I'm no expert, but I'm guessing something like this should be the most "habitable" area on Jupiter. Obviously it doesn't have the optimal gravity of Saturn, but if you can find a very calm, stable area in a consistently upwelling band, you might be able to have a parachute that remains stationary at some equilibrium atmospheric pressure. (As I recall, the pressure for liquid water clouds is also greater on Jupiter; maybe this even works in your favor) So NASA might look at an area like this to see if a stable location for a long-term atmospheric project is feasible, whether by parachute, glider, even atomic powered aircraft. Does that make any sense...?<\/p>","JunoMisc":"0","R_VaultID":null,"Likes":"0","Flags":"1","AdminApproved":"1","ApprovedBy":"23","AdminRemoved":"0","R_JunoUserID":"6997","R_JunoPOIID":"942","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"1","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"2","UpdatedTS":"2020-07-13 22:34:40","InsertedTS":"2017-01-22 21:49:11","Nickname":"Daydreamer","specialist":"0","Media":[],"Replies":[],"nice_date":"2017-01-22 21:49 UT","commentMarkup":"
I'm no expert, but I'm guessing something like this should be the most \"habitable\" area on Jupiter. Obviously it doesn't have the optimal gravity of Saturn, but if you can find a very calm, stable area in a consistently upwelling band, you might be able to have a parachute that remains stationary at some equilibrium atmospheric pressure. (As I recall, the pressure for liquid water clouds is also greater on Jupiter; maybe this even works in your favor) So NASA might look at an area like this to see if a stable location for a long-term atmospheric project is feasible, whether by parachute, glider, even atomic powered aircraft. Does that make any sense...?<\/p><\/div>
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