But in the case of a tail plane stall, the problem is excess airspeed requiring the tail to be at an angle of attack creating the stall. If the aircraft is slowed, the stall goes away....but that wasn't the problem here.
Wha?
Care to revisit your explanation?
The problem isn't excess speed. Speed is a contributory factor, but minor. Tailplane stalls are unheard of in normal airspeed regimes UNLESS there is ice accumulation and a high TAIL angle of attack (adding flaps lowers the nose and INCREASES the AOA on the tail), and only secondarily causal from speed.
The most important indication of a tailplane stall is that the airspeed is not anywhere NEAR stall (easy to see on most modern aircraft) and that you JUST made a flap setting change, SOMETIMES but not always on the high-end of the speed range for that flap setting, and the aircraft pitches suddenly down, or starts pitch oscillating and then pitches down.
Powering back will help somewhat, but the most important factor is to take the flaps back out (something she may or may not have been thinking about, we'll never know), but ONLY if you KNOW you have the speed margin to do it and you KNOW it's not a wing stall.
I submit she didn't have time to think about it one way or another and he was too busy trying to get them out of the mess he induced that he probably didn't have time to think about it, either. 26 seconds isn't a long time...
Yeah, he got them into it by dropping the gear and throwing the props full forward without increasing power and failing to monitor his airspeed. That's pretty evident. Why he did it, and why she yanked the flaps up... only God knows now.
I just hope that the changes that are made actually DO increase safety and help prevent future accidents. Higher time requirements to be a Part 121 pilot will certainly help, as will better rest requirements, but at the end of the day, someone failed to conduct a proper background check on the CA. Additionally, whether it was for financial reasons or not, they both chose not to commute in the night before, get a full night's rest, THEN fly their sequence rested and prepared for a full day. She also chose to fly when congested. No amount of regulatory change is going to address those basic issues.
You can't tell people where they have to live and how far in advance they have to be in base before their trip, and I will bet you a c-note that won't even make it onto a list of possible reg changes. The airlines are already required to do PRIA checks, the days of not double-checking those are GONE, and people have to be willing to call in sick when they're sick. Were those causal? More than likely not... but they're likely contributory, as is the training culture at both companies.
Incidentally, I've been through 5 jet types, 4 airlines, and more 135 rides than I can count, and ALL of them stress NO MORE than 100 feet loss of altitude on any "approach to stall" demo (shaker onset). Pinnacle included. Reduce back pressure SLIGHTLY while adding full power. Ride the shaker out. Do not reconfigure until clear of shaker and accelerating through minimum speed for each new configuration.