Re: Moon Landings Faked?
aaph:
Yes, anyone can argue for or against anything, that's true. The simple fact is that there is waaay more proof (yes besides photos) that humans did land there then there is valid arguments in your so called "fixed" images to "prove" it didn't happen. Even raising questions like "contrast in background not matching foreground" shows how literal you take physics without considering other things (yes like you accuse us of ignoring things in your viewpoints, you do the same with scientific fact.)
For example, I could tell you what I think the problem is in your so called "backdrop" complex, just my hypothesis if you care...
Since the moon has no atmosphere you claim the contrast should remain the same consistently through whatever distance. I think, yes I said
think, some of the problem comes from diffusion and scattering...
Print out a piece of paper with a big black box in the center and one piece of paper with a smaller checkerboard pattern. Place them at the same distance near you and their contrast from the eye appears the same or similar. Now place the big printed box near and the checker print waaay out further. What happens to the checker print? It becomes "Grey" while the big box in front is still solid black. This effect would also happen in a no air environment.
So then, why are the shadows in the foreground of a moon pic more distinguishable to me? Because they are closer to the camera, the rocks and their highlight from the sun, with their dark shadows are easily seen. Medium to small objects (rocks) way in the distance create a blanket of high contrast at a small scale (think of it like pixels, each other one black and white.) Huge crater walls or mountains blanketed by "grey" also receive an awful lot of bounce light from light reflecting off huge open craters and plains in direct sunlight. Please tell me you know how light reflects off white/light surfaces.... At the foreground level the bounce light is not as noticeable because of the fact the rocks shadows have higher contrast when closer to you. You don't need air (or a crappy back-plate NASA could have afforded to do "right" anyway) to aid in lowering contrast. What do you think television companies have been researching for decades to perfect?
Note the contrast example below where there is no hill creating a "line" between foreground and background:
-At the bottom of the image everything can be seen perfectly, as you look up towards the LEM it looses contrast, simple as that.
Looking on to the left I can't see anymore debris on the ground, large or otherwise...Also because of the suns angle, but do you get any of this at all? Seems you don't off the bat...
-Another angle below: Ps. That lander in the foreground (Surveyor 3) landed in 1967, over 2 years before the mission (Apollo 12) taking the photos landed. Instruments were returned from it for inspection of wear. More proof NASA has, unless of course that too was doctored for "some reason"...