Critical infrastructure

This paper examines why extreme weather resilience is becoming a core priority for infrastructure investors and how it should be built into investment decisions.

This study developed an integrated simulation framework that couples hydrodynamic inundation modeling with an agent-based traffic-rescue simulation to examine adaptive resilience in urban traffic networks under compound flood-traffic conditions.

The East Palestine derailment illustrates an increasingly common reality: industrial facilities and critical infrastructure systems operate within highly interconnected environments.

A severe winter snow drought has left snowpack levels far below normal across the American West in 2026.

This briefing paper presents key findings from a semi-quantitative climate risk assessment of Syria's electricity sector, intended to support the country's reconstruction efforts.

The study addresses growing disaster risks to infrastructure caused by climate change and extreme weather, which generate significant economic losses globally and in India.

2010 Eyjafjallajökull eruption showed volcanic ash can trigger global transport and supply chain disruption beyond local damage, reshaping insurance BI/CBI thinking and driving new risk modelling.

New satellite-based research has identified signs of Ahmedabad land subsidence across parts of the city’s western and southern urban corridors, raising concerns over groundwater management, urban planning and the long-term resilience.