It would appear that a really big storm on Jupiter can leave a noticeable mark in the planet's atmosphere. A recent study tapped into data collected by the Jupiter-orbiting spacecraft Juno and the ...

Jupiter is well-known for being the biggest planet in our solar system, and it's also home to the biggest storm. It's called the Great Red Spot, an enormous vortex that has been swirling for ...

Here’s how it works. The Great Red Spot is an anticyclone, a long-lasting area of high pressure on Jupiter creating a persistent storm. Located in Jupiter's Southern Hemisphere, it is the ...

The Great Red Spot is a storm roughly 10,000 miles (16,000 km) wide churning in Jupiter's southern hemisphere, boasting crimson-colored clouds that spin counterclockwise at high speeds.

New observations conducted by NASA's Juno spacecraft have led to the discovery that Jupiter's Great Red Spot is deeper than previously believed. The findings reveal that the storm extends as far ...

A signature storm on Neptune is vanishing, too. Get a good look at Jupiter's Great Red Spot while you can. The giant storm as we know it today is shrinking, and it might fade into memory within ...

Here’s how it works. A storm is brewing half a billion miles away and in a rare event, astronomers get to watch it closely. Jupiter is growing a new red spot and the Hubble Space Telescope is ...

Jupiter’s Great Red Spot, the humungous storm that has roiled the gas giant for up to 300 years, heats the atmosphere above it to scorching temperatures, new findings show. Atmospheric ...

Sign up for CNN’s Wonder Theory science newsletter. Explore the universe with news on fascinating discoveries, scientific advancements and more. Jupiter’s iconic ...

Jupiter's Great Red Spot is such a crazy, turbulent storm that it creates sound waves that travel hundreds of miles up and actually heat the planet's upper atmosphere. The Great Red Spot is a vast ...

The storm alone is bigger than Earth. NASA put together a video showing the wind movement. Hubble has been monitoring Jupiter for years. The wind speed change might not have been spotted if it ...