Difference between revisions of "June 1, 2006"

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<p>[[File:3D 2.6 day moon mar 13 05 LPOD.jpg|2.6 day old]]<br />
 
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<p>[[File:3D 2.6 day moon mar 13 05 LPOD.jpg|2.6 day old]]<br />
 
 
<em>image from [mailto:slamm@blueyonder.co.uk Stefan Lammel]</em></p>
 
<em>image from [mailto:slamm@blueyonder.co.uk Stefan Lammel]</em></p>
 
<p>When the Moon is 2.6 days old there is enough surface visible to begin identifying features - barely. The thin sliver, always low in the west, does not yet reveal Mare Crisium or the distinctive trio of Langrenus, Petavius and Furnerius so that identifications rely on recognizing less famous features. As Stefan&#8217;s remarkable normal image (right) shows there are a number of clearly shown craters, but which are they? By reprojecting the image on a sphere within PhotoShop (left), Stefan has created an overhead view which makes this limb much more interpretable. The round edges of three basins are the biggest and easiest landmarks to spot: Humboldtianum, Marginis and Smythii. The next largest features are the craters Gauss, Humboldt and Neper. And then it gets tough. I have never identified Kastner, Hecateus and many others at the telescope. But now with this image, I might. </p>
 
<p>When the Moon is 2.6 days old there is enough surface visible to begin identifying features - barely. The thin sliver, always low in the west, does not yet reveal Mare Crisium or the distinctive trio of Langrenus, Petavius and Furnerius so that identifications rely on recognizing less famous features. As Stefan&#8217;s remarkable normal image (right) shows there are a number of clearly shown craters, but which are they? By reprojecting the image on a sphere within PhotoShop (left), Stefan has created an overhead view which makes this limb much more interpretable. The round edges of three basins are the biggest and easiest landmarks to spot: Humboldtianum, Marginis and Smythii. The next largest features are the craters Gauss, Humboldt and Neper. And then it gets tough. I have never identified Kastner, Hecateus and many others at the telescope. But now with this image, I might. </p>
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<p><strong>Related Links:</strong><br />
 
<p><strong>Related Links:</strong><br />
 
Rükl chart: Libration Zone II, III &#038; IV</p>
 
Rükl chart: Libration Zone II, III &#038; IV</p>
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<p><b>Yesterday's LPOD:</b> [[May 31, 2006|From the Earth to the Moon]] </p>
<i>You can support LPOD when you buy ANY book from Amazon thru [http://www.lpod.org/?page_id=102  LPOD!]</i></p>
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<p><b>Tomorrow's LPOD:</b> [[June 2, 2006|Did I Dream This Rille?]] </p>
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===COMMENTS?===
 
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Latest revision as of 12:10, 22 March 2015

Unrolling the Edge

2.6 day old
image from Stefan Lammel

When the Moon is 2.6 days old there is enough surface visible to begin identifying features - barely. The thin sliver, always low in the west, does not yet reveal Mare Crisium or the distinctive trio of Langrenus, Petavius and Furnerius so that identifications rely on recognizing less famous features. As Stefan’s remarkable normal image (right) shows there are a number of clearly shown craters, but which are they? By reprojecting the image on a sphere within PhotoShop (left), Stefan has created an overhead view which makes this limb much more interpretable. The round edges of three basins are the biggest and easiest landmarks to spot: Humboldtianum, Marginis and Smythii. The next largest features are the craters Gauss, Humboldt and Neper. And then it gets tough. I have never identified Kastner, Hecateus and many others at the telescope. But now with this image, I might.

Chuck Wood

Technical Details:
March 13, 2005. 5″ Newtonian, Nikon Coolpix 4500, TV 15mm Plossl. 5 image mosaic, 3D transform in Photoshop

Related Links:
Rükl chart: Libration Zone II, III & IV

Yesterday's LPOD: From the Earth to the Moon

Tomorrow's LPOD: Did I Dream This Rille?


COMMENTS?

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