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bobw
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Link to article and pictures at The University of Western Ontario <br /><br /><font size="3"><em><strong>“Most meteoroids burn up by the time they hit an altitude of 60 or 70 kilometres from Earth,” says Wayne Edwards, a post doctorate student. “We tracked this one to an altitude of about 24 kilometres so we are pretty sure there are at least one, and possibly many meteorites, that made it to the ground.”<br /> <br />Edwards says the lab can narrow the ground location where the meteorite would have fallen, to about 12 square kilometres and have created a map that may assist in locating the meteorite. The rock, or rocks, would probably weigh a kilogram or slightly more.<br /> <br />“We would love to find a recovered meteorite on this one, because we have the video and we have the data and by putting that together with the meteorite, there is a lot to be learned.”</strong></em></font><br /><br />I edited this picture to change it from 378 KB to 20 KB. The website has other maps with less zoom, a better picture of the meteor than I've seen in the press and a 14 MB .avi video too.<br /><br />It does sound like an unprecedented opportunity to calibrate their instruments. They are going to need a lot of luck, though, because it looks like scuba gear will be required to find it.<br /><br /> <img src="http://sitelife.space.com/ver1.0/Content/images/store/9/0/490fac83-ae5d-4b76-b0b6-8d72b69dcf81.Medium.jpg" alt="" /> <div class="Discussion_UserSignature"> </div>