{"count":8,"on_page":1,"offset":3,"next_page":false,"comments":[{"JunoCommentID":"1336","Comment":"

This is a very interesting feature and I am eager to know what is causing it.<\/p>","JunoMisc":"0","R_VaultID":null,"Likes":"0","Flags":"0","AdminApproved":"0","ApprovedBy":"0","AdminRemoved":"0","R_JunoUserID":"15974","R_JunoPOIID":"7","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"0","UpdatedTS":"2019-11-10 22:41:07","InsertedTS":"2019-11-10 22:41:07","Nickname":"Vanverst-10","specialist":"0","Media":[],"Replies":[],"nice_date":"2019-11-10 22:41 UT","commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tVanverst-10<\/strong> on <\/span>2019-11-10 22:41 UT<\/span><\/div>

    This is a very interesting feature and I am eager to know what is causing it.<\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"},{"JunoCommentID":"950","Comment":"

    I would love for the JunoCam to take a closer image of this dark blue-gray spot. It seems to be one of the most prominent aside from the Great Red Spot.<\/p>","JunoMisc":"0","R_VaultID":null,"Likes":"0","Flags":"0","AdminApproved":"0","ApprovedBy":"0","AdminRemoved":"0","R_JunoUserID":"11431","R_JunoPOIID":"7","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"0","UpdatedTS":"2018-02-17 22:22:01","InsertedTS":"2018-02-17 22:22:01","Nickname":"Nayana-36","specialist":"0","Media":[],"Replies":[],"nice_date":"2018-02-17 22:22 UT","commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tNayana-36<\/strong> on <\/span>2018-02-17 22:22 UT<\/span><\/div>

    I would love for the JunoCam to take a closer image of this dark blue-gray spot. It seems to be one of the most prominent aside from the Great Red Spot.<\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"},{"JunoCommentID":"207","Comment":"

    I suspect this is a flow of methane solid or liquid under pressure flowing under cloud of gas. Photos Stereo from Ceres-00 pics. <\/p>","JunoMisc":"0","R_VaultID":"4373","Likes":"0","Flags":"1","AdminApproved":"1","ApprovedBy":"23","AdminRemoved":"0","R_JunoUserID":"2239","R_JunoPOIID":"7","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"0","UpdatedTS":"2016-07-18 22:54:52","InsertedTS":"2016-07-08 00:13:26","Nickname":"Gio-50","specialist":"0","Media":[],"Replies":[],"nice_date":"2016-07-08 00:13 UT","has_img":true,"img_data":{"id":"4373","alt":"","img_class":"","original":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/VaultOutput?ID=4373&Interlaced=1&ts=1751568826","src_set":{"original":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4373&Interlaced=1&Mode=R&ResX=960&ResY=736&OutputFormat=jpg&Quality=90&ts=1751568826","boop":"bapssss","lg":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4373&Interlaced=1&Mode=R&ResX=960&OutputFormat=jpg&Quality=90&ts=1751568826","lgx2":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4373&Interlaced=1&Mode=R&ResX=1920&OutputFormat=jpg&Quality=50&ts=1751568826","sm":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4373&Interlaced=1&Mode=R&ResX=480&OutputFormat=jpg&Quality=75&ts=1751568826","smx2":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4373&Interlaced=1&Mode=R&ResX=960&OutputFormat=jpg&Quality=75&ts=1751568826","has_img":true},"lg":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4373&Interlaced=1&Mode=R&ResX=960&OutputFormat=jpg&Quality=90&ts=1751568826","lgx2":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4373&Interlaced=1&Mode=R&ResX=1920&OutputFormat=jpg&Quality=50&ts=1751568826","sm":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4373&Interlaced=1&Mode=R&ResX=480&OutputFormat=jpg&Quality=75&ts=1751568826","smx2":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4373&Interlaced=1&Mode=R&ResX=960&OutputFormat=jpg&Quality=75&ts=1751568826","has_img":true,"max_w":"960px","max_h":"736px","max_wrap_perc_at_16_9":73.369565217391312,"aspect_perc":72.871287128712865,"mime":"image\/jpeg","download":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/VaultDownload?VaultID=4373&ts=1751568826"},"commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tGio-50<\/strong> on <\/span>2016-07-08 00:13 UT<\/span><\/div>
    \n\t\t\t\"\"\n\t\t\t<\/div>\n\t\t<\/div>

    I suspect this is a flow of methane solid or liquid under pressure flowing under cloud of gas. Photos Stereo from Ceres-00 pics. <\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"},{"JunoCommentID":"20","Comment":"

    It seems volcanic movement <\/p>","JunoMisc":"0","R_VaultID":null,"Likes":"0","Flags":"1","AdminApproved":"1","ApprovedBy":"4","AdminRemoved":"0","R_JunoUserID":"384","R_JunoPOIID":"7","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"0","UpdatedTS":"2015-12-21 14:00:55","InsertedTS":"2015-12-20 02:01:34","Nickname":"Bagration-62","specialist":"0","Media":[],"Replies":[],"nice_date":"2015-12-20 02:01 UT","commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tBagration-62<\/strong> on <\/span>2015-12-20 02:01 UT<\/span><\/div>

    It seems volcanic movement <\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"},{"JunoCommentID":"12","Comment":"

    Dark blue-gray areas are thought to be associated with some of the clearest regions of Jupiter's atmosphere because they appear to be associated with the brightest regions in the thermal infrared at wavelengths near 5 microns, a "spectroscopic window" allowing us to detect radiation from cloud tops. In these features we can detect clouds down to about 6 bars of atmospheric pressure.<\/p>","JunoMisc":"0","R_VaultID":null,"Likes":"0","Flags":"1","AdminApproved":"1","ApprovedBy":"4","AdminRemoved":"0","R_JunoUserID":"22","R_JunoPOIID":"7","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"0","UpdatedTS":"2015-12-21 13:59:41","InsertedTS":"2015-12-18 22:44:10","Nickname":"Glenn","specialist":"1","Media":[],"Replies":[],"nice_date":"2015-12-18 22:44 UT","commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tGlenn<\/strong> on <\/span>2015-12-18 22:44 UT<\/span>
    JUNO SPECIALIST<\/span> <\/span><\/div><\/div>

    Dark blue-gray areas are thought to be associated with some of the clearest regions of Jupiter's atmosphere because they appear to be associated with the brightest regions in the thermal infrared at wavelengths near 5 microns, a \"spectroscopic window\" allowing us to detect radiation from cloud tops. In these features we can detect clouds down to about 6 bars of atmospheric pressure.<\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"}]}