There’s a fresh flowering of photos from NASA’s Juno orbiter, and this time they’re highlighting Jupiter’s most famous feature, the Great Red Spot.
The latest load comes from Juno’s close encounter with the giant planet on April 1. It’s known as Perijove 12, because it’s the 12th close-up photo opportunity for the probe’s science mission.
Juno’s main mission is to characterize Jupiter’s magnetic field, gravity field and internal composition, but a camera was added to the scientific payload primarily for outreach purposes. After every perijove session, the raw imagery data is sent back to Earth for professional and amateur astronomers to process.
The images are posted to the Juno mission’s website, and to social-media accounts and Flickr photostreams as well.
Juno’s close encounters come every 54 days, which means Perijove 13 is set for May 24. The primary science mission is due to end in July with Perijove 14, but there’s a chance that observations could continue as part of an extended mission.
Any extension can go on only for so long, however. In 2021, the radiation-battered probe is due to fire its thrusters for a fatal plunge into Jupiter’s cloud tops. That maneuver is part of NASA’s plan to make sure Juno leaves no debris that could smash into Europa or other potential abodes for life in the Jovian system.
Here’s a sampling of the goodies from Perijove 12:
Some hilites from @NASAJuno Perijove 12…
[G.Eichstadt/S.Doran] pic.twitter.com/4SFvs4i9Dd— Seán Doran | Seán Ó Deoráin (@_TheSeaning) April 5, 2018
Spot spotted! #JunoCam #GreatRedSpot raw images from my latest flyby are available now. Download, process + share https://t.co/ijHwy72xXp pic.twitter.com/YECzzDxnxW
— NASA's Juno Mission (@NASAJuno) April 5, 2018
Seeing this come out of the pipeline this lunchtime was pretty darn awesome :) Even untouched, the raw results from Perijove 12 are ludicrously beautiful! #space pic.twitter.com/0n3m2UFjzj
— Matt Brealey (@badgrenola) April 5, 2018
New pass on #Jupiter on @NASAJuno Perijove 12 image #84, from G. Eichstädt's processing pipeline. pic.twitter.com/Zml6vHGwgn
— Gustavo B C (@_Gustavobc) April 3, 2018
The Great Red Spot. From Juno on Apr. 1. https://t.co/7fk7hPDxIv pic.twitter.com/2chuZ9YWpg
— RidingWithRobots (@ridingrobots) April 4, 2018
Jupiter and its Great Red Spot by @NASAJuno #Jupiter #JunoCam #GreatRedSpot pic.twitter.com/uIBDOtnc3b
— Roman Tkachenko (@_RomanTkachenko) April 5, 2018
The Eastern Great Red Spot on Jupiter, @NASAJuno Perijove 12 – April 1st – https://t.co/bJDaqeF4F3 pic.twitter.com/HOzw6OHGve
— Kevin M. Gill (@kevinmgill) April 5, 2018
South Tropical Disturbance, East of the Great Red Spot on Jupiter – @NASAJuno Perijove 12 on April 1st – https://t.co/ZgssBb8ioo pic.twitter.com/jn7gbramjF
— Kevin M. Gill (@kevinmgill) April 5, 2018
White Oval in the Northern Tropical Zone of Jupiter, @NASAJuno Perijove 12 on April 1st – https://t.co/FcXdGOgTfK pic.twitter.com/thiCj3A2AF
— Kevin M. Gill (@kevinmgill) April 3, 2018
A unique view of Jupiter's Great Red Spot from Perijove 12 is made by reprojecting 3 separate images to this viewpoint and blending/healing lots in Photoshop :@NASAJuno
[G.Eichstadt/S.Doran] https://t.co/zYYJ5z2OF9
After/Before pic.twitter.com/mwPabKa91g— Seán Doran | Seán Ó Deoráin (@_TheSeaning) April 5, 2018
Check out Sean Doran’s Flickr photostream for more of his processed images, which are distributed in accordance with a Creative Commons BY-NC-ND 2.0 license.