On Uranus and Neptune, heat from the depths would normally lead to frequent storms. Yet, that's not the case. The answer lies in the condensation of methane, which alters heat transfer.

Scientists have uncovered the secret ingredient fueling supercharged storms on Uranus and Neptune: methane. Researchers have long wondered why the storms on these planets are so unpredictable. Now ...

James Webb Telescope Captures Detailed Image of Uranus’ Rings The high-tech observatory also observed two storm clouds on the planet, a polar cap, six moons and distant galaxies ...

Storms can also be seen near and beneath the polar cap in Uranus' atmosphere. Astronomers will eagerly watch how the polar cap and the planet's weather and atmosphere change as Uranus approaches ...

The NASA Hubble Space Telescope allows for scientists to closely monitor the changing weather and seasons of the outer planets. Recent images of Jupiter and Uranus show each planet’s atmosphere ...

NASA's Webb Space Telescope shows off its most detailed image of Uranus yet, revealing storms and a 21-year-long winter in exquisite detail ...

Uranus’s north pole, seen in 2022, showing a thickened photochemical haze. Several small storms can be seen near the edge of the polar haze boundary.

NASA’s James Webb Space Telescope (JWST) set its sights on Uranus and captured a brilliant image of a storm brewing on the icy giant. Along with the storms, Webb also captured the planet’s ...

The images of Uranus were taken by NASA's high-powered James Webb Space Telescope and captured the icy planet along with its multiple inner and outer rings, many moons and a seasonal polar cap.

Rings, moons, storms and a bright polar cap all shine in a new image of Uranus captured by the James Webb Space Telescope.