The debris burns away, leaving a visible scar across the night sky.
Each May, Earth drifts through the ancient wake of Halley's Comet, and the collision of cosmic dust with our atmosphere becomes visible to anyone willing to look up. The Eta Aquarids meteor shower, observed by human eyes for nearly three millennia, peaks over Texas on the nights of May 5 and 6, 2026, offering between 10 and 30 meteors per hour to patient skywatchers. A bright waning gibbous moon will dim the fainter streaks, but the shower endures as a reminder that the sky above us is not empty — it is threaded with the remnants of worlds in motion.
- Halley's Comet may not return until 2061, but its debris field arrives on schedule, sending meteoroids screaming into Earth's atmosphere at over 40 miles per second on the nights of May 5 and 6.
- A waning gibbous moon — still nearly full after its May 1 peak — threatens to wash out the fainter meteors, capping what could otherwise be a spectacular display.
- Skywatchers are advised to wait until after midnight and push toward dawn, when the shower's radiant point climbs highest and the competition with ambient light is at its weakest.
- Texas's designated dark sky sanctuaries — Big Bend National Park, Enchanted Rock, Devils River, and the internationally recognized community of Dripping Springs — offer the best refuge from light pollution.
- The shower remains active through May 28, giving those who miss the peak a secondary window, though the density of visible meteors will taper significantly after the first two nights.
On the nights of May 5 and 6, Texas skies will host the annual peak of the Eta Aquarids meteor shower — a celestial event with roots stretching back to 687 BC, when Chinese astronomers first recorded it. The cause is elegant: as Earth passes through the orbital trail of Halley's Comet, tiny fragments of rock and dust burn up in the atmosphere, leaving bright streaks that can linger for seconds or even minutes. Northern Hemisphere observers can expect 10 to 30 meteors per hour under good conditions, though other parts of the world may see rates as high as 50.
The shower's peak comes with a caveat. A waning gibbous moon — only days past full — will flood the sky with enough light to obscure the fainter meteors, keeping the display below its theoretical ceiling. The brightest streaks will still cut through, but patience and positioning will matter more than usual.
For the best experience, astronomers recommend heading out between midnight and dawn, when the radiant point rises highest. Texas offers dedicated dark sky destinations built for exactly these moments: Dripping Springs, the first International Dark Sky Community in Texas and sixth in the world, sits just outside Austin, while Big Bend National Park, Enchanted Rock, and Devils River State Natural Area provide vast, light-protected landscapes further afield.
The Eta Aquarids are one of two annual showers Halley's Comet produces — the Orionids follow each October. The comet itself won't return until 2061, but its debris continues to mark the calendar with quiet, reliable fire.
On the nights of May 5 and 6, Earth will pass through the densest concentration of cosmic debris left behind by Halley's Comet, and the result will be visible across Texas skies. The Eta Aquarids meteor shower reaches its annual peak during these two evenings, a celestial event that has been observed and recorded for nearly 2,700 years—the earliest documented sighting dates to 687 BC by Chinese astronomers.
The mechanics are straightforward: as our planet moves through the orbital path of Halley's Comet, tiny fragments of rock and dust—meteoroids—collide with Earth's atmosphere at tremendous speed. These particles disintegrate from the friction and heat, creating the bright streaks across the sky that people call shooting stars. The Eta Aquarids are particularly known for leaving behind glowing trails that can persist for several seconds, sometimes even minutes, as the debris burns away. In the Northern Hemisphere, where Texas sits, observers can expect to see between 10 and 30 meteors per hour under ideal conditions. In other parts of the world, the rate can climb as high as 50 per hour, but the geometry of Earth's position relative to the debris stream means northern viewers see a more modest show.
The meteors themselves travel at roughly 40.7 miles per second—fast enough that their passage leaves a visible scar across the night sky. The shower has been active since April 19 and will continue through May 28, but the two nights of peak activity are when the concentration of debris is thickest and the display most reliable.
There is, however, a complication. A waning gibbous moon will be nearly full on both nights of the peak, its brightness washing out fainter meteors and reducing the overall count of visible streaks. The moon will have just passed its full phase on May 1, so it will still be mostly illuminated during the viewing window. This is not an insurmountable obstacle—the brightest meteors will still be visible—but it does mean the shower will not reach its theoretical maximum.
The best strategy for viewing is to head out between midnight and dawn, when the sky is darkest and the radiant point of the shower is highest above the horizon. Texas offers several locations specifically designated for dark sky observation. Dripping Springs, located about 23 miles west of Austin, became the first International Dark Sky Community in Texas in 2014 and the sixth in the world. The state also recognizes several Dark Sky Places—larger natural areas with minimal light pollution—including Big Bend National Park, Enchanted Rock, and Devils River State Natural Area. These locations have made deliberate commitments to reducing artificial light and preserving the night sky, making them ideal for meteor watching.
It is worth noting that the Eta Aquarids are one of two meteor showers produced by Halley's Comet. Earth crosses the comet's orbital path twice each year: once in spring, creating the Eta Aquarids, and again in fall, producing the Orionids meteor shower around October 20. Halley's Comet itself completes an orbit around the sun roughly every 76 years. The last time it was visible from Earth was in 1986, and the next appearance will not occur until 2061. For now, the debris it left behind offers a reliable annual reminder of its passage through the inner solar system.
Notable Quotes
The Eta Aquarids are particularly known for leaving behind glowing trails that can persist for several seconds, sometimes even minutes.— NASA
The Hearth Conversation Another angle on the story
Why does the moon being full actually matter for this? Aren't the meteors bright enough to see anyway?
The moon's brightness washes out the fainter streaks. You'll still see the brightest ones, but you lose maybe half the total count. It's the difference between a good show and a spectacular one.
So if someone goes out at midnight on May 5, they're guaranteed to see something?
Not guaranteed—clouds can ruin it. But if the sky is clear, yes, they'll see meteors. Maybe not 30 per hour, but enough to make it worth the trip.
What makes these trails glow for so long? A few seconds seems like forever for something burning up.
The meteor itself is tiny, but it's moving so fast—40 miles per second—that the air around it gets superheated. That ionized air keeps glowing even after the particle itself is gone. It's the wake, not the object.
And this has been happening for 2,700 years?
The shower has. Halley's Comet itself comes back every 76 years, but the debris it sheds stays in orbit, so Earth passes through it twice a year, every year. The Chinese were watching this same debris stream in 687 BC.
So if I miss May 5 and 6, when's my next chance?
October, with the Orionids. Same comet, same debris, different part of Earth's orbit. But if you want to see Halley itself, you'll have to wait until 2061.