Classification Trends
April 14, 2015
Every year, just as winter tournaments are concluding, MHSAA staff are already pointing to the following school year, including finalizing and publishing the classifications and divisions for MHSAA tournaments for the next school year.
For 2015-16, there are 754 member schools classified, an increase of five over 2014-15.
The sports with the largest increase in school sponsorship are girls soccer (+11), girls competitive cheer (+8), wrestling (+7) and boys bowling (+6); while the sports with the greatest decline in school sponsorship are girls softball (-8), girls skiing (-6) and boys skiing (-5).
The enrollment range between largest and smallest school is at historical lows in Classes B and C and near historical lows in Class D. The enrollment range in Class A increased for the third consecutive year; it’s now 259 more students than five years ago, but 718 fewer students than 10 years ago.
These statistics undermine arguments by some who opine that the enrollment ranges are too large and that more classifications and divisions for MHSAA tournaments are needed today.
Even in Class A, which is the only classification for which the enrollment range has been increasing in very recent years, it’s the schools in the mid-range of Class A that are most successful. For example, in this year’s Class A Boys Basketball Tournament, the average rank of the 16 Class A Regional finalists was 85th of 185 Class A schools in the tournament. And the four teams in the Class A Semifinals at MSU ranked 72nd, 75th, 94th and 171st in enrollment among the 185 schools in Class A basketball.
No, Class A schools get little sympathy from those of us who crunch the numbers and manage the tournaments. Even though the enrollment of the largest Class D school keeps declining, it is the very smallest of our member schools which must actually climb the largest mountains to MHSAA titles.
Rocket Science
January 5, 2015
I have always been fascinated by space exploration and in awe of all that is required and must go right to send a space vehicle atop a multi-stage booster rocket from a moving object like Earth, and land it softly on another moving object like the moon or Mars or most recently a massive rock, after a journey of many months and millions of miles. How can people figure that stuff out?
There cannot be a problem of school sports that is more complicated than those of space exploration, except for one feature – which is that our problems deal with people, who are far less predictable and dependable than the laws of physics.
Making matters worse is that we are working with people in a competitive arena, and in an emotional setting, where the objectivity which characterizes the scientific method of rocket scientists is generally if not universally absent.
As long as potential problem-solvers view potential solutions through the lens of what does or does not benefit them in terms of competitive edge, our efforts to make good changes will never launch or, if launched, will miss the target.