Top Astronomical Events to Watch in July & August 2026

A total solar eclipse will occur on August 12, 2026, with the path of totality crossing the Arctic Ocean, Greenland, Iceland, and Spain. This event coincides with the peak of the Perseid meteor shower, creating a concentrated period of astronomical activity for observers in the Northern Hemisphere, according to NASA and astronomical tracking data.

The total solar eclipse on August 12, 2026, represents the first time a total eclipse will be visible from continental Europe since August 11, 1999. The moon will completely obscure the sun, leaving the solar corona visible to those located within the narrow path of totality.

According to NASA, the path of totality begins in the Arctic Ocean and moves southeast. It will pass over the southern tip of Greenland and Iceland before making landfall in Spain. In Spain, the total eclipse will be visible across northern and central regions, including cities such as A Coruña and parts of the Castile and León region.

Where can the August 12 solar eclipse be seen?

The total solar eclipse is visible only along a specific geographic corridor. Outside this path, observers will see a partial solar eclipse. According to Time and Date, the maximum duration of totality will occur over the Atlantic Ocean and the Spanish coast.

Spain is the primary continental destination for this event. The path of totality will cut across the Iberian Peninsula, making it a significant event for European astronomy enthusiasts. This differs from the April 8, 2024, total solar eclipse, which primarily crossed North America from Mexico through Canada.

Observers in Iceland will experience a significant window of totality, while Greenland will see the event early in the day. NASA warns that viewing the sun without certified solar filters is dangerous and can cause permanent eye damage.

When does the Perseid meteor shower peak?

The Perseid meteor shower peaks between August 12 and August 13, 2026. This timing places the peak activity on the same calendar date as the total solar eclipse, though the two events are unrelated physically.

The Perseids are caused by debris from Comet 109P/Swift-Tuttle. According to the International Meteor Organization (IMO), these particles enter Earth’s atmosphere at speeds of approximately 59 kilometers per second, creating bright streaks of light.

The shower is known for producing high rates of meteors, often exceeding 60 to 100 per hour during the peak. The best viewing conditions occur after midnight when the radiant point in the constellation Perseus is higher in the sky.

What astronomical events occur in July 2026?

July 2026 features the activity of the Delta Aquariids meteor shower. This shower typically peaks in late July and is known for producing slower, fainter meteors compared to the Perseids.

According to the IMO, the Delta Aquariids are associated with the comet 96P/Machholz. While less intense than the August showers, they provide a consistent stream of activity for observers in both the Northern and Southern Hemispheres.

Planetary visibility also shifts during this period. Observers can track the positions of Mars and Jupiter, which will be visible in the early morning sky during July 2026, according to astronomical ephemeris data.

How does the 2026 eclipse compare to previous events?

The 2026 eclipse is geographically distinct from the 2017 and 2024 American eclipses. While the 2024 event had a wider path of totality across the United States, the 2026 event focuses its totality on the North Atlantic and Europe.

Data from NASA shows that the 2026 event will be shorter in duration for some mainland observers than the 2024 North American event, but it remains a critical data point for solar researchers studying the sun’s atmosphere.

• August 12, 2026: Total Solar Eclipse (Greenland, Iceland, Spain).
• August 12-13, 2026: Perseid Meteor Shower peak.
• Late July 2026: Delta Aquariids Meteor Shower peak.

The concentration of these events in August makes the month a primary window for astronomical observation. The total solar eclipse is the most significant of these, requiring precise location-based planning for those seeking totality.