Jupiter's Great Red Spot has been the biggest storm in the solar system for centuries. But lately, it seems to be shrinking..

Though astronomers mysteriously lost track of the spot for centuries, we've always thought that the original "Permanent Spot" might be the Great Red Spot — a massive storm on Jupiter's surface ...

Look at any image of Jupiter and one feature is hard to ignore—its “Great Red Spot,” a massive storm raging close to its equator. It’s so iconic that it’s unusual to see an image of ...

This is our closest look at Jupiter's iconic "Great Red Spot." These photographs were taken by NASA's Juno probe. It flew just 5,600 miles above the Great Red Spot — an enormous storm that's 1.3 ...

As the largest planet in our solar system, Jupiter reflects a lot of the Sun’s light even though it is more than five times ...

The most famous storm in the solar system is also one of the largest: Jupiter's Great Red Spot. The storm is just a blemish on Jupiter, but if you compare it to the size of Earth — this storm ...

Jupiter's Great Red Spot is around 1.3 times the diameter of Earth, measuring some 10,000 miles across. The storm has been observed for potentially over 350 years, but definitely at least 150 ...

The data used to create the image is from a Hubble Space Telescope project to capture and map Jupiter's superstorm system.

Near the equator lies Jupiter's Great Red Spot. Visible to the left of this image, one of 77 composite photographs that appeared in Otherworlds: Visions of our Solar System, the storm has raged on ...

Our Juno mission saw ‘pepperoni’ storms topping Jupiter.” The video has been viewed over 1.93 million times, and the tractions keep elevating as we speak. Although this discovery is among many of NASA ...

Near the equator lies Jupiter's Great Red Spot. Visible to the left of this image, one of 77 composite photographs that appeared in Otherworlds: Visions of our Solar System, the storm has raged on ...

One enduring question is what drives Jupiter's Great Red Spot, and what will happen to it in the future. Then there's the question of what actually lies at Jupiter's core. Magnetic field data from ...