There's a variety of astronomical events in 2025 well worth planning a trip around this year—whether that means driving to ...

The Geminid meteor shower peaks overnight on Dec. 13 and Dec. 14. The Geminids are active between Nov. 19 to Dec. 24 each year. This year, the moon will not interfere too much with Geminid meteor ...

It’s been visible since the mid-19th century. It’s the most prolific of all the meteor showers in the calendar, with up to 120 shooting stars potentially visible each hour around the peak.

Celestial enthusiasts have much to look forward to in 2025, with eclipses, meteor showers, and planetary alignments lighting up (or darkening) the sky. Here are the events to add to your calendar.

Bookmark this calendar and look for updates from Mashable ... that takes more than 10 days to complete. The Eta Aquariids meteor shower, best viewed from the southern tropics, produces strong ...

As the end of the year draws close, skywatchers in the Northern Hemisphere are being treated to one of the most active meteor showers in the celestial calendar: the Quadrantid meteor shower.

2025 stretches ahead of us with plenty of opportunities, including a full schedule of meteor showers. They come around every year like clockwork and that means planning shooting star trips can be ...

In 2025, that period falls on the night of August 12 to the morning of August 13—but unfortunately, the peak will occur just days after a full moon this time around, meaning that fainter meteors are ...

The meteor shower is expected to peak between 4 and 5 a.m. ET Sunday, said Robert Lunsford, fireball report coordinator for the American Meteor Society. But it’s also possible to see meteors in ...

The first meteor shower of the year is expected to light up the sky on Friday night, with stargazers in the UK to see up to 50 “shooting stars” an hour. The Quadrantid meteor shower ...

(CNN) — Look up to see the Ursid meteor shower, the final celestial display of the year, on Sunday morning. The shower also favors the Northern Hemisphere because the radiant, or the point from ...