Get ready for a celestial spectacle! The week of January 17-23, 2026, promises a fascinating display of meteor activity, but there's a catch: the moon's phases might just steal the show. Here's the intriguing part: while the new moon on January 18th offers a perfect dark sky for meteor watching, the waxing crescent will soon creep into the evening, potentially dimming the fainter meteors. But don't let that deter you—there's still plenty to see, especially if you know when and where to look.
And this is the part most people miss: the best viewing times aren't always what you'd expect. For instance, morning observers are in for a treat, with estimated hourly rates of up to 12 meteors from mid-northern latitudes (45°N) and 10 from tropical southern locations (25°S). Evening observers, however, will see significantly fewer, with rates around 3 per hour from both regions. These estimates assume ideal conditions—dark skies, clear weather, and a keen eye. Urban stargazers, take note: light pollution will reduce visibility, so only the brightest meteors will make an appearance.
But here's where it gets controversial: how much does personal perception affect meteor counts? Factors like alertness, experience, and even individual differences in light and motion perception can skew observations. Are we all seeing the same celestial show, or is it a uniquely personal experience? Let’s dive deeper.
The radiant points—where meteors appear to originate—remain relatively stable throughout the week. For example, the Anthelion (ANT) radiant, located in Cancer, peaks around 01:00 local standard time (LST), offering rates of 3 meteors per hour in the northern hemisphere and 2 in the southern. These meteors, with an entry velocity of 30 km/sec, are medium-slow, making them easier to track. But here’s a thought: does their slower speed make them more or less impressive than faster meteors?
The Comae Berenicids (COM) shower, active from December 4th to January 30th, is past its peak but still visible. Its radiant, in Coma Berenices, is best observed around 05:00 LST, though rates are less than 1 per hour globally. With velocities of 64 km/sec, these meteors are swift—a stark contrast to the Anthelions. Is speed the ultimate measure of a meteor’s beauty, or is there more to it?
The gamma Ursae Minorids (GUM), discovered by Dr. Peter Brown, are a northern hemisphere exclusive, peaking near January 18th. Best viewed in the pre-dawn hours, they offer rates of about 1 per hour, with medium-slow velocities of 31 km/sec. But why are they invisible from the southern hemisphere? And what does this tell us about Earth’s position in space?
Sporadic meteors—those not tied to any shower—make up the bulk of nightly activity. From rural sites, expect around 8 per hour in the morning and 2 in the evening, regardless of hemisphere. But are these random visitors truly sporadic, or do they hint at undiscovered showers?
To help you navigate, I’ve included sky charts for evening, midnight, and morning, oriented south but adaptable to any direction. Pair these with a planisphere or planetarium app for a seamless stargazing experience. Remember, meteors radiate outward from their source, so position yourself to trace their paths back. But here’s a question: does focusing on the radiant diminish the overall experience, or enhance it?
Below is a detailed table of active showers for January 17/18, complete with positions, velocities, and culmination times. And this is where it gets even more intriguing: the classification system. Class I showers are the heavy hitters, while Class IV showers are faint and best left to experts. But is this classification fair? Are we missing out on hidden gems by focusing only on the strongest showers?
What’s your take? Do slower meteors deserve more appreciation, or is speed the ultimate thrill? And how does light pollution shape your stargazing experience? Share your thoughts in the comments—let’s spark a cosmic conversation!
