Difference between revisions of "LPOD Mar 25, 2008"
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[[Image:LPOD-Mar25-08.jpg|LPOD-Mar25-08.jpg]]<br /> ''image by [mailto:actough@hotmail.com Alan C. Tough], Elgin, Scotland''<br /> <br /> What Moon do you see? Alan's composite shows four different Moons seen under different lighting conditions. At top right is the most familiar Moon with sunlight reflecting from it to our eyes (and cameras) on Earth, but the blue sky shows that this was taken before sunset. Below that is a Moon visible about 8 nights of the month (but few of us see the early AM ones) when sunlight reflected from the Full Earth illuminates the mostly shadowed Moon and returns to Earth, not at all tired by its round trip. A less common view comes during a lunar eclipse when the ruddy hue comes from sunlight yellowed by passing through Earth's atmosphere, and it too bounces off the Moon and returns to our eyes. And finally, at upper left is a view only hinted at to visual observers. The hue and saturation of a normal color camera image were enhanced to bring out mineral differences in the maria - our eyes are not sensitive enough to see all these colors but subtle ones on the Aristarchus Plateau give hints. <br /> <br /> ''Chuck Wood''<br /> <br /> '''Technical Details'''<br /> All of the images were taken with a Canon EOS 300D at the prime focus of either a Sky-Watcher Evostar-80ED Pro f/7.5 or Evostar-100ED Pro f/9 refractor.<br /> <br /> <br /> | [[Image:LPOD-Mar25-08.jpg|LPOD-Mar25-08.jpg]]<br /> ''image by [mailto:actough@hotmail.com Alan C. Tough], Elgin, Scotland''<br /> <br /> What Moon do you see? Alan's composite shows four different Moons seen under different lighting conditions. At top right is the most familiar Moon with sunlight reflecting from it to our eyes (and cameras) on Earth, but the blue sky shows that this was taken before sunset. Below that is a Moon visible about 8 nights of the month (but few of us see the early AM ones) when sunlight reflected from the Full Earth illuminates the mostly shadowed Moon and returns to Earth, not at all tired by its round trip. A less common view comes during a lunar eclipse when the ruddy hue comes from sunlight yellowed by passing through Earth's atmosphere, and it too bounces off the Moon and returns to our eyes. And finally, at upper left is a view only hinted at to visual observers. The hue and saturation of a normal color camera image were enhanced to bring out mineral differences in the maria - our eyes are not sensitive enough to see all these colors but subtle ones on the Aristarchus Plateau give hints. <br /> <br /> ''Chuck Wood''<br /> <br /> '''Technical Details'''<br /> All of the images were taken with a Canon EOS 300D at the prime focus of either a Sky-Watcher Evostar-80ED Pro f/7.5 or Evostar-100ED Pro f/9 refractor.<br /> <br /> <br /> | ||
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| − | '''COMMENTS'''<br /> To [ | + | '''COMMENTS'''<br /> To [[LPOD%20Comments|post comments]] regarding this LPOD, please click [http://the-moon.us/wiki/page/edit/LPOD%20Mar%2025%2C%202008 here] and enter your text in the space below. You will not see the Edit tab unless you register for the wiki. ''Please do not edit the LPOD itself!''<br /> <br /> <br /> <br /> |
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Latest revision as of 13:56, 15 April 2018
FOUR MOONS
image by Alan C. Tough, Elgin, Scotland
What Moon do you see? Alan's composite shows four different Moons seen under different lighting conditions. At top right is the most familiar Moon with sunlight reflecting from it to our eyes (and cameras) on Earth, but the blue sky shows that this was taken before sunset. Below that is a Moon visible about 8 nights of the month (but few of us see the early AM ones) when sunlight reflected from the Full Earth illuminates the mostly shadowed Moon and returns to Earth, not at all tired by its round trip. A less common view comes during a lunar eclipse when the ruddy hue comes from sunlight yellowed by passing through Earth's atmosphere, and it too bounces off the Moon and returns to our eyes. And finally, at upper left is a view only hinted at to visual observers. The hue and saturation of a normal color camera image were enhanced to bring out mineral differences in the maria - our eyes are not sensitive enough to see all these colors but subtle ones on the Aristarchus Plateau give hints.
Chuck Wood
Technical Details
All of the images were taken with a Canon EOS 300D at the prime focus of either a Sky-Watcher Evostar-80ED Pro f/7.5 or Evostar-100ED Pro f/9 refractor.
COMMENTS
To post comments regarding this LPOD, please click here and enter your text in the space below. You will not see the Edit tab unless you register for the wiki. Please do not edit the LPOD itself!
