News and alerts

The period of increased risk of a volcanic eruption at Sundhnúkur may last for several weeks - 4.2.2025

Updated 4. February at 13:45 UTC

The weather forecast for the coming days indicates a series of low-pressure systems moving across the country, bringing strong southwesterly and southerly winds along with precipitation. These weather conditions may affect measurement capabilities, particularly in terms of visibility and the sensitivity of seismic and real-time GPS measurements. The Icelandic Meteorological Office will continue to monitor the situation closely, and the public is advised to stay informed about weather warnings and exercise caution when travelling.

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Ground uplift under Svartsengi area continues at a stable rate - 19.12.2024

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Updated 19 December 17:00 UTC

A photogrammetric survey was conducted by Icelandic Institute of Natural History and Landmælingar Íslands in a flight over the eruption site 13 December. The data reveals that the lava field that was formed during the last eruption (20 November to 9 December) had a total volume of 49,3 million cubic meters erupted and covered an area of 9,0 square kilometers. The thickest part of the lava field was around the craters and close to the barriers by the Blue Lagoon but the average thickness of the lava was 5,5 meters.

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Ground Uplift and Magma Accumulation Continue Beneath Svartsengi - 19.11.2024

Updated 19. November at 14:45 UTC

Seismic activity in the Sundhnúkar crater row remains relatively low. A few earthquakes have been recorded daily, most of them located between Stóra-Skógfell and Sýlingarfell. On some days in the past week, bad weather has affected the sensitivity of the seismic monitoring system, potentially obstructing the detection of the smallest earthquakes.

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The activity in the Reykjanes Peninsula has entered a new phase - 10.8.2023

Updated 10 August 2023

The Icelandic Met Office has updated the hazard map for the eruption site. The vicinity of the eruption area is still dangerous. High temperatures characterize the lava field. The solidified crust can be very thin in places with very hot and molten lava underneath. The edges of the new lava field are unstable and large chunks of lava can fall sudden. As a result of past activity there are fractures in the area that pose danger. The new lava continues degassing and hazardous gases can collect in depressions

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