News, Culture & Society

Lyrid meteor shower will peak on Tuesday with up to 15 shooting stars per hour 

Lyrid meteor shower 2020 coincides with a new moon on Tuesday giving stargazers especially dark skies to watch the celestial spectacle – with up to 15 shooting stars visible per hour

  • The Lyrid meteor shower comes to skies in the Northern Hemisphere this month 
  • Experts say the peak will be between April 21-22 at the hours before dusk 
  • The shower should be more visible than usual as it coincides with a new Moon 

Stargazers will have especially dark skies to witness the annual Lyrid meteor shower on Tuesday as the show will coincide with a new moon.  

The annual show will reach its peak on Tuesday, April 21 with 10 to 15 meteors per hour and the best time to watch is between midnight and dawn. 

It’s the first shower since early January so even though it’s a relatively calm show compared to others, it’s welcomed by meteor-watchers and is the oldest recorded meteor-shower – with the first sighting from ancient China in 687 BC. 

To get the best view of the falling debris you will need to find a dark sky area during the peak night on Tuesday into Wednesday. 

The Lyrid may not be the brighest of meteor showers, but it is one of the oldest observed and will be most visible on Tuesday April 21

Last years Lyrids happened at the same time as a bright waning gibbous moon — a phase that comes very close to being a full moon. 

The Lyrids are rock and dust left behind by the comet C/1861 G (Thatcher) as the Earth drifts through a cloud of debris left behind by the icy space rock.  

Every year, the Earth intersects with Thatcher’s dusty tail and particles of the comet are seen streaking through the sky where the usually burn up. 

Specks of meteor travel at about 110,000 mph.  

While meteor showers create streaks in the sky that can be seen on Earth from miles away, the meteoroids that cause them are actually quite small.

Some meteors leave brilliant trails behind them in the form of ionized gas. 

‘Meteor showers on Earth are caused by streams of meteoroids hitting our atmosphere,’ explains an interactive website that plots all the meteor streams that orbit the sun.

‘These meteoroids are sand- and pebble-sized bits of rock that were once released from their parent comet.

‘Some comets are no longer active and are now called asteroids’. 

To see the shooting stars you will need to be in an area of low light pollution with a clear sky with minimal cloud cover. 

According to astronomers, optimal viewing is in the few hours before dawn no matter where you are in the Northern Hemisphere.

While telescopes would enhance the fidelity for viewers, the meteors can usually be seen with the naked eye.

To locate where the meteors will be passing through, viewers can use the brightest star in the constellation of Lyra to find what astronomers call the ‘radiant.’

To locate where the meteors will be passing through, viewers can use the brightest star in the constellation of Lyra to find what astronomers call the 'radiant'

To locate where the meteors will be passing through, viewers can use the brightest star in the constellation of Lyra to find what astronomers call the ‘radiant’ 

This is the point in the sky from which the meteors become visible to us on Earth. 

In some cases, meteors have been observed passing through the sky at a rate of 100 every hour but on average the meteors come by at about 15 to 20 per hour. 

Though the Lyrid aren’t the brightest shower observed by humans — the Perseuds and Geminids both outshine them – it is one of the oldest.

For the past 2,700 years, astronomers have monitored the Lyrids with the first ever recorded viewing coming from ancient China in 687 BC. 

The shower on May 22, 687BC was recorded in Zuo Zhuan, which describes the shower as ‘On day xīn-mǎo of month 4 in the summer (of year 7 of King Zhuang of Lu), at night, fixed stars are invisible, at midnight, stars dropped down like rain.’ 

The next year that Earthlings can observe Thatcher will be in 2276 as the Comet comes with a 415-year orbital period. 


An asteroid is a large chunk of rock left over from collisions or the early solar system. Most are located between Mars and Jupiter in the Main Belt.

A comet is a rock covered in ice, methane and other compounds. Their orbits take them much further out of the solar system.

A meteor is what astronomers call a flash of light in the atmosphere when debris burns up.

This debris itself is known as a meteoroid. Most are so small they are vapourised in the atmosphere.

If any of this meteoroid makes it to Earth, it is called a meteorite.

Meteors, meteoroids and meteorites normally originate from asteroids and comets.

For example, if Earth passes through the tail of a comet, much of the debris burns up in the atmosphere, forming a meteor shower.