Quote:
Originally posted by OleMissGlitter
To HottyToddy: I haven't heard about a house. They could build on in the Tri Delta Parking Lot across from Kappa. Or perhaps they could go somewhere over by the Chancellor's House, there is tons of land across from Phi Delta Theta house. However, I don't know if they can do that, there might be some rule with where a sorority house is and also that would suck to be so far away from the other sorority houses. I would think when they come, the new group that is, they will have a floor or floors in Crosby and make that their home while they get organized and decide on what to do with a house. As posted before and you know too, the ZTA and ADP house are both owned by the university and there is no talk of them ever going for sale. Plus the former ZTA house was bought by an alumni and the university so I doubt they'll give up the Hospitality Management House to a sorority. Plus, they just renovated the ZTA house last year to fit the needs of the Hospitality Management major (new kitchen, offices, classrooms).
Anyway, I think only time will tell and I was just on ACW 's website and they are HUGE in the south! They have so many FL chapters it is crazy and they are HUGE in TX! They also look very strong in SC and NC! WOW! I think they need to come! Not that any other group wouldn't be great, but gosh A-Chi-O looks very strong in the Southern states, and yes I consider FL southern.... 
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That's all we need is to eliminate another parking lot!
I was actually a hospitality mgmt major and....they didn't really do a whole lot to the old ZTA house. The didn't re-build the kitchen to fit our needs. All of our professors would complain about how bad the kitchen was set up...not that they would ever consider moving the hospitality department again. Although it would be in their best interest, since they are trying to make that program stronger, to build a new facility and manke the old ZTA house a sorority house...I mean it IS right in the middle of sorority row...
But that'd take even more $$