Page 131 - Lunacy and the Age of Deception

The light source is located off the left side of the scene being shot. The length of the shadows of the
“Moon rocks” reveal that the light source is at a low elevation. (Note: I adjusted the brightness and
contrast of the above image to reveal more detail.) Shadow anomalies can be found in the photos
from all of the Apollo Missions. Consider the following image from Apollo 17.

AS17-136-20744
[Source: https://www.hq.nasa.gov/alsj/a17/AS17-136-20744HR.jpg]

Look at the shadows cast by all of the rocks which encircle the shadow of the astronaut. They clearly
reveal that multiple lighting sources were used. Rocks on the right side of the astronaut’s silhouette
are casting shadows to the left, while shadows on the left side of the astronaut are casting shadows
to the right. Let me highlight just two of them for comparison.

One might get close to such a result if they were using a fisheye lens on a camera. A fisheye lens
allows for extremely wide angle shots, while greatly skewing the angles of objects being
photographed. However, NASA did not provide the Apollo astronauts with fisheye lenses. These
shadows are only sufficiently explained by the use of multiple light sources. Professional
photographers will commonly place a light source behind and to either side of the camera to illumine
the subject. The image above conforms to this type of lighting set-up.

Following are a few more examples of Apollo images with shadow anomalies which point to
multiple light sources having been used in a staged environment.