ApolloHoax.net
		Apollo Discussions => The Hoax Theory => Topic started by: 12oh2alarm on January 30, 2016, 04:46:45 AM
		
			
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				Some strikingly similar pictures from the Moon (too all those who have seen the Apollo Hasselblad pictures) taken by the Chinese lander can be found here: http://www.planetary.org/blogs/emily-lakdawalla/2016/01281656-fun-with-a-new-data-set-change.html
 
 Quoting from the article:
 
 In a recent guest blog post, Quanzhi Ye pointed to the Chinese version of the Planetary Data System, and shared the great news that Chang'e 3 lander data are now public. The website is a little bit difficult to use, but last week I managed to download all of the data from two of the cameras -- a total of 35 Gigabytes of data! -- and I've spent the subsequent week figuring out what's there and how to handle it.
 
 So, space fans, without further ado, here, for the first time in a format easily accessible to the public, are hundreds and hundreds of science-quality images from the Chang'e 3 lander and Yutu rover. I don't usually host entire data sets (PDS-formatted and all) but I made an exception in this case because the Chinese website is a bit challenging to use.
 
 The quality is so good, it's almost as if you were there. On that secret Area 52 stage the Chinese rented from the US Gubmint :-)
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				It's a shame their website is so clunky though - I've had lots of trouble getting at their other images and maps.
 
 While on the subject of non-US datasets, India's Chandrayaan data are available online too both on their own website (needs a registration) and via the Lunar Orbital Data Explorer
 
 http://issdc.gov.in/CHBrowse/jsp/include/login.jsp
 
 http://ode.rsl.wustl.edu/moon/indexDataSets.aspx
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				Why some pictures look more reddish than others and the Apollo ones? I think is the filter used to capture them.
			
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				Why some pictures look more reddish than others and the Apollo ones? I think is the filter used to capture them.
 
 Sun and viewing angle has a pretty dramatic impact on the appearance of the lunar surface is my, albeit limited, understanding, though a filter could certainly compound that.