Annual review · year-to-date · USGS ComCat
Earthquakes in 2026
2,972 magnitude-4-and-above earthquakes were catalogued worldwide in 2026 (year-to-date - 2026 is still in progress), including 32 significant M6+ events. The strongest reached M7.5.
- 2,972
- M4+ events (so far)
- 32
- Significant M6+
- M7.5
- Strongest
- 88 km
- Avg depth
The year in one line
2026 logged 2,972 catalogued M4+ earthquakes worldwide so far, 32 of them major M6+ events, topping out at magnitude 7.5.
- 2,972
- M4+ events (year-to-date)
- 32
- major M6+ events
- M7.5
- strongest of the year
- 88 km
- average hypocentral depth
Magnitude breakdown - 2026
How 2026's 2,972 catalogued M4+ earthquakes split across the magnitude scale
- M4.0–4.9
2,543 M4-class events
2,543
- M5.0–5.9 397
397 M5-class events
397
- M6.0–6.9 30
30 M6-class events
30
- M7.0–7.9 2
2 M7-class events
2
What this shows As in every year, the catalog is dominated by moderate M4–5 events; the rare M6+ band - 32 events in 2026 - is where damaging shaking lives.
Significant earthquakes in 2026
The individual significant-event series (M6+, catalogued back to 1900) currently runs through 2025. The 32 M6+ events tallied for 2026 above come from the aggregate magnitude counts; per-event detail will appear as the catalog is finalised.
Understand the data
Frequently asked questions
How many earthquakes occurred in 2026? ▼
What was the strongest earthquake in 2026? ▼
How does 2026 compare to other years? ▼
What magnitude scale is used? ▼
About this data
Every figure on this page is computed directly from the USGS Comprehensive Earthquake Catalog (ComCat), the public-domain record maintained by the USGS Earthquake Hazards Program. The worldwide catalog covers magnitude-4.0-and-above events from 2005 onward, the period over which the global seismograph network reliably detects and locates earthquakes everywhere. Magnitudes use the moment-magnitude scale (Mw), the modern standard that supersedes the older Richter scale; because the scale is logarithmic, each whole step up represents roughly thirty-two times more energy released. Depth is measured in kilometres from the surface, and shallow earthquakes generally produce stronger surface shaking than deep ones of the same magnitude. Annual counts reflect what instruments recorded, not every tremor that occurred; the current calendar year is always partial and will keep rising as the USGS adds and revises events, so it should never be compared directly against completed years.
Source: USGS ComCat, verify with USGS → · See our methodology for the full pipeline.
Disclaimer: PlainQuake is an informational reference for informational purposes only, not an emergency or early-warning service, and not professional engineering or safety advice. For official alerts and guidance, consult the USGS and your local emergency authorities. See our full disclaimer.