A rare alignment of Jupiter and its moons will be visible on January 10, 2026, offering a spectacular celestial display for stargazers.
2026’s Must-See Celestial Events: From Eclipses to Close Planetary Encounters
Table of Contents
Mark your calendars for a year of stunning astronomical events, including lunar eclipses, planetary occultations, and dazzling meteor showers.
- On March 3, 2026, a total lunar eclipse will be visible to those west of the Rockies, turning the moon a dramatic shade of red.
- A solar eclipse on August 12, 2026, will be visible from Greenland, Iceland, and Spain, with a partial eclipse viewable in the northeastern U.S.
- Several planetary alignments and occultations will occur throughout the year, offering unique viewing opportunities for both novice and experienced skywatchers.
The heavens operate with a comforting regularity, much like a clockwork mechanism. Our days are dictated by Earth’s spin, and our years by its orbit around the sun. This predictable rhythm means familiar constellations reappear in the same part of the sky at the same time each year. But the moon and planets introduce a delightful element of surprise, ensuring each year brings a fresh assortment of astronomical events.
Jupiter at its Brightest
January 10: The giant planet Jupiter will reach opposition, appearing at its biggest and brightest. Rising at sunset, it will be visible all night, located approximately 633 million kilometers from Earth. Look east after dark to spot it gleaming near the stars Castor and Pollux in Gemini. Binoculars may reveal Jupiter’s four largest moons aligned beside it, while a telescope will showcase the planet’s atmospheric stripes and bands.
A Lunar Occultation of Regulus
February 2: In the early evening (around 9 P.M. EST), the waning gibbous moon will pass in front of the bright star Regulus in Leo. This “occultation,” where the star briefly disappears behind the moon, will be visible across much of the eastern U.S. north of Florida. The event will last less than an hour, with Regulus reappearing on the other side of the moon. Precise timing varies by location; check In-The-Sky.org for local details.
Total Lunar Eclipse
March 3: Early risers in the U.S. are in for a treat: a total lunar eclipse. The show begins at 4:50 A.M. EST, as Earth’s shadow creeps onto the moon. Totality—when the moon is fully engulfed—starts at 6:04 A.M. and lasts just under an hour, ending at 7:02 A.M. Viewers west of the Rockies will see the entire event, while those on the East Coast may only catch the beginning. Binoculars enhance the view during totality, revealing a potentially brownish or blood-red lunar surface depending on atmospheric conditions.
This composite image shows the progression of a total lunar eclipse.
More Occultations and Planetary Pairings
April 25: The moon will occult Regulus again, best viewed from east of the Mississippi around 8:30 P.M. May 18: A thin crescent moon will pass close to Venus after sunset, best viewed with binoculars. June 5: Venus reaches its highest point in the western sky. June 9: Venus and Jupiter will be just 1.5 degrees apart, with fainter Mercury nearby. June 17: The moon will occult Venus in broad daylight (around 3:45 P.M. EDT), requiring binoculars and caution—never look at the sun through optics! July 4: Mars and Uranus will appear extremely close in the early morning sky. August 12: A total solar eclipse will be visible from Greenland, Iceland, and Spain, with a partial eclipse in the northeastern U.S.
Final Events of the Year
August 27–28: A nearly total lunar eclipse will be visible, with over 90 percent of the moon in Earth’s shadow. October 6: The moon will occult Jupiter in the early morning. November 16: Mars and Jupiter will be a mere 1.1 degrees apart, rising around midnight.
Don’t forget the meteor showers! The Perseids peak on August 12, and the Geminids on December 14, potentially offering 100+ meteors per hour. For a comprehensive list of events, visit In-The-Sky.org. And remember, the best thing you can do is simply look up—you never know what wonders await.
