Total Solar Eclipse August 12, 2026: Location, How to See, and More Details!

Liputan6.com, Jakarta - Total Solar Eclipse, will once again grace Earth on August 12, 2026 and predicted to be a major spectacle for skywatchers around the world, especially in Europe.

It happens when the Moon passes perfectly between the Sun and Earth, creating a shadow that blocks the Sun's light.

This total solar eclipse will offer a spectacular sight, with the Sun's corona clearly visible against the dimming sky.

The path of totality will stretch across the Arctic Ocean and across several European countries.

People in these regions will have the opportunity to witness this rare moment firsthand.

However, it is important to understand how to safely observe a partial or total solar eclipse to avoid the risk of serious eye damage.

The upcoming total solar eclipse on August 12, 2026, is one of the most anticipated astronomical events.

The path of totality of this solar eclipse will begin in the Arctic Ocean, along the northern coast of Siberia, and then over Greenland, making it the first land location to experience it.

Next, the Moon's shadow will move toward Iceland, where some areas are expected to experience totality for more than two minutes.

This phenomenon will be the first total solar eclipse visible on the European mainland since 1999, making it particularly special for the continent.

The path of totality will then cross northern Spain, including cities such as Galicia, Gijón, and Mallorca, which will be prime witnesses.

Small parts of Portugal and Russia will also be crossed by the shadow of totality before finally ending in the North Atlantic Ocean.

The duration of totality for the August 12, 2026, solar eclipse will vary by location, but its peak is expected to be around 2 minutes and 18 seconds.

This longest duration will occur in the ocean near the west coast of Iceland before the Moon's shadow reaches land.

This phenomenon will appear as a partial eclipse in various other regions.

Europe, North Africa, western North America, and several areas in North Asia will have the opportunity to observe a partial solar eclipse.

Viewing a solar eclipse directly without proper protection is extremely dangerous and can cause permanent eye damage.

The intense sunlight, even when it appears dim, can still damage the retina.

Therefore, eye safety should be a top priority when observing a solar eclipse.

The use of special solar eclipse glasses is the most common and recommended method, as they are designed to block harmful radiation.

Additionally, pinhole projection is also a safe alternative for indirectly observing the Sun's shadow.

For those who wish to use optical instruments such as telescopes or binoculars, they must equip them with special solar filters.

These filters must be attached to the front of the objective lens to protect the eyes.

The safest and most convenient method is to watch live broadcasts or live streams, which are widely available from astronomical institutions.

Avoid using ordinary sunglasses or devices without special filters, as they do not provide adequate protection.

A solar eclipse is a fascinating astronomical event that occurs when the Moon moves between the Sun and Earth, completely or partially blocking the Sun's light.

This phenomenon can only occur during the new Moon phase, signifying the perfect alignment of the three celestial bodies.

As a result, the Moon's shadow falls on Earth's surface, causing the day to turn dark for a brief moment.

There are four main types of solar eclipses.

First, a total solar eclipse, in which the Moon completely covers the Sun's disk, revealing the beautiful solar corona.

Second, an annular solar eclipse, occurs when the Moon is not large enough to completely cover the Sun, leaving a ring of light around it due to the Moon's distance from Earth.

Third, a partial solar eclipse, in which the Moon only partially covers the Sun because its position is not perfectly aligned.

Finally, a hybrid solar eclipse, a rare phenomenon that can be seen as a total eclipse in one location and an annular eclipse in another.