Feature Story
Let’s Play Hockey Columnist
Consider a team effort in a tug of war.
If some team members are pulling north, some south, and the objective is to
pull the opponents to the east, effort is obviously wasted. There is no
synergy; the result is certainly not greater than the sum of the individual
parts. In fact, it is far less.
Teaching X’s and O’s is
too easy. For the coach of a Tug-of-War team, just point all the arrows to the
east. Teaching creativity – teaching read-and-react hockey — is not so easy.
The real question for a coaching staff is
… to what extent systems, rather than creativity, should guide team play with
the puck. At higher levels of play, it is not necessary – and often highly
counterproductive – to tell players what to do on an offensive attack. Not that
it is unnecessary to practice attacks, repeating them hundreds of times, so
players have the opportunity to find creative opportunities.
In college or
The second one isn’t too difficult – just
send ‘em to the minors.
But at the other end of the spectrum – in
youth hockey – the question needs to be asked: how much potential creativity
might be lost if we insist that offensive attack must be done by a team system?
Notice this
is a question about insistence, not about teaching. Creativity is never stifled
by teaching and practicing new methods of attack. Even the most brilliant young
talent will learn and add to the arsenal, things that are picked up in team
practices. It doesn’t have to be an unstructured game on the pond.
The problem isn’t one of teaching, it’s
one of patience. Coaches never second- guess a player who tries a creative new
play in an important game – provided the outcome is favorable. The real test of
patience comes when the outcome hurts the team – or simply scares the coach.
This invariably brings out the old line, “I told you not to try that.”
When a player chooses not to dump the
puck in deep, but tries a creative attack against an opposition in good
defensive position – now, we have a debate as to whether or not the coach
should second-guess. There are superstars in the
They make their coaches nervous today,
and they did 20 years ago.
There are also superstars who dump it
deep in certain situations, allowing the coach’s blood pressure to drop toward
normal. But, there are no superstars who dump it in every time the coach would
like. That’s why they’re superstars.
The word creativity would be defined in
hockey partly by plays the coach has never seen before – and the player never
tried before. It just came to him/her in the split second it took for his
computer to respond to the defensive setup.
Young players who make the most creative
decisions – and have the skill to back it up – might become superstars. Those
who aren’t allowed to try will not.
One problem at the youth level is
convincing kids with awesome skills that creativity means finding ways to use
But they will
face those situations someday or some year, of course, and a good coach should
prepare them as much for the future as for the present. This is not an easy job when the player can skate and
stickhandle through the opposition at will.
The youth coach also faces a difficult
task when a player lacking average skills tries to be creative without using
team-mates. In both of these situations, we invoke the word “selfish” where it
doesn’t really fit. Kids are not doing this because they’re selfish – they
simply have much to learn about the best way to get the job done. They’re kids.
And if coaches have been promoting
creativity on the attack, of course it will fail many times in youth hockey
games. It’s much simpler – and there will be many more wins – if we just chip
it out of the zone, if defensemen throw it on the glass to break out, if we
dump it in every time in the neutral zone, forecheck
like heck and let the other team make mistakes.
At this point the coaching staff has to
be committed to its basic mission: helping kids get better. Sound simple? Try
it when you’re losing.
So, let’s review in case this article had
some conclusions, not just questions. The only conclusion I see is this:
Jack Blatherwick,
Ph.D., is a physiologist for the