Sam wrote:The data gathered and analyzed by the Center for Injury Research is incomplete at best and flawed if reviewed with a jaundiced eye. It is obtained only from "study schools" from athletic trainers who enter the data on-line for injuries that they treat. What happens when a trainer isn't present? Five of the six instances I witnessed this year were not treated by a trainer because a trainer was not at the event. Trainers are always at football games, basketball games, wrestling, and cheerleading events. They are not as often around softball games. They wouldn't know about many injuries.
The data is far from imperical.
The reason Mike doesn't see data at ASA is that nobody gathers data on ASA injuries. Nor does anyone gather data on NSA, USSSA, TCS, et al.
The bottom line is that the results of the study are akin to basing a nationwide study on drivers running stop signs by gathering data on 4 intersections from crossing guards who are present at the intersections 10 hours per week.
It is available data, but it isn't very good or reliable.
My own practical experience with the game does not match to yours. I only ever seen one pitcher hit with a comebacker, and when it happened I felt like the coach should have pulled that pitcher 2 innings prior, the pitcher was clearly in over her head. I have watched thousands of games.
I have seen way more broken ankles due to bad slides by kids on teams with bad coaches. I have seen way more kids hurt monkeying around in the dugout. My own data tells me it is way more likely my kid dies in a car accident riding around with young drivers than any risk she faces anywhere on diamond.
The NFHS data is not 'jaundiced'. It is a random sample. I agree it may be a smallish sample, but it is still pretty random. I suspect the availability of trainers is higher than you are attributing. Many schools in our area have a baseball game, track meet, tennis and softball all happening at the same time. So trainers are around, and come over to the softball diamond for any injury.
If you have credible statistical data, and that data shows an increase in injury, or an unacceptable injury rate, then we need to get that to the ASA rules body.
Right now, the current regulatory regime manages the risk of the batted ball by the exit speed in the ASA bat testing program. Currently that number is set at 98. I am having a hard time understanding if you are arguing that:
A) This approach is flawed.
B) The testing is flawed.
C) An exit speed of 98 is to high.
D) There is rampant cheating.
E) All of the above.
The way to fix each of these is completely different. If it is all of the above, you would probably do better picking the biggest problem on the list, building a supporting case and proposing how it can be done better.