Here’s a video that shows the Apollo flag movement is totally consistent with its being in atmosphere.
http://www.youtube.com/watch?v=hesLihNFw6A
Don't be completely daft! The air wake is moving the flag, it doesn't even start moving until the book gets real close. The flag stops in 2 seconds flat. Fail.
The flag first moves away from the object passing by it and then moves toward it.
Oooookay, well that doesn't quite make sense but I get your drift - after being passed, the flag still goes away, but now in the opposite direction away

Nobody is denying that actually happens when an air wake is created - however something 6, 4 or even 2 feet away will not push air in front of it.
Here’s a video that shows a flag moving for quite some time
http://www.youtube.com/watch?v=ZUE7G5LdX_E
Sheesh, the flag is suspended in one place from the ceiling from what looks like a coat hangar, very unstable. Why didn't he use a firmly supported pole and a cross bar? Apollo 15 flag only had one corner that could move not all four. His flag
billowed vigorously when he moved it.
http://www.youtube.com/watch?v=Zr76qSQ9ZQQ
(8:35 time mark)
From the angle in this video, we can't see how long the flag keeps moving. We'd have to see it from the same angle as the flag in the preceeding video.
His flag
billows - Apollo 15 does not. It has 2-3 major oscillations then comes to almost a complete stop in 4 seconds. Apollo 15 just has progressively lessening oscillations with no billowing.
He's not running by it at a forty five degree angle as the astronaut did in the Apollo footage.
That works against your argument. There is MORE surface area available to be struck by air as he approaches. It doesn't move until he is level, try again.
Explain this please.
I think he was a little further away than Jarrah says.
What you "think" is irrelevant. Three separate people using basic photogrammetry conclude he was close enough to brush it with his arm, including Jarrah. Show us why you think this, with something more than your obvious need not to be hopelessly wrong.
That's really a moot point though as he clearly didn't touch the flag.
No, it is not moot. He clearly didn't touch it
on approach, but no such argument can be applied as he went past it.
Anyway, when I said he wasn't close enough to touch the flag, I was thinking of the direct distance between the astronaut and the flag. I didn't mean the distance between where the route he was taking past the flag and the flag itself.
Look, I hate to put words in your mouth. Clarify, did you just say he could have touched it, because his line of approach could have moved it?
So far you pro-Apollo people have put forth three different explanations: the "Blooming effect", ground vibration, and the astronaut's having touched the flag. You don't seem very sure of yourselves. Which is it?
That is not an accurate statement. There are two put forward, 1/ blooming effect from the crt camera and elbow contact as he passed by, 2/ ground vibration on approach and elbow contact as he passed by. I favour number 2.
Air will not move something in front of an object any great distance. There was movement at the point he entered the frame and that is some 6 feet away.
Explain that please.
http://www.youtube.com/watch?v=GJ888vXaKNM
If the ground was soft, the vibration from his trotting by wouldn't have made it to the pole; there was dust on the surface that would have dampened any serioius impact. The ground would have to be rock-hard for vibration to carry to the pole and make it move the way you people allege. His trotting by like that wouldn't have caused nearly enough vibration for that.
You are not qualified, or in a position to make that claim. Seismic experiments show the conductivity of the Moon and that supports the simple premise that ground vibration could easily be the cause of initial movement.
Your blanket refusal to even accept this as a wholly plausible explanation suggests that you will never change your mind on it.
Also, the the movement of the flag is not consistent with its having been caused by the pole and rod movement. If the pole had moved the way you allege it did, the rod would have moved up and down and the movement of the bottom of the flag wouldn't have been merely back and forth; there would have been some up and down movement too.
Why would there, the movement is miniscule as it is, so it's perfectly reasonable to suggest the pole alone would have absorbed any vibration.
The movement of the tip of the flag is perfectly consistent with the atmosphere explanation. If you think that's not so, tell us how it would have moved in atmosphere.
A vertical rod with a crossbar across, just like any flag, would billow with air, just like Jarrah's flag, and just like the funny bloke with a bear book in your badly thought out videos. The Apollo 15 flag does not billow.
Furthermore, there is no law of physics that I am aware of that suggests an object in motion, in an unrestricted environment will push air in front of it more than a couple of inches. The air is pushed out to the sides forming a wake.
Perhaps you could offer something that supports your claim, because at the moment it has no credence.
A final video, showing a plastic bag and a wide book approaching from above. The bag only moves when the book comes into frame, supporting the opposite to what you claim.
http://www.youtube.com/watch?v=uJyv4TYpTKo
Please explain this video.