{"version":"1.0","provider_name":"Rainbow Dash Network","provider_url":"http:\/\/rainbowdash.net\/","type":"link","title":"zstargazer's status on Tuesday, 18-Oct-11 17:19:59 UTC","author_name":"zstargazer","author_url":"http:\/\/rainbowdash.net\/zstargazer","url":"http:\/\/rainbowdash.net\/notice\/641370","html":"@<span class=\"vcard\"><a href=\"http:\/\/rainbowdash.net\/user\/3834\" class=\"url\" title=\"Dylan Sorrell\"><span class=\"fn nickname\">ladestitute<\/span><\/a><\/span> Oh nice! Now the atmosphere on ice planets is slim to none... In the apogee of the orbit of a planet, it's atmosphere (usually methane) freezes and falls down to the surface. In perigee the opposite occurs forming a thin atmosphere"}