![]() ![]() Mars will be making a very close encounter with Earth in early December and now is the time to turn your telescopes to the red planet. Next up, around midnight in the northeastern sky, is the red god of war, Mars! Once again, you can even view the main moons – Io, Europa, Ganymede and Callisto – in a small low power binocular. Jupiter is a very important planet in our solar system, as it helps to keep out many asteroids and comets which might venture our way, due to its incredible gravitational force. ![]() The best way to locate them and know which one is which is to look into this important link. In a small telescope you can view the never-ending motions of the main four moons. Here’s a more detailed version of the Jupiter finder. #Nasa picture of the day jupiter how to#To follow all the ways to view Jupiter, we suggest this link, which will provide you with, in our opinion, the best information on how to find Jupiter and plan your observations. Jupiter will lie in the border of the constellations of Cetus and Pisces. ![]() 26 as it rises at sunset and will be in our sky all night. Jupiter will come to opposition on the night of Sept. Those with telescopes will be able to see great detail and may even be able to view the great cyclone on Jupiter, the great Red Spot. I suggest looking at Jupiter with whatever type of optics you have. Jupiter makes for a great sight in a small telescope and powerful binoculars. Jupiter is a massive gas giant with a day that is only 9 hours and 55 minutes long and has four main satellites. Jupiter is seen here in all of its beauty and splendor. Jupiter is large at 88,000 miles in diameter and a planet that has at least 79 known moon and possibly more. NASA released an amazing gallery of photos of Jupiter taken by Juno, showing the large planet's swirling atmosphere and two mysterious streaks.The best is yet to come as these two planets will be getting closer to Earth and brighter in the months to come.įirst, let’s start with Jupiter, the largest of the planets in our solar system. If you're interested in seeing more finish photos or taking a stab at your own post-production, check out NASA's dedicated Juno website. Processed by Eichstädt and Seán Doran, another regular contributor, it shows a closeup detail of Jupiter's swirling clouds. In fact, another photo taken during perijove 25 is equally as stunning. Citizen scientist Gerald Eichstädt, who worked on this image, regularly contributes and his excellent work helps transform the RAW images into visually pleasing work for the public. NASA publishes these photos regularly and allows the public to process them and post them back to NASA. This photograph is one of many images processed from RAW data by the JunoCam. Some researchers believe that these jet streams could influence the formation of the haze. In this photograph, the lines are flanked by two jet streams in Jupiter's atmosphere. NASA describes them as “layers of haze particles that float above the underlying cloud features.” Though scientists aren't exactly sure, their location may give us insight into what they're made of and how they form. What are these stripes? Researchers have noticed these bands since Juno's first close flyby in 2016. ![]()
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