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Introduction

If anyone is interested in starting a Playmakers Basketball Development League in their community, check out this video about the benefits of 3v3 basketball: https://www.youtube.com/watch?v=f3ukbZhWkcM. If anyone is interested in a job with PBDL, I have been, and still am looking for someone with business savvy and/or web design skills. 

This week, I expand on a recent tweet about contesting shots with the left hand, explain why college players from outside the United States find college basketball boring, and continue the article about shooting practice, focusing on the idea of game-likeness or tsk representation. In addition to Part 2 of shooting practice, please check out the work of Harri Mannonen on the topic: https://harrimannonen.com/2016/05/12/blog-remarks-on-shooting-and-practicing-shooting/

Left-Hand Contest

Most players are right-handed. Consequently, most shots are right-handed, and most defenders contest with their right hands. Depending on the defender’s exact positioning, the defender must lunge across his or her body or twist in order to contest the shot. When the attacker and defender face each other, the attacker’s right hand is across from the defender’s left hand. From this position, the defender contests a shot more quickly and with greater reach when using his or her left hand.

Few players use their left hands to contest shots. Because they are right-hand dominant, they do almost everything with their right hands, and using their left hand feels awkward. Many fouls are committed by players who are otherwise in good position because they reach across their bodies with their right hands rather than contesting with their left hands. The increasing frequency of fouls on jump shooters is due, at least partially, to players contesting across their bodies, which leaves them susceptible to fouls when shooters shot fake or lean/jump into the defenders. 

Contesting with the left hand should not be difficult; it is not a complex skill. It is a habit that develops because most people develop with a single dominant hand. When I started to referee soccer, a state assessor asked me if I was heavily right-hand dominant. I was offended, as one of my greatest strengths as a basketball player was my ability to use my left hand. He noticed that I made every signal with my right hand, and I turned toward my left shoulder, the more natural movement for right-handed people. Now, I notice the same right-hand dominance in referees all the way to the highest levels, although I have adjusted and trained myself to use my left hand in certain situations, such as signaling a goal kick, as it opens a referee’s body to his or her assistant referee on that end of the field, facilitating eye contact. Once I was aware of my right-hand dominance, I made a conscious effort to change, and now it is habitual in situations where a left-hand signal provides an advantage. 

Most young basketball players are unaware of their right-hand dominance. Mirroring the ball with the immediate hand is not something that is taught often, and in some cases, the opposite is taught. When I was young, I was taught to play with a staggered stance; the ipsilateral hand was forward. This was used to defend against a crossover dribble rather than to mirror the ball. An an example, when a player dribbled with his right hand, my right foot was forward, and my right hand was the “dig” hand. Instead, I teach a parallel, square stance that enables me to use either hand to mirror, jab, or contest the ball. 

Now, positioning matters, and this positioning with the attacker and defender nose to nose is infrequent. There are situations when the defender must contest with his or her right hand. When an attacker stops quickly with the right-hand dribble on the right side of the court, and gains an advantage against the defender, the defender’s right hand is closer to the attacker’s right handed shot; a left-hand contest from this position would be a lunging contest. 

As with most things, it depends on the context, but few players learn to contest with their left hands, likely because they are unaware of their dominant movements. By making them aware, defenders can work on contesting with both hands, using the hand that allows the most balanced, quickest, or longest contest. 

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FIBA vs NCAA Basketball

Because of my books, clinics, and travel, I know a fair number of coaches and players from Canada and Europe who develop with FIBA rules and come to the United States to play college basketball. Increasingly, I hear from these sources that the college game is boring. These players appreciate the opportunity to play college basketball and receive a free education, but they are dissatisfied with the experience, especially the coaching and the practices. They cannot wait for the season to end, although they plan to play in Europe after graduation. In the most recent instances, this angst has nothing to do with playing time, team’s success, or other issues that frequently lead to complaints; one player leads her team in minutes on a league champion, and another is the team’s best player and likely an all-league selection. 

The two dominant complaints are the sameness of practices, and the coach control during games. One player said that every practice is exactly the same. This is believable based on the dozens of college practices that I have attended. If you created a standard template of a college practice, at least 80% of practices would be the same, give or take a 10% difference. The majority of time is spent on block practice shooting drills, shell drill for defensive rotations, pseudo-transition drills for layups and conditioning, and non-competitive practice of offensive sets.

I understand the desire to do the same basic things from practice to practice, and my practices tend not to have great variety. I dislike explaining complicated drills; if I want to do a shooting drill, I want to shoot, not talk about which line to fill after a player rebounds. Doing the same drills repeatedly limits the explanations on the drill’s execution, which leaves more time to do the drill and to give feedback on the skill being practiced. 

When the team does the same drill every day, how do players improve? What do they learn? What does the monotony do for their motivation? 

The goal tends to be to get through a drill with fewer and fewer mistakes. Is that improvement? In a three-person weave, coaches use a time limit, and players make a certain number of shots in that time, or coaches count mistakes and punish players after a certain number of mistakes. They may restrict the number of passes or the type of passes. 

