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Data-Driven Disaster Planning

Data-Driven Disaster Planning in New York, Tokyo, and Taipei

Building the Future of Urban Disaster Resilience Together

 日本語はこちら(Japanese): 

Our Mission: Designing A New Framework for Urban Disaster Preparedness

This project aims to reduce disaster risk in urban environments by developing a data-driven disaster preparedness and response system. Using New York City as a primary case study, we are advancing flexible disaster strategies that can adapt to the diverse social needs of cities, with the goal of applying these insights to other major cities such as Tokyo and Taipei.

Our Approach: International, Interdiciplinary, and Intersectoral Collaboration

We take an international, interdisciplinary, and intersectoral approach to this project.

INTERNATIONAL: Collaborations across the U.S., Japan, and Taiwan.

INTERDISCIPLINARY: Integrating expertise from engineering, computer science, geography, policy science, and urban planning.

INTERSECTORAL: Partnering with academia, NGOs, and leading IT companies to ensure real-world impact.

 Projects

Topic 1: Extreme Weather and Mobility

How Cities Move When the Weather Turns Extreme.

Topic 2: Mobility and Social Issues

 How Heat and Mobility Shape the Geography of Social Issues, such as Urban Crime.


Topic 3: Pandemic and Mobility

How Neighborhoods Adapt Their Movement During the Pandemic.


Topic 4: Smart Cities

How Digital Technologies Can (—and Can’t Yet) Transform Urban Governance


 News and Updates

Smart Cities & Governance

2025-04-03: Our researcher, Masa Haraguchi, Ph.D., presented his work at the Smart Cities Conference in Miami, highlighting how digital technologies can strengthen governance, enhance public participation, and improve urban decision-making.

New Crime Prediction Insights

2025-10-17: Our new study, led by Mengling Qiao, Ph.D., Machine Learning Unveils Temperature and Mobility as Critical Predictors of Urban Crime in New York City (2008–2022): Insights for Sustainable Urban Systems, has been accepted for publication in the International Journal of Digital Earth. Congratulations, Mengling!

 Click for more information 

Weather-Driven Mobility Shifts

2024-10-28: Our new study, Enhancing Urban Resilience to Extreme Weather: The Roles of Human Transition Paths Among Multiple Transportation Modes, has been accepted for publication.

Click for more information 

 

Questions?

Contact us for any inquiry from the below Google Form

Email us

Support

This work was funded by the United States-Japan Foundation and the National Science Fondation. We appreciate their continued support for our research.

 

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