multidimensional, cascading and compounding impacts that exceed the coping capacities of urban systems.  

The complex, tightly interconnected and dynamic nature of urban systems complicates risk assessment and reduction, while impacts might be exacerbated by climate change impacts and rapid urbanisation. Risk reduction in urban areas requires decisions, coordination, and action by a wide range of stakeholders. Moreover, urban areas are highly diverse; not only spatially, physically and economically, but also socially, culturally and politically. Increasing our understanding of the risks and vulnerabilities is an important enabler for actioning urban resilience. 

This research will lead to a better understanding of how urban systems may be disrupted, who is most impacted and why, how risks and impacts may change under the influence of factors like climate change, and suitable processes or tools for operationalising investments in urban resilience. 

The project is funded by Natural Hazards Research Australia

Key People

Jago Dodson

Jago Dodson

Professor of Urban Policy & Director, Urban Futures Enabling Impact Platform

Annette Kroen

Annette Kroen

Senior Research Fellow

Anthony Kent

Anthony Kent

Lecturer

Erica Kuligowski

Erica Kuligowski

Principal Research Fellow

Mittul Vahanvati

Mittul Vahanvati

Convener of Climate Change Transformations Program

Solmaz Hosseinioon

Solmaz Hosseinioon

Research Fellow

Leonardo Nogueira de Moraes

Leonardo Nogueira de Moraes

Research Fellow, Disaster Resilience

Natural Hazards and Resilience in Complex Urban Systems 

John Fien

Natural Hazards and Resilience in Complex Urban Systems 

Esther Charlesworth

Natural Hazards and Resilience in Complex Urban Systems 

Leila Irajifar

Natural Hazards and Resilience in Complex Urban Systems 

Amanda Lamont

Related Content

Research Programs

Research Programs

Planning and Transport for Healthy Cities

Planning and Transport for Healthy Cities brings together our expertise in understanding how cities are planned and designed to create more just, sustainable and healthy outcomes.

Research Programs

Regenerative Environments and Climate Action

Regenerative Environments and Climate Action brings together our expertise in understanding cities as integral to environmental justice, the need for urgent climate action, improving ecological processes, and connections with more-than-human worlds.