Skywatchers are set for a double assisting of celestial sights on Saturday, Jan. 3, when the increase of the very first moon of 2026 will be followed quickly by the peak of among the greatest meteor showers of the year.

It’s not as well-known as August’s Perseids or December’s Geminids, January’s Quadrantids can be simply as respected. This year, they will be active from Dec. 28 through Jan. 12 and will peak on Jan. 3 beginning around 4 p.m. EST (21:00 UTC).

It’s a narrow peak, lasting about 6 hours, so North American skywatchers ought to begin looking as quickly as it gets dark. Shooting stars from the Quadrantids tend to be fairly faint, they can typically produce intense “fireballs.”

Quadrantids can be seen throughout the night sky, however they appear to come from the northern sky– particularly, the constellation Boötes, part of which was previously called Quadrans Muralis (thus the name of this meteor shower). The very best method to picture this glowing origin point for the Quadrantids is to take a look at the night sky around the manage of the well-known Big Dipper asterism.

The Quadrantid meteor shower occurs when, each January, Earth takes a trip through a narrow stream of dust and particles orbiting the sun. The stream is believed to originate from an item called 2003 EH, which might be an asteroid or an extinct comet and takes 5.5 years to orbit the sun from around the exact same range as Earth (however securely beyond it), according to EarthSky

The next significant meteor shower wil be the Lyrids in April. When the Lyrid meteor shower peaks on the night of April 21-22 throughout a crescent moon, the sky conditions will be perfect for seeing about 18 shooting stars per hour.

To optimize the variety of meteors you’ll see throughout either occasion, discover a place with a clear view of as much of the night sky as possible. The intense moon throughout the Quadrantids will make it meaningless to try getting away to dark skies, however attempt to keep the moon behind you to optimize your opportunities of identifying shooting stars.