Regarding seismic activity on Reykjanes Peninsula
There is currently no ongoing eruption on the Reykjanes peninsula. The volcanic eruption that started on the 16th of July 2025 ended on the 5th of August 2025. This eruption was the 12th one since the eruptions began in March 2021, and the 9th one in the current location.
Key Takeaways:
- The eruptions are localized seismic events
- Flights are operating normally and unlikely to be affected
- Iceland is highly prepared for volcanic events.
BACKSTORY
Iceland is situated on the Mid-Atlantic Ridge, where the North American and Eurasian tectonic plates diverge, making it one of the most active volcanic regions in the world. Regular seismic events are a characteristic feature of Icelandic geology, ranging from minor tremors to significant earthquakes. Seismic activity in Iceland is often due to magma movement beneath the earth's crust. It may sometimes result in magma seeking the easiest path to the surface and becoming a volcanic eruption.
The Icelandic Meteorological Office, The National Police Commissioner, The Department of Civil Protection and Emergency Management, and a team of scientists from the University of Iceland are closely monitoring the situation and constantly analyzing developments. There is no way of accurately predicting whether, where, or when this could result in a volcanic eruption or the possible size of such an eruption, but the situation is being closely monitored and constantly evaluated based on the best scientific data available.
People are encouraged to stay alert and follow news. The area is closed and Police will stop all access to the town of Grindavík.
More information:
- The Icelandic MET office: Information on the seismic activity and development of events
- The Icelandic Road Administration: Information on road conditions and closures in the Reykjanes region
- Safetravel: Updates on safety
- The Icelandic National Broadcasting Service: News coverage
- Visit Iceland: Further information about the situation
- Visit Reykjanes: More updates from the area of the eruptions