Why do the shadows disagree?

The lighting department is on trial.

The staging theory makes a concrete promise: the frame contains the signature of more than one light. Don't dilute that into 'the image feels odd.' Choose the objects casting the shadows, locate their contact points and identify the surface each shadow crosses. A lighting accusation should come with a lighting plan.

Then build the rival scene. One light, uneven ground, the same oblique view. A two-dimensional image can make a single arrangement look stranger than its overhead plan. If the apparent contradiction disappears when the terrain and perspective are included, the red arrows were interrogating the wrong dimension.

A real multi-light signature surviving that reconstruction would be interesting. A cropped image with no recoverable geometry is less decisive. Keep the suspicion, but don't let a line drawn on a screenshot impersonate a surveyed location.

Perspective is not optional.

A photograph projects a three-dimensional scene onto a plane. Terrain slope, camera pose and the position of objects belong in any shadow reconstruction. Our inference is that divergent-looking lines alone are insufficient to identify multiple lamps.

For an Apollo accusation, choose one frame and obtain its full context. A diagram over a low-resolution crop is not a substitute for positions and scale.

Make a prediction you can lose.

Place objects on uneven ground under one lamp and photograph from an oblique angle. Predict how each shadow should appear before comparing. Then repeat with a second lamp and look for differences beyond one pair of lines.

This is an educational demonstration, not a forensic reconstruction of a named mission photo. The stronger investigation would recover enough scene geometry to distinguish the competing models.