A significant earthquake, measuring 6.1 on the Richter scale, was recorded on Tuesday in the Gulf of Mexico, approximately 118 kilometers west-northwest of Cuba. The seismic event, initially reported as a 6.4 magnitude quake, generated noticeable shaking that was felt across a wide area of Florida.

This earthquake occurred on June 8, 2026, at approximately 3:27 PM EDT, according to ABC News. The proximity to Cuba and the subsequent tremors felt in the United States have prompted a response from emergency services and weather agencies.

In Miami, city officials confirmed that multiple calls for service were received following the earthquake. However, as of the latest reports, no major injuries or significant damage have been attributed to the tremor. The National Weather Service has also issued a statement confirming that there is no tsunami danger for the United States coastline.

The implications of this event, while not resulting in immediate widespread damage, highlight the seismic activity in the region. Authorities continue to monitor the situation and assess any potential aftershocks or secondary impacts.

Images from Havana, Cuba, show workers checking their cell phones in the aftermath of a tremor, indicating that the shaking was also experienced locally. The source material notes a 6.5-magnitude earthquake in Havana on the same date, suggesting a potential correlation or a separate, nearby seismic event.

The United States Geological Survey (USGS) often monitors and reports on earthquakes of this magnitude, providing detailed data on epicenters, depths, and potential impacts. Earthquakes in this region are not uncommon, given the tectonic plate boundaries in the Caribbean.

Officials are likely reviewing seismic data to understand the precise origin and characteristics of the earthquake. The lack of reported major damage in Florida, despite the significant magnitude, could be attributed to the distance of the epicenter and the depth of the quake.

Further details on the geological specifics and any ongoing monitoring efforts are expected to be released by relevant scientific and governmental agencies.