Jupiter’s swirling ‘Great Red Spot’ is far deeper than we realised, Nasa’s Juno probe shows

Andrew Griffin
Thursday 28 October 2021 19:11
<p>The storm is bigger than the Earth and has been swirling for 350 years</p>

The storm is bigger than the Earth and has been swirling for 350 years

Leer en Español

Jupiter’s swirling, mysterious “Great Red Spot” extends much deeper into the planet than we had previously known, Nasa has said.

The new findings from the Juno spacecraft, which flew past our near neighbour, give more detail about the red spot than has ever been known before. They give new information about the climate on the planet

The Great Red Spot can be seen from Earth as a bulging scarlet circle on the surface of Jupiter. But close-up, it is tempest that is swirling 16,000 kilometres across the planet – big enough to swallow Earth whole – and has been going for hundreds of years.

But the new studies looking at the vertical structure of the Great Red Spot extends deep down into the planet. But one of the new study also shows that the Great Red Spot is powered by jets that extend even deeper into the planet.

The Great Red Spot is no more than 500km deep, while the jets themselves extend down 3,000km, the new studies show.

Scientists hope that the new research could help solve other deep questions about the Great Red Spot, including learning more about the structure of the vortices that make it up and what processes power them.

The research, conducted using Nasa’s Juno spacecraft, is published in the journal Science.

Register for free to continue reading

Registration is a free and easy way to support our truly independent journalism

By registering, you will also enjoy limited access to Premium articles, exclusive newsletters, commenting, and virtual events with our leading journalists

Already have an account? sign in

By clicking ‘Register’ you confirm that your data has been entered correctly and you have read and agree to our Terms of use, Cookie policy and Privacy notice.

This site is protected by reCAPTCHA and the Google Privacy policy and Terms of service apply.

Join our new commenting forum

Join thought-provoking conversations, follow other Independent readers and see their replies


Thank you for registering

Please refresh the page or navigate to another page on the site to be automatically logged inPlease refresh your browser to be logged in