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#Jupiter’s monster storm not just wide but surprisingly deep

“#Jupiter’s monster storm not just wide but surprisingly deep”

CAPE CANAVERAL, Fla. — Jupiter’s Great Red Spot, a storm so big it could swallow Earth, extends surprisingly deep beneath the planet’s cloud tops, scientists reported Thursday.

NASA’s Juno spacecraft has discovered that the monster storm, though shrinking, still has a depth of between 200 miles and 300 miles or so. When combined with its width of 10,000 miles, the Great Red Spot resembles a fat pancake in new 3D images of the planet.

The mission’s lead scientist, Scott Bolton of Southwest Research Institute, said there might not be a hard cutoff at the bottom of the storm.

“It probably fades out gradually and keeps going down,” Bolton said at a news conference.

The research was published Thursday in the journal Science.

This representation depicts how NASA's Juno mission obtained gravity science data of Jupiter's Great Red Spot in this handout provided by NASA. — This representation depicts how NASA’s Juno mission obtained gravity science data of Jupiter’s Great Red Spot in this handout provided by NASA.

The Great Red Spot is probably the tallest Jovian storm measured so far with Juno’s microwave and gravity-mapping instruments, Bolton said. Thousands of storms rage across the gas giant at any given time — beautiful and colorful swirls, plumes and filaments covering the entire planet, as seen by the spacecraft’s camera.

Still ahead for Juno: measuring the depth of the polar cyclones, which might penetrate even deeper beneath the clouds.

An annotated image from the JunoCam imager aboard NASA's Juno spacecraft depicts the anticyclonic (counterclockwise) rotation of Jupiter's Great Red Spot, while the graphic (R) highlights the large-scale structure of the Great Red Spot as seen by the spacecraft's microwave radiometer (MWR) instrument in this handout provided by NASA. — An annotated image from the JunoCam imager aboard NASA’s Juno spacecraft depicts the anticyclonic (counterclockwise) rotation of Jupiter’s Great Red Spot, while the graphic (R) highlights the large-scale structure of the Great Red Spot as seen by the spacecraft’s microwave radiometer (MWR) instrument in this handout provided by NASA.

“I wouldn’t want to be too quick to guess that we’ve seen the deepest,” Bolton told reporters. “But the Great Red Spot is the largest and that makes it special by itself, and you might expect that it might be deeper just because of that.”

By contrast, some of the surrounding jet streams extend an estimated 2,000 miles into Jupiter.

The view highlights the contrast between the colorful South Equatorial Belt and the mostly white Southern Tropical Zone, a latitude that also features Jupiter's most famous phenomenon, the persistent, anticyclonic storm known as the Great Red Spot. The raw image was taken on July 20, 2019. — The view highlights the contrast between the colorful South Equatorial Belt and the mostly white Southern Tropical Zone, a latitude that also features Jupiter’s most famous phenomenon, the persistent, anticyclonic storm known as the Great Red Spot. The raw image was taken on July 20, 2019.

Launched in 2011, Juno has been orbiting the solar system’s largest planet since 2016. NASA recently extended the mission by another four years, to 2025.

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