Jupiter has itself a new storm.
NASA’s June probe snapped pictures of a storm that recently popped up on the gas giant and was initially spotted by an amateur astronomer, Clyde Foster, known as “Clyde’s Spot.”
The feature is a plume of cloud material erupting above the upper cloud layers of the Jovian atmosphere,” NASA wrote in a post on its website. “These powerful convective ‘outbreaks’ occasionally erupt in this latitude band, known as the South Temperate Belt (JunoCam observed another outbreak at this latitude back on Feb. 7, 2018).”
(Credit: NASA/JPL-Caltech/SwRI/MSSS, Kevin M. Gill)
The images of the storm were taken on June 2, NASA added, while the craft was flying between 28,000 and 59,000 miles above Jupiter’s clouds.
Although not quite as old as Jupiter’s Great Red Spot, given that it was first spotted on May 31 by Foster, it is near the giant storm, NASA added.
Clyde’s Storm. (Credit: Clyde Foster)
In contrast, Jupiter’s Great Red Spot has fascinated researchers for nearly 200 years, having been continuously observed since 1830.
In March 2019, NASA released an incredible image of Jupiter’s famous Great Red Spot and swirling storms in the planet’s southern hemisphere.
NASA’s Juno probe has been orbiting the celestial giant since 2016 and passes over both of the planet’s polar regions every 53 days.
Jupiter continues to be a source of fascination for astronomers. In August 2019, a study suggested it may have had a massive collision with a “still-forming planet” approximately 4.5 billion years ago.
Two of Jupiter’s 79 known moons, Europa and Io, are also a source of intense interest for researchers. In August 2019, NASA said it would explore Europa, an icy celestial body that could be habitable for humans and support life, as soon as 2023.
In November 2019, an international research team detected water vapor above the surface of Jupiter’s moon Europa for the first time. It’s unclear what the oceans on Europa are made up of, but the Hubble Space Telescope detected the presence of sodium chloride on its surface, according to a study published in June 2019.
The conditions on Europa have been previously likened to exoplanet Barnard B, a “super-Earth” 30 trillion miles from Earth.