If you are searching when is the eclipse today, Wednesday, August 12, 2026, is the date of the year’s only total solar eclipse. The Moon is passing directly between Earth and the Sun, creating a narrow path where observers can experience totality, while a much broader region will see a partial eclipse. The event is especially significant for observers in Iceland, Greenland, Spain and parts of Portugal, while portions of the United States and Canada will see only a partial eclipse.
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║ – August 12, 2026 brings the only total solar eclipse of the year. ║
║ – Totality crosses Greenland, Iceland, northern Russia, Spain and part of Portugal. ║
║ – The global eclipse begins shortly after 15:35 UTC and reaches maximum eclipse at about 17:47 UTC. ║
║ – Parts of the U.S. and Canada will see a partial eclipse rather than totality. ║
║ – Safe solar-viewing equipment is essential during every partial phase. ║
║ – The eclipse is also attracting major attention across Europe because totality is returning to mainland Europe after decades. ║
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August 12, 2026 Solar Eclipse: What Is Happening Today?
Today’s celestial event is a total solar eclipse, one of the most dramatic phenomena visible from Earth.
A solar eclipse occurs when the Moon moves between Earth and the Sun. Because the Moon is much closer to Earth than the Sun, its apparent size in the sky can be large enough to cover the Sun’s bright disk. When the alignment is precise, the Moon’s shadow sweeps across Earth’s surface.
Today’s eclipse has two major viewing zones.
The first is the path of totality, a relatively narrow corridor where the Moon completely covers the Sun. People inside this corridor can experience the sudden darkness of totality and, weather permitting, see the Sun’s outer atmosphere, known as the corona.
The second is the much larger area where the eclipse is partial. From those locations, the Moon covers only a portion of the Sun.
The distinction matters because a partial eclipse can look impressive but does not create the same dramatic darkness as totality.
What Time Does the Eclipse Start Today?
The eclipse reaches its greatest point at approximately 17:47 UTC. The final partial phase ends at about 19:59 UTC.
These are global astronomical timings, not a single viewing schedule for every city.
Because Earth rotates and the Moon’s shadow travels across the surface, the start and maximum times vary according to location. Someone in North America may see the eclipse in the morning or early afternoon, while an observer in Europe may see it later in the day.
That is why people planning to watch should check the local timing for their specific city rather than relying solely on the worldwide schedule.
Where Is the Total Solar Eclipse Visible?
The path of totality stretches across a long route in the Northern Hemisphere.
Totality is visible across parts of:
- Greenland
- Iceland
- Northern Russia
- The Atlantic region
- Spain
- Northeastern Portugal
The path is relatively narrow, meaning even people who are geographically close to the center line may see only a partial eclipse if they are outside the zone of complete coverage.
Spain is one of the most important viewing destinations because the total eclipse arrives toward sunset. This creates a particularly striking combination of a low Sun and a completely darkened solar disk for observers positioned in the right locations.
Iceland is another major viewing destination, although local weather conditions can make a significant difference. Clouds can obscure an otherwise perfectly positioned eclipse, which is one reason experienced eclipse travelers often consider weather statistics when selecting a viewing location.
Why Spain Is Getting So Much Attention
Spain has emerged as one of the major destinations for today’s eclipse because several locations along the northern and western parts of the country fall within the path of totality.
The eclipse is expected to occur relatively close to sunset in parts of Spain. That makes the event visually distinctive because the eclipsed Sun will be comparatively low on the horizon.
For photographers, a low-altitude eclipse can create opportunities to capture the Sun alongside recognizable landscapes, buildings and natural features. For casual viewers, however, the low solar position also makes an unobstructed western horizon especially important.
People planning to watch from Spain should therefore consider hills, mountains, buildings and trees that could block the Sun near the horizon.
What About Portugal?
Only a small part of Portugal falls within the path where totality can be experienced.
Elsewhere in Portugal, the eclipse may be partial, with the exact amount of solar coverage depending on location.
