After thinking about it some more I'm standing by my higher AOA theory because...
-The "arm" of the elevator is so far back from the CG that it really doesn't take that much force to raise the nose.
-The wing is going to fly at the lowest speed just a few degrees below the stall AOA. A nosedragger can get to a higher AOA then a taildragger on the ground. I think this is one reason Maules do so well, they have a short tail so they can get to a higher AOA on the ground.
I know in my Musketeer I can rotate during T/O to a AOA that the stall warning starts going off. And when I'm doing a nice soft field greaser landing the stall warning is going off during the flare. My co-workers call it my carrier landing.

because of the slow speed and how low the tail is (high AOA) not how hard I hit. It really is a greaser.
My question to you TW pilots is can you get the stall warning to go off during ground run or landing flare to a three point landing? I would guess no.
Don't take this as a nosedragger is better than a taildragger because during the ground run if a nose/tailwheel hits a big rut/rock the tailwheel will do better.
I kind of wonder (but don't want to test) how my tailing link nosegear would take a big rut/rock? I think better than a 172's
-Todd Giencke