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New UC research has highlighted the underestimated relevance of water velocity in flood evacuation planning, a danger highlighted by the flooding in Valencia in 2024.

ISET-International worked with local government and provincial agencies in Vietnam to develop detailed evacuation maps and plans for response scenarios corresponding to the three existing early warning system flood alert levels.

This paper introduces C-SAFE, a comprehensive framework for developing emergency evacuation simulations to enhance pre-disaster preparedness, and showcases real-life applications in Greece and Spain.

This paper examines evacuation behaviors in response to approaching cyclones using survey data collected through face-to-face interviews with residents in coastal areas of Bangladesh.

Computer models can help emergency crews understand where bottlenecks are likely to occur along evacuation routes and help fire managers understand where neighborhoods may need to be notified faster or need more help evacuating.

This study contributes to the tsunami science by evaluating potential building damages due to shaking and tsunami impact and providing decision support for evacuation strategies.

For this study, the authors undertook a tsunami risk assessment of Cartagena Bay in Chile that disaggregates social vulnerability to the census block level and assesses the inhabitants’ pedestrian evacuation potential through an agent-based model.

This report presents a comprehensive emergency evacuation response plan tailored to the unique circumstances faced by Sri Lankan migrant workers during emergencies, structured into four crucial stages.

This state-of-the-art review presents a comprehensive analysis of the available literature that focuses on defining instability criteria for hazard assessment during human evacuation of underground flooded stairs.

This study aims to clarify the differences in the estimation of casualties from a significant earthquake and tsunami event between an agent-based model (ABM) and a simplified approach.