The difference between total and partial viewing can occur over surprisingly short geographic distances. A location outside the path of totality may still experience an impressive eclipse, but the Sun will not disappear completely.
Can the United States See Today’s Eclipse?
Yes, but only portions of the United States will experience a partial eclipse.
The United States is outside the main path of totality. Several northern and eastern areas can nevertheless see the Moon pass across part of the Sun.
Alaska has some of the better opportunities for U.S. observers, while parts of the northeastern United States will also see a partial eclipse. The amount of the Sun covered decreases or increases depending on the observer’s precise position.
Cities in the eastern United States can see a relatively small portion of the solar disk disappear, while locations farther north can experience greater coverage.
The event is therefore worth watching in parts of the U.S., but Americans should not expect the same complete darkness experienced by people positioned along the European path of totality.
Is the Eclipse Visible From Seattle?
Seattle is not inside the main visibility region for today’s eclipse.
For residents in locations where the Sun is not visible during the event, online broadcasts provide an alternative. Space agencies, observatories and news organizations are providing coverage from locations closer to the eclipse path.
This also gives viewers outside the path an opportunity to watch totality without traveling internationally.
Why Totality Is So Special
A partial eclipse and a total eclipse are fundamentally different experiences.
During a partial eclipse, sunlight continues to reach the observer directly from the uncovered portion of the Sun. The environment can change subtly, but daylight generally remains recognizable.
During totality, the Moon completely blocks the Sun’s bright surface.
The sky can become dramatically darker. The horizon may take on unusual colors, bright planets and stars can become easier to see, and the Sun’s corona can become visible around the black silhouette of the Moon.
Totality is also extremely brief compared with the entire eclipse.
Today’s eclipse has a maximum totality duration of roughly 2 minutes and 18 seconds along the central portion of its path. At many locations, the period of complete coverage is shorter.
That short window is one reason eclipse observers carefully plan their positions and timing.
What Does the Sky Look Like During Totality?
The appearance of totality can be difficult to describe because it combines several changes at once.
The sky does not simply become darker as though someone switched off the daylight. Instead, the light can change rapidly as the Moon’s shadow approaches.
Observers may notice a strange twilight-like appearance, while the horizon can remain brighter in areas outside the central shadow.
Temperatures can also fall during the eclipse as direct sunlight is reduced.
The most spectacular feature, however, is the solar corona. It appears as a faint, irregular halo surrounding the Moon during totality.
The corona is normally hidden by the overwhelming brightness of the Sun’s visible surface. When that surface is completely covered, the much fainter corona becomes visible.
How to Watch the Solar Eclipse Safely
Eye safety is the most important consideration during today’s eclipse.
Looking directly at the Sun without proper protection can cause severe and potentially permanent eye damage. Ordinary sunglasses do not provide sufficient protection.
During partial phases, viewers should use certified solar eclipse glasses or an appropriate solar viewer designed specifically for direct solar observation.
The same warning applies to cameras, binoculars and telescopes. Looking through an optical device at the Sun without a properly designed solar filter can cause immediate eye injury.
People should also avoid homemade filters or improvised viewing methods.
What Happens During Totality?
There is a special safety exception during the brief period of complete totality.
If you are genuinely inside the path of totality and the Moon has completely covered the bright solar disk, the Sun’s corona can be viewed without eclipse glasses.
However, this window ends abruptly.
As soon as any portion of the bright Sun begins to reappear, viewers must immediately put their solar protection back on.
People who are unsure whether totality has begun or ended should keep their protective glasses on.
How Long Does Today’s Eclipse Last?
The entire global eclipse lasts several hours from the first partial phase to the final partial phase.
But individual viewers experience a much shorter window.
A person in one location might see the partial eclipse for a couple of hours, while someone along the central path will experience a short period of totality within that larger event.
The precise duration depends on location, with the longest total phase occurring near the center of the eclipse path.
