… Consequences

In my last post we explored the law of unintended consequences – that strange phenomenon that often occurs when we take an established routine or “way of doing things” – cutting the grass, driving to work, drafting a memo, playing a game, virtually anything – and change the routine or rules or circumstances under which the activity takes place.

Sometimes the change produces the outcome we desire; in other instances, the opposite occurs, often because the participants shift their behavior in unexpected ways in response to the initial change in routine. The well-intended result in one area often ripples into an unintended consequence in another.

I promised to explore how the law of unintended consequences has played out in the world of college basketball. Here goes.

Continue reading…

Time Machine

Let’s go back.

In fact, let’s go back forty-five years to an era of college basketball retired sports columnist Mike Loprestti fondly remembers.

“There was no shot clock, no three-pointers and no complaints about lack of scoring. Jacksonville put up 109, 104, 106, and 91 points on its way to the 1970 championship game that it lost to UCLA. Who knew that the more they put in rules friendly to the offense, the lower the scores would go?”

That same year I sat on the Notre Dame bench as the Irish student trainer and witnessed first-hand that historic tournament game I referenced in my last post. The one in which Austin Carr set the single-game tournament scoring record, garnering 61 points against Ohio University in the first round of the 1969-70 tournament.

Today, captured on ancient video tape, the game is not only great fun to watch but is of historic interest as it marks the beginning of the end of one era in college basketball and the launching of the one we now experience. In many ways, it foreshadows what the game was to become and how it began to deteriorate even as it grew in popularity driven by 24/7 cable coverage and the explosion of March Madness. Here’s a quick rundown of what the game tape reveals: Continue reading…