Australians will be treated to a spectacular show of streaking lights with shooting stars on display from early morning this Friday, Saturday and Sunday.  

Astronomer Dr Brad Tucker from The Australian National University said the meteor shower was from bits of rock and ice that had broken off from Halley’s Comet.  

“These chunks of ice and rock hurtle through space at incredible speed and then burn up in the Earth’s atmosphere,” Dr Tucker said.  

“It makes for an incredible display of streaking, bright lights and is one of the best meteor showers you will see all year.  

“The meteor shower will be visible right across Australia. In the dark, you can expect to see 15 to 20 shooting stars per hour in city locations.  

“Look toward the east and the sky should be putting on a show for you. You’ll also notice two bright objects in the sky which are the planets Saturn and Jupiter. 

“And you don’t need a telescope. Look up, and let your eyes soak in the display.”  
 
Those wanting to enjoy the best show should set their alarm clocks to go off early.   

“The best time to see the meteors will be from 2:30am to 3am local time,” Dr Tucker said.  
 
“There will be a thin crescent Moon in sky but it won’t be that bright, which means the sky should be pretty nice and dark.   

“Looking further away from the Moon will allow you to see fainter meteors.”

You may also like

Article Card Image

Three new rock monitor lizard species discovered in northern Queensland

These are the first rock monitors known from the eastern Australian savannas.

Article Card Image

Analysis of ancient parrot DNA reveals sophisticated, long-distance animal trade network that pre-dates the Inca Empire

The researchers discovered a thriving network of trade and animal transportation that connected Amazonian forests with arid communities across the Andes.

Article Card Image

Record-breaking image uncovers turbulent web of gas at the Milky Way’s centre

International researchers have observed the central region of the Milky Way in unprecedented detail, revealing an intricate, turbulent network of cosmic gas filaments.

Subscribe to ANU Reporter