Heavy rain and a severe hailstorm left at least one person dead in Puebla, Mexico, on May 24, 2024 [2].
The event highlights the vulnerability of urban infrastructure in the region to rapid-onset weather extremes. The storm caused significant disruption to the historic centre and surrounding neighborhoods, including Sierra Negra [1, 2].
Authorities said the situation transitioned from calm to a catastrophe in less than two hours [1]. The intensity of the storm produced hail that formed ice blocks almost one meter high [2]. These ice accumulations, combined with uncontrolled rainfall, led to rapid flooding in several areas.
In the historic centre, flood depths reached 80 cm [1]. The rising water and ice caused severe damage to local businesses, and public infrastructure [1]. State and municipal officials responded to the crisis as the storm overwhelmed drainage systems.
The sudden nature of the event left residents and business owners with little time to secure property. Emergency teams worked to clear the ice and water from the streets to restore access to the city's central district [1, 2].
“Flood depths reached 80 cm”
The rapid escalation of this storm, from calm to catastrophic in under two hours, demonstrates the increasing risk of 'flash' weather events in urban Mexico. The combination of extreme hail and flooding in a historic district suggests that existing drainage and emergency protocols may be insufficient for the scale of modern precipitation anomalies.
