USGS data show 2026 earthquake count slightly above decade average but within normal range

August 17, 2026 at 04:09 PM2 min

This digest was compiled by AI from multiple sources — links to the originals are below.

By mid-August 2026, the world had recorded 91 earthquakes of magnitude 6 or above, including 11 above magnitude 7 — slightly ahead of the 2016–2025 pace but within the normal range. The strongest quake was a magnitude 7.8 off Mindanao in the Philippines in June, while Venezuela’s June magnitude 7.2 and 7.5 quakes killed more than 6,300 people.

Key Facts

From 2016 to 2025, the world averaged 133 earthquakes of magnitude 6 or greater per year, ranging from 99 in 2024 to 157 in 2021.
No earthquake in 2026 has reached magnitude 8 or 9, the most destructive magnitude categories.
The United States Geological Survey records about 20,000 earthquakes globally each year, roughly 55 a day, most too weak to be felt.
Scientists have never been able to predict when a major earthquake will strike because tectonic stress builds over decades or centuries, not seasonal cycles.
Earthquake deadliness depends more on depth, proximity to cities, and building strength than on magnitude alone.

2026 Earthquake Count

The United States Geological Survey records about 20,000 earthquakes globally each year, roughly 55 a day, most too weak to be felt. By mid-August 2026, 91 earthquakes of magnitude 6 or above had been recorded worldwide, including 11 above magnitude 7. That pace is slightly ahead of the 2016-2025 annual average of 133 magnitude 6 or greater earthquakes per year but within the normal range. The strongest quake was a magnitude 7.8 off Mindanao in the Philippines in June that killed more than 100 people. Venezuela’s magnitude 7.2 and 7.5 earthquakes in June killed more than 6,300 people, and no 2026 quake reached magnitude 8 or 9.

Predictability and Risk

Earthquakes occur throughout the year with no consistent seasonal pattern, according to long-term records. The US Geological Survey says scientists have never been able to predict when a major earthquake will strike. Tectonic stress builds along fault lines over decades or centuries and cannot be tied to a 12-month cycle. Seismologists instead calculate the probability that a large quake will hit a given area over a span of years. That work underpins building codes, and early warning systems alert people once a quake has begun.