It’s a bird, it’s a plane, it’s the Eta Aquarids meteor shower!


Summary

Peak Eta Aquarids viewing

The peak viewing time for an annual meteor shower known as the Eta Aquarids will take place in the predawn hours on Tuesday.

Halley's gift

The spectacle is formed when Earth cruises through the debris path left by Halley’s comet, which passes through our atmosphere once every 75 years.

Get a good look

Telescopes and other high-tech equipment aren’t necessary to enjoy the show. All you need is a quiet place away from artificial light; bring along a sleeping bag, blanket or lawn chair, lie flat on your back with your feet facing east, and “take in as much of the sky as possible,” says NASA.


Summary

Peak Eta Aquarids viewing

The peak viewing time for an annual meteor shower known as the Eta Aquarids will take place in the predawn hours on Tuesday.

Halley's gift

The spectacle is formed when Earth cruises through the debris path left by Halley’s comet, which passes through our atmosphere once every 75 years.

Get a good look

Telescopes and other high-tech equipment aren’t necessary to enjoy the show. All you need is a quiet place away from artificial light; bring along a sleeping bag, blanket or lawn chair, lie flat on your back with your feet facing east, and “take in as much of the sky as possible,” says NASA.


Full story

Over the next few weeks, the night sky will be alight with meteor showers known as the Eta Aquarids, culminating in a dazzling peak display on Tuesday morning, May 6. This meteor shower is an annual event that occurs when the Earth crosses the path of debris left by Halley’s comet, which flies by our planet once every 76 years.

When is the best time to catch the Eta Aquarids?

While meteor viewing will be possible until May 28, the peak Eta Aquarids viewing period will be late Monday, May 5, into the predawn hours of Tuesday, when stargazers can expect upwards of 50 meteors per hour, depending on location –– though visibility will be slightly reduced due to a two-thirds full moon.

The best viewing conditions for Eta Aquarids can be found in the Southern Hemisphere, but meteors will be visible across the globe. The American Meteor Society reports that the celestial spectacle can produce up to 50 meteors per hour in the Southern Hemisphere, while North America, Europe and Asia will be treated to 10 to 30 per hour.

Telescopes and other high-tech equipment aren’t necessary to enjoy the show. All you need is a quiet place away from artificial light and ideally, a less than full moon. NASA suggests bringing along a sleeping bag, blanket or lawn chair, lying flat on your back with your feet facing east, and “taking in as much of the sky as possible.”

Likewise, viewing increases the longer you watch, as our eyes adjust to the night sky –– so keep the blue glow of your phone tucked away to maximize your viewing experience.  

What is a meteor shower?

Meteor showers occur several times a year when the Earth orbits the sun and cruises through debris paths left by previous comets. Pieces of debris, moving at astronomically high rates of speed, are slowed down by Earth’s atmosphere, become very hot and eventually burn up, creating a fiery trail.

According to AccuWeather, the debris is “often no larger than a pebble or grain of sand,” but “burn incredibly bright as they enter the planet’s atmosphere to create a ‘shooting star.’”

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Why this story matters

The Eta Aquarids meteor shower, originating from Halley's Comet debris, provides a global opportunity to observe a recurring natural phenomenon that connects people with space science and encourages public interest in astronomy.

Meteor shower visibility

The Eta Aquarids meteor shower can be observed in both hemispheres, offering an accessible experience for skywatchers worldwide and highlighting the importance of dark-sky practices.

Connection to Halley's Comet

This meteor shower's origin in Halley’s Comet demonstrates the ongoing impact of periodic celestial objects on Earth and enriches public understanding of comet and meteor interactions.

Public engagement in science

Celestial events like the Eta Aquarids inspire public curiosity, promote community science activities, and foster greater appreciation for astronomy and the natural environment.

Get the big picture

Synthesized coverage insights across 125 media outlets

Behind the numbers

During the Eta Aquarid meteor shower's peak, viewers in optimal Southern Hemisphere locations can see up to 50-60 meteors per hour, while Northern Hemisphere observers might see 10-30 per hour or less. The meteors travel at approximately 44 miles per second, originating from debris left by Halley's Comet, which last passed Earth in 1986 and returns every 76 years.

Community reaction

Local astronomy clubs and park authorities in dark-sky regions often hold public stargazing events timed with major meteor showers like the Eta Aquarids. Some communities use the event to promote dark-sky tourism, encouraging residents and visitors to find remote, low-light areas to enjoy the spectacle, while sharing education about light pollution and astronomy.

History lesson

Meteor showers linked to comets, including Halley's, have long been noted in astronomical records. Halley’s comet itself has been observed for millennia, with sightings documented back to ancient China. The Eta Aquarids, specifically traced to Halley, have been formally observed since the 19th century when periodic meteor showers became a field of study.

Bias comparison

  • Media outlets on the left emphasized viewing opportunities, particularly for Australian audiences.
  • Media outlets in the center offered a balanced approach, highlighting the "dazzling" and "iconic" nature of the event, and mentioning other celestial events in May.
  • Media outlets on the right de-emphasized specific regional advice, focusing instead on the historical context via Edmond Halley's contributions to cometary science.

Media landscape

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125 total sources

Key points from the Left

  • The Eta Aquarids meteor shower started on 19 April and will last until late May, with peak viewing times around May 5 and 6.
  • Australia is a prime location to see the Eta Aquarids, with predictions of up to 50 meteors visible each hour, according to NASA.
  • Astronomer Natasha Hurley-Walker noted that the meteors originate from a cloud of rocks associated with Halley's comet.
  • The meteors travel at a speed of 44 miles per second, which is about 158,000 miles per hour, making for an impressive celestial display.

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Key points from the Center

  • The Eta Aquarid meteor shower will reach its highest activity late on May 5 and continue into the early hours of May 6, with the best viewing opportunities primarily in the Southern Hemisphere.
  • This shower occurs as Earth passes through debris left by Halley's Comet, which orbits the Sun every 76 years and sheds dust along its path.
  • In the Northern Hemisphere, observers can expect 10 to 30 meteors per hour near the constellation Aquarius.
  • Planetary astronomer Nick Moskovitz explained that when debris enters Earth's atmosphere rapidly, it burns up and creates the streaks of light known as meteors or shooting stars.
  • The Eta Aquarid shower offers a brief but striking celestial display that provides scientists insights into comet debris and invites stargazers to observe meteors before dawn.

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Key points from the Right

  • The Eta Aquarid meteor shower peaks early on May 6, where observers may see up to 50 meteors per hour radiating from the constellation Aquarius, according to NASA.
  • This annual meteor shower is linked to Comet 1P/Halley, also known as Halley's comet, and is active from April 20 to May 21, as noted by the Observatory at Science Centre Singapore.
  • Visibility may be affected by a bright, nearly two-thirds full moon, which could wash out fainter meteors, the AP reports.
  • Experts recommend viewing from dark locations at early morning for the best experience, as stated by Shauna Edson from the Smithsonian's National Air and Space Museum.

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