- 22,633
- 7,679
M 7.5 - 28 km SE of Yumare, Venezuela
https://earthquake.usgs.gov/earthquakes/eventpage/us6000t7zp/executive- 2026-06-24 22:05:11 (UTC)
- 10.435°N 68.472°W
- 10.0 km depth
The foreshock
M 7.2 - 23 km SE of Yumare, Venezuela
https://earthquake.usgs.gov/earthquakes/eventpage/us6000t7zc/executive- 2026-06-24 22:04:33 (UTC)
- 10.436°N 68.528°W
- 20.3 km depth
Tectonic Summary (from M7.5 summary)
The June 24, 2026, M 7.5 earthquake southeast of Yumare, Venezuela, occurred as a result of shallow strike-slip faulting near the complex plate boundary between the Caribbean and South American plates. At the location of the earthquake, the Caribbean plate moves eastward relative to South America at a rate of about 20 mm/yr. This movement is primarily accommodated by a major system of right-lateral strike-slip faults traversing northern Venezuela. The earthquake's location, shallow depth (10.0 km), and right-lateral strike-slip mechanism are consistent with rupture along this plate boundary system along the San Sebastian fault system, which extends along the northern coast of Venezuela.
This event was the mainshock of a severe seismic doublet sequence, occurring just 39 seconds after an M 7.2 foreshock. A doublet sequence – defined as two earthquakes of similar magnitude that occur close in time and proximity - likely indicates a complex, rupture-interaction process.
While commonly plotted as points on maps, earthquakes of this size are more appropriately described as slip over a larger fault area. Strike-slip events the size of the June 24, 2026, earthquake are typically about 150 x 20 km (length x width).
Northern Venezuela has a history of large, damaging earthquakes. However, in the immediate 250 km vicinity of these June 24, 2026, earthquakes, there have only been seven M6 and larger earthquakes in the past century. The region recently experienced a doublet in September 2025 consisting of an M 6.2 and an M 6.3 earthquake WSW of the 2026 event; the 2025 sequence caused at least one fatality, over 110 injuries, and extensive structural damage across Zulia and Lara. In September 2009, an M 6.4 earthquake to the ENE injured 18 people and damaged buildings near Morón, and an M 6.0 event in 1989 caused slight damage in the Valencia area. Farther west, an M 6.1 earthquake struck the region in April 1975. The most devastating modern earthquake in the surrounding area was the July 1967 M 6.6 Caracas earthquake, centered approximately 131 km to the east, which caused around 240 fatalities, hundreds of injuries, the collapse of multiple high-rise apartment buildings, and widespread destruction. In broader Venezuela, there have been five M 7+ earthquakes in northern Venezuela or near the coast since 1900.
The M7.5 earthquake was almost on top of the earlier M7.2 earthquake.
Terrifying Ocean Footage Shows 7.5 Venezuela Quake Pulverize La Guaira Coast (Video)
https://www.yahoo.com/news/world/articles/terrifying-ocean-footage-shows-7-165039988.htmlBack to back Earthquakes in north Venezuela kill at least 188 people
https://abc7.com/post/powerful-71-m...venezuela-swaying-buildings-capital/19374775/
Edit/update: Venezuela’s deadly earthquakes happened on a fault similar to the San Andreas, and the risks aren’t over yet – a geophysicist explains
https://theconversation.com/venezue...arent-over-yet-a-geophysicist-explains-286236
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