“Pretty, isn’t it? You can find endless copies of it online; just search on the term “mars skyline”. It’s been picked up on tons of Tumblrs and other social media.But yeah, there’s just one problem: it’s not real.” (Bad Astronomy via abby)
“The Leonid meteor shower rolls through the sky once a year, peaking in mid-November. It’s caused by a trail of debris that travels along the orbit of the comet Tempel-Tuttle.The 2010 Leonid meteor shower runs from Wednesday, Nov. 10, through Sunday, Nov. 21. The peak will be the nights between the 17th and the 19th.The Leonids are famous for being spectacular storms — since the orbit of the Temple-Tuttle comet intersects with that of Earth, the debris cloud our planet passes through each year is dense and full of particles and meteoroids. In optimal viewing conditions on a good year, you can see between 15 and 30 meteors per hour streaking across the sky during the peak.” (via Wired How-To Wiki)
- “Leonid meteor shower 2010: when to watch, where to look” and related posts (personalmoneystore.com)
- Get Ready: Leonid Meteor Shower Starts Early Wednesday (cbsnews.com)
- Best time to see Leonid meteor shower: now (msnbc.msn.com)
- Best Time to See the Leonid Meteor Shower is Now (space.com)
- Leonid meteor shower to peak Thursday (topinews.com)
- Leonid Meteor Shower 2010 Peaks Now (livescience.com)
- Don’t Miss The Leonid Meteor Shower TONIGHT (huffingtonpost.com)
‘Jupiter has lost one of its prominent stripes, leaving its southern half looking unusually blank. Scientists are not sure what triggered the disappearance of the band.
Jupiter’s appearance is usually dominated by two dark bands in its atmosphere – one in the northern hemisphere and one in the southern hemisphere.
But recent images taken by amateur astronomers show that the southern band – called the south equatorial belt – has disappeared.
The band was present at the end of 2009, right before Jupiter moved too close to the sun in the sky to be observed from Earth. When the planet emerged from the sun’s glare again in early April, its south equatorial belt was nowhere to be seen.’ (New Scientist)