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 <provider_name>Rainbow Dash Network</provider_name>
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 <title>zstargazer's status on Tuesday, 18-Oct-11 17:19:59 UTC</title>
 <author_name>zstargazer</author_name>
 <author_url>http://rainbowdash.net/zstargazer</author_url>
 <url>http://rainbowdash.net/notice/641370</url>
 <html>@&lt;span class=&quot;vcard&quot;&gt;&lt;a href=&quot;http://rainbowdash.net/user/3834&quot; class=&quot;url&quot; title=&quot;Dylan Sorrell&quot;&gt;&lt;span class=&quot;fn nickname&quot;&gt;ladestitute&lt;/span&gt;&lt;/a&gt;&lt;/span&gt; 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</html>
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