Science-policy-practice interface

This casebook highlights the implementation of science and technology-based disaster management, featuring 24 Korean practices across four thematic areas, along with Korea's success factors and remaining challenges. It is available in English and Korean.

This study focuses on the application of advanced data‐driven modeling techniques to assess and predict high‐tide flooding (HTF) risks in Oman. The research analyzes the duration, frequency, and economic impacts of HTF.

This article examines the urgent need for science-based climate policy in Kerala, India, where increasing heat stress, extreme rainfall, floods, landslides and droughts are intensifying climate risks.

This mapping tool is made to support disaster readiness by highlighting communities at risk of dangerous climate effects.

Digital technologies have revolutionized how we live, connect, and work, yet our growing reliance on these systems has created risks that often go unnoticed.

This expert report examines how digital infrastructure, now central to essential services such as healthcare, finance, and emergency response, is creating new forms of systemic risk through increasing interdependence.

This report examines how AI is used in aerial firefighting, highlighting governance, accountability, and data requirements for safe and ethical deployment.

The resource — the first of its kind focused on working grasslands — is designed to track and monitor long-term recovery while supporting farmers, ranchers and land managers as they restore Nebraska’s native grasslands.