Following is a transcript of the video. Narrator: In 2017, NASA's Cassini probe sent us our closest view of Saturn as it dove into the planet's stormy atmosphere. And the results were stunning ...

Megastorms regularly appear on Saturn, marring the relatively bland surface before disappearing. But radio observations show that the storms have long-lasting effects deeper in the atmosphere, in ...

Saturn's atmosphere is made of 96% hydrogen and 4% helium, ... Below that atmosphere are incredible natural features, such as lakes, seas and rivers of methane and ethane.

Saturn’s atmosphere proves otherwise. A hexagon crowns the North Pole A long-lived jet stream caps Saturn’s North Pole, with the cloud edge tracing the latitude of 77 degrees .

You can see it in the image below as the light band just north of the dark ... Scientists still need to do more work to determine precisely how the rings are heating Saturn's atmosphere, ...

Saturn's atmosphere is made of 96% hydrogen and 4% helium, ... Below that atmosphere are incredible natural features, such as lakes, seas and rivers of methane and ethane.

The graph below shows the total number of publications each year in Saturn's Ionosphere and Upper Atmosphere Dynamics. References [1] Formation of an Extended Equatorial Shadow Zone for Low ...

Saturn’s giant storms carry ammonia vapor deep into the planet’s atmosphere, where it can linger for centuries, like a footprint to mark the storm’s passage.

The image below, for example, was captured on Sept. 13, 2017, and shows Saturn's rings. (NASA) Another black-and-white photo taken on Sept. 12, 2017, shows Saturn's moon Titan.

According to recent radio telescope scans, the ongoing impacts of megastorms that erupted on Saturn more than 100 years ago are still visible in the planet's atmosphere today, and they left behind ...

Saturn's atmosphere is made of 96% hydrogen and 4% helium, ... Below that atmosphere are incredible natural features, such as lakes, seas and rivers of methane and ethane.

That tight gravitational leash makes the icy particles in the ring sensitive to rumblings below. Waves in the rings can reveal clues about the planet’s atmosphere and the interior of the planet.