Imagine the coach puts 3 minutes on the clock and the team has to make 30 layups in the 3 minutes. On any mistake, that group is out and a new group starts. What does this encourage? What does this teach? The consequence likely increases task concentration to avoid the punishment. Players likely go fast because of the time limit, but not too fast because they want to avoid a mistake. Essentially, they practice in their comfort zone.

Avoid questions of task representation and transfer to a game because of the lack of defense and the defined movement patterns; do these constraints lead to improvement? Does completing the drill in 3 minutes with 30 made layups demonstrate learning or improvement? 

Maybe. With young players, it may demonstrate an improved ability to make layups. With others, it may demonstrate an improved understanding and execution of the weave pattern. Of course, is that important? Do we care whether or not players can run in a weave? 

With college players, would this show improvement? We know college players can make chest passes. We know college players can make layups. What have these players learned or improved by achieving the goal? 

Nothing. It is unlikely that this goal makes them better passers. What is a better passer? Passing more accurately, delivering passes with better timing, reducing turnovers, and completing more difficult passes are four ways that one could improve her passing. Does a three-person weave improve accuracy and timing? Does it reduce turnovers? Does it improve the ability to make more difficult passes, such as passes in a smaller window? Without defenders, I do not believe that it addresses any of these. 

Similarly, how does a player improve his or her finishing? The player could improve her percentages on the same shots that she shoots currently or she could expand her finishing to be able to make more difficult shots. When every finish is an uncontested outside-hand layup, does the college player improve? No. She practices a shot that she makes nearly 100% of the time, but does not improve her ability to shoot when defended or her ability to use other finishes. 

What, then, is the purpose of the drill? What are we doing in practice when every day is the same? How are the players learning or improving?

As for the coach control during games, FIBA uses a 24-second shot clock. A high-school player who played with a 24-second shot clock moves to the U.S., and plays at a higher competitive level with better players, but the clock moves to 30 seconds. Worse, for many of her teammates, a 30-second shot clock is an adjustment because most U.S. players finish high school without playing in a game with a shot clock. 

The longer shot clock facilitates more coach control. College coaches tend to be controlling and prefer a deliberate game. They tend not to trust their players. They run play after play. They engage in “playstation coaching” (HT: @InnovateFC). 

A 24-second shot clock makes it more difficult to coach in this manner. It is possible to run a play on each possession, although the play cannot be too complicated. When the play does not produce the desired shot, there is not enough time to re-set and run another play. Players make decisions. Players make plays. 

I watched one player on television. He was recruited as a point guard. He dribbled across half-court, entered the offense, cut to the corner, and stood at the three-point line. This was the offensive system, as it happened repeatedly. There was little ball movement, and a lot of dribbling. College coaches blame AAU, but at these levels (low D1, D2), coaches have players for four years. They cannot develop a better offensive system with players who are there for four years? More to the point, your point guard developed with a 24-second shot clock and a high-school coach who values ball movement and decision-making; rather than hide him in the corner as his teammates dribble in circles, and then blame AAU, use him more! Hide the ball stoppers in the corner and use the players who move the ball!

Like everything, there are good college coaches and bad college coaches. Unfortunately, many are beholden to a single practice plan and do not appear to know how to structure practice to elicit the behaviors that they desire. Instead, they prefer to rant in their press conferences and deflect blame. 

One of the oldest theories in sports psychology is the inverted-U theory developed by Yerkes and Dodson (1908). Arousal is placed along the x axis and performance along the y-axis. Along the x-axis, the arousal level moves from low to moderate to high; in other words, from boredom to optimal to anxiety. The inverted U moves from poor performance (boredom) to maximal performance (optimal) to poor performance (anxiety). The optimum level of arousal is termed a just-right challenge; this is just beyond the players’ current level of performance, also termed practicing at the edge of one’s ability. Dan Coyle (2009) referred to this as the Sweet Spot. 

The three-person weave drill is not at the edge of a college player’s ability; it is boring, as there is low arousal and general disinterest, which is the reason that coaches resort to the carrot-and-stick approach to motivation: They punish players who perform below standards. Daniel Pink (2009) cited studies that found that external rewards and punishment improved performance on mechanical tasks, such as a three-person weave. On cognitive tasks, or tasks requiring creative thinking, more external rewards hurt performance. Coaches say that they want creative players or players with high basketball intelligence, but they use mind-numbing tasks and resort to punishment to elicit the desired effort. The problem is not the players’ motivation; the problem is the practice. 

The coach’s control during games has the same effect. It decreases motivation. It reduces decision making and creativity. Players play hard because they want to win, and they play hard for their teammates, but their internal motivation is dampened. For some players who have played for the same type of coaches for their entire lives, this may not be a surprise. For those who have played for more progressive coaches, and/or those who have played with a 24-second shot clock that requires quicker play and more player decision-making, this coaching increasingly leads to boredom and frustration. 

The challenge is to find a coaching style that challenges players and increases their motivation through varying the tasks, connecting drills to games, pushing players outside their comfort zones, and empowering players