This is why eclipse maps are so important. Moving even a modest distance can change both the amount of solar coverage and the duration of totality.
Best Ways to Watch if You Are Outside the Path
Not everyone can travel to Iceland, Greenland or Spain.
Fortunately, there are several ways to experience the eclipse remotely.
Live video coverage can provide views from telescopes and cameras positioned along the path of totality. These broadcasts can be especially useful for viewers in North America, Asia and other regions where totality is not visible.
Online coverage also avoids concerns about local clouds.
However, direct viewing remains unique because cameras cannot fully reproduce the experience of standing beneath the Moon’s shadow. The sudden changes in daylight, temperature, landscape lighting and atmosphere are part of what makes totality memorable.
Weather Could Make the Difference
Even a perfect eclipse location is not guaranteed to provide a clear view.
Cloud cover is one of the biggest challenges for eclipse watchers. A location directly beneath the path of totality can still miss the spectacle if clouds obscure the Sun at the critical moment.
This is particularly relevant for locations such as Iceland, where weather can change rapidly.
Spain offers another interesting challenge because the eclipse occurs relatively close to sunset in many areas. Even with clear skies, observers need an unobstructed view toward the western horizon.
For travelers, checking local weather forecasts before the event is therefore just as important as knowing the eclipse path.
Why This Eclipse Matters for Europe
Today’s eclipse is particularly notable for European skywatchers.
Total solar eclipses are rare at any individual location. The path of totality from one eclipse rarely returns to the same place in a convenient time frame.
For many European observers, today’s event represents an unusually important astronomical opportunity.
The eclipse is also expected to generate large crowds at popular viewing sites, particularly in Spain and Iceland. Astronomy clubs, observatories, photographers and professional researchers have been preparing for the event.
What Comes Next After the August 12 Eclipse?
Today’s total solar eclipse is the only total solar eclipse of 2026.
The next year also brings major solar-eclipse events. An annular solar eclipse is scheduled for February 6, 2027, followed by another total solar eclipse on August 2, 2027.
The August 2027 eclipse will cross parts of North Africa, Spain, the Middle East and surrounding regions, making it another major event for eclipse travelers.
For Americans specifically, today’s partial eclipse is not comparable with the total solar eclipse that crossed the United States in April 2024. Another total eclipse will eventually cross the contiguous United States, but it is still years away.
Quick Eclipse Timeline for August 12, 2026
For readers who want the essential information at a glance:
- Date: Wednesday, August 12, 2026
- Type: Total solar eclipse
- Global eclipse begins: About 15:35 UTC
- Greatest eclipse: About 17:47 UTC
- Global eclipse ends: About 19:59 UTC
- Maximum totality: Approximately 2 minutes and 18 seconds
- Totality: Greenland, Iceland, northern Russia, Spain and part of Portugal
- Partial eclipse: Parts of North America, Europe and other regions
- United States: Partial eclipse only in portions of the country
- Safe viewing: Certified solar eclipse glasses or a suitable solar viewer
Final Takeaway
For anyone wondering when is the eclipse today, the August 12, 2026 total solar eclipse is unfolding across a broad part of the Northern Hemisphere, with the most spectacular experience reserved for people inside the narrow path of totality.
The global event begins shortly after 15:35 UTC, reaches its greatest point around 17:47 UTC and concludes shortly before 20:00 UTC. But the actual viewing time depends on where you are located.
Spain and Iceland are among the major destinations for totality, while parts of the United States and Canada can see a partial eclipse. People outside the viewing zone can follow live coverage online.
Above all, eclipse watchers should prioritize eye safety. Certified solar-viewing equipment is essential during partial phases, and viewers inside the totality zone should put their protection back on as soon as the Sun’s bright surface begins to reappear.
Did you watch the August 12 eclipse from your location? Share what you saw and keep checking back for the latest updates on upcoming eclipses and major skywatching events.