The total solar eclipse of 12 August brought thousands of visitors to Iceland and Greenland, while observers across the rest of the Nordic region watched the Sun shrink to a narrow crescent. As so often in the North Atlantic, however, the weather had the final word.
On the evening of 12 August 2026, the Moon’s shadow travelled across the Arctic and North Atlantic, producing one of the most eagerly anticipated astronomical events in Europe for decades. Greenland and western Iceland lay within the narrow path of totality, where the Moon completely covered the Sun. The Faroe Islands, Denmark, Norway, Sweden, Finland, Svalbard and the rest of Iceland experienced a deep partial eclipse. The astronomical calculations proved reliable. The Nordic weather was rather less cooperative.
Iceland’s moment of totality
Iceland had prepared for the eclipse for years. Viewing events were organised across the western part of the country, while accommodation, campsites and roads came under pressure as residents and international eclipse travellers headed towards the path of totality. The eclipse began at approximately 16:45 local time. Maximum eclipse occurred shortly before 17:50, with the partial phase continuing until around 18:50. The most sought-after locations included the Reykjanes Peninsula, Reykjavík, the Snæfellsnes Peninsula and the Westfjords. Látrabjarg, at the westernmost edge of Iceland, offered the country’s longest totality, lasting approximately two minutes and thirteen seconds. Unfortunately, cloud covered much of Iceland at the crucial moment. In many places, observers experienced the dramatic fall in light and the strange atmosphere of totality without obtaining an uninterrupted view of the eclipsed Sun. There were nevertheless breaks in the cloud in parts of western Iceland and the Westfjords. RÚV reported that glimpses of the Sun appeared in the west as the eclipse progressed, allowing some observers to see the shrinking solar crescent and, in the most fortunate locations, the brief total phase. Even where the solar corona remained hidden, the environmental transformation was unmistakable. Afternoon light faded rapidly, colours became muted and the Icelandic landscape briefly took on the appearance of an unusually short summer night. The event was Iceland’s first total solar eclipse since 1954. The next total eclipse visible from the country will not occur until 2196, making even a cloud-obscured experience historically significant.
Greenland beneath the Moon’s shadow
The path of totality crossed remote areas of eastern and north-eastern Greenland. It was one of the most spectacular locations on Earth for the eclipse, but also one of the hardest to reach. More than 35 vessels were reported in the wider Ittoqqortoormiit and Scoresbysund area before the eclipse, including expedition ships that had adjusted their Arctic itineraries to intercept the Moon’s shadow. Conditions differed dramatically across the immense island. Tasiilaq enjoyed clearer weather earlier in the day, while cloud and fog affected Ittoqqortoormiit and several other communities. The eclipse was partial in Greenland’s more populated western towns: approximately 79 per cent of the Sun was covered in Nuuk, while the figure reached about 93 per cent around Tasiilaq. Ittoqqortoormiit itself was extremely close to totality, with about 99.7 per cent of the Sun covered. The centre of the total-eclipse track passed through much more isolated territory and the waters off Greenland’s east coast. For passengers aboard suitably positioned expedition ships, the event combined Arctic scenery with the rapid arrival of the Moon’s shadow. Where the clouds permitted, the dark solar disc and corona appeared above fjords, sea ice and Greenland’s mountainous coast. Elsewhere, observers mainly experienced a sudden darkening beneath the cloud layer.
A deep partial eclipse over the Faroe Islands
The Faroe Islands remained outside the path of totality, but the eclipse was still substantial. From Tórshavn, the partial phase began shortly before 18:00 and reached its maximum at around 18:55, when approximately 91 per cent of the Sun was obscured. Once again, clouds complicated the view. Faroese observers searched for openings in the characteristically changeable cloud cover, moving between viewpoints where possible. When the Sun appeared, it had been reduced to a slender crescent low in the western sky. Although the islands did not experience true totality, the combination of low evening light, dramatic clouds and the darkened Faroese landscape created one of the eclipse’s most atmospheric Nordic settings.
Scandinavia watches a crescent sunset
Across mainland Norway, Sweden and Denmark between roughly four-fifths and nine-tenths of the Sun disappeared behind the Moon.
In Norway, it was the largest solar eclipse visible from the mainland since 2015. Coverage generally exceeded 80 per cent and approached 90 per cent in some areas, although local cloud conditions determined whether the event could actually be seen. The low position of the Sun meant that hills, buildings and the western horizon were almost as important as the weather.
Svalbard also experienced a deep partial eclipse. In Longyearbyen, about 91 per cent of the Sun was covered at maximum. The event was very different from the total eclipse witnessed there in March 2015: this time, a brilliant crescent remained visible and certified eye protection was required throughout.
In Sweden, conditions varied widely. Hundreds gathered near Masthugg Church in Gothenburg, where a bank of cloud initially threatened to hide the entire event. Those who stayed were eventually rewarded when a gap opened and the eclipsed Sun appeared. Photographs from Malmö, Öregrund and other parts of the country showed a thin solar crescent, sometimes filtered through atmospheric cloud.
Denmark experienced its deepest eclipse in decades. The event peaked shortly after 20:00, with approximately 80–88 per cent of the Sun obscured depending on location. Its position close to the horizon made it resemble an extraordinary crescent sunset. Public viewing activities were organised around the country, including in the Aarhus area, where observers were advised to find an unobstructed view towards the west or north-west.
Finland’s late-evening eclipse
In Finland, more than 80 per cent of the Sun’s diameter was covered at maximum. The eclipse reached approximately 83 per cent in Helsinki and around 85 per cent near Kilpisjärvi in the far north-west. The timing presented a particular challenge. The eclipse unfolded late in the evening, with the Sun already descending towards the horizon. In parts of the country, sunset occurred before every stage could be observed. Those with clear western views could nevertheless see the partially eclipsed Sun approaching the horizon, producing one of the final Nordic scenes of the event.
An eclipse defined by the landscape
The Nordic experience of the 2026 eclipse was never going to resemble the more predictable viewing conditions found in parts of Spain. In Iceland, Greenland and the Faroe Islands, clouds were always part of the gamble. Yet the eclipse was not simply an image of the black Sun and its corona. It was also the movement of darkness across an Icelandic headland, the changing colour of a Greenlandic fjord, a crescent Sun emerging between clouds in Gothenburg and the fading evening light over Denmark and Finland. For some observers, months or even years of preparation produced only a few seconds of clear sky. For others, the Sun remained hidden but the sudden twilight revealed the passage of the Moon’s shadow through the atmosphere. The clouds occasionally won the contest. The eclipse, however, was impossible to ignore.
Suggested Online Sources
RUV.is
KNR.gl
Science.nasa.gov/eclipses
SVT.se
DMI.dk
Mn.uio.no
Helsinkitimes.fi
