A powerful magnitude 7.1 earthquake struck the Kumamoto region in southern Japan on Tuesday, triggering an evacuation of thousands from the Aeon mall, one of the area’s largest shopping centres. Approximately 50 minutes after the initial quake, an explosion tore through the facility, causing significant structural damage including collapsed ceiling sections and damaged storefronts. The blast created a cloud of dust and debris visible across the surrounding area, with one witness describing the phenomenon as resembling volcanic ash.
Initial rescue operations began early on Wednesday, with first responders recovering eight individuals from the partially collapsed structure, including three fatalities. The status of three additional shop workers remained unclear following the incident. Japanese Prime Minister Sanae Takaichi characterized the situation as a critical rescue operation, and approximately 170 military personnel were deployed to assist with recovery efforts. Rescue personnel exercised caution during operations due to concerns about further structural collapse and ongoing aftershocks, with more than 100 tremors recorded by the end of Tuesday.
Aeon mall officials indicated that staff successfully evacuated approximately 3,000 customers within 30 minutes of the initial earthquake. However, some individuals remained inside the facility or returned for unspecified reasons, placing them at risk when the subsequent explosion occurred. One survivor was discovered in a bathroom. Aeon President Akio Yoshida stated that a gas leak represented the most probable cause of the explosion, though comprehensive investigations were underway. The company noted it had not anticipated such an incident and had implemented seismic reinforcements following previous earthquake damage to the facility a decade earlier.
All 25 cats housed in a cat cafe located within the mall were rescued on Wednesday, according to the establishment’s owner. The incident occurred as the mall had recently reopened following renovations and upgrades intended to improve structural resilience following earlier seismic events.
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