Light northerly or variable winds, mostly cloudy, with some patchy, light rain, but partly fair in the west parts and isolated afternoon showers, with a risk of local downpours. Starting to rain in the northeast late evening.
North 8-15 m/s tomorrow, windiest by the east coast and wiedly rain or drizzle, but fair in the south and west. Temperatures 6 to 17 deg. C, mildest in South- and West-Iceland.
Forecast made 28.07.2026 05:09
If the map and the text forecast differs, then the text forecast applies
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Preliminary results
| Size | Time | Quality | Location |
|---|---|---|---|
| 5.2 | 28 Jul 05:36:38 | Checked | 3.6 km NE of Bárðarbunga |
| 4.1 | 27 Jul 00:36:17 | Checked | 3.5 km NE of Skeggi á Hengli |
| 3.1 | 26 Jul 22:19:55 | Checked | 575.0 km NNE of Kolbeinsey |
A M5.2 earthquake took place in Bárðarbunga at 5:36am today. An earthquake of this magnitude last took place on June 13 and they happen regularly in the Bárðarbunga caldera.
An earthquaek of magnitude 4.1 was measured at Nesjavellir in Hengill at 00:36 on July 27th and was felt well in SW Iceland. Some light aftershock activity has been observed. This is the largest earthquake in this area since 1998 when a magnitude 4.6 earthquake was measured in Nesjavellir. Seismicity is however common in the area.
Written by a specialist at 28 Jul 06:35 GMT
Earthquake activity throughout the country is described in a weekly summary that is written by a Natural Hazard Specialist. The weekly summary is published on the web every Tuesday. It covers the activity of the previous week in all seismic areas and volcanic systems in the country. If earthquake swarms are ongoing or significant events such as larger earthquakes have occurred during the week, they are specifically discussed. More
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The MET Office has received reports of sulfur smell near the Múlakvísl and Jökulsá á Sólheimasandi glacier river. In addition over the past few days, an increased level of volcanic gases (CO2 and H2S) have been measured at Láguhvolar. It is important for people to exercise caution due to gas pollution, especially near the riverbanks and the river's source.
Due to malfunction we have turned off the service publishing hydrological data on the map. Instead see the data using our Rauntímavöktunarkerfi.
Written by a specialist at 28 Jul 07:18 GMT
Avalanche forecasts are now published on Icelandic Met Office’s new website:
New avalanche pages on gottvedur.is/en
News from the Icelandic Met Office’s landslide monitoring service will continue to be published on vedur.is (in Icelandic)
Recent changes at the terminus of Sólheimajökull call for increased caution. Unstable glacier ice and rockfall from the surrounding slopes may pose a risk to people visiting the area.
Read more
Magma accumulation and ground uplift continue beneath Svartsengi. The average rate of magma accumulation over the past few weeks has remained steady.
The most likely scenario remains continued slow magma accumulation, eventually leading to a new dike intrusion and possibly a volcanic eruption.
Read more
In October 2025, the Icelandic Meteorological Office (IMO) received a grant of ISK 147 million from the International Civil Aviation Organization (ICAO) for four new development projects in the fields of volcanic hazards and aviation safety. The projects involve, among other things, the development of new measurement methods, automatic analysis of eruption plumes, coordination of responses among European volcano observatories, and research into the effects of sulphur dioxide (SO₂) on aviation.
Read more
The report A Nordic Perspective on AMOC Tipping reviews the current state of science on the impacts of potential Atlantic Meridional Overturning Circulation (AMOC) collapse and provides recommendations for policy actions.
Read more
HARMONIE is a numerical weather prediction model (NWP) that is non-hydrostatic and convection-permitting. It is operated at 2.5 km horizontal resolution over a domain that covers Iceland and the surrounding seas. At this resolution it is possible to simulate explicitly some processes that are important for clouds and precipitation as well as meteorological phenomena related to up- and downdrafts. In order to simulate the interaction between the atmosphere and the surface, the model takes into account different types of land surface as well as processes in and at the surface.
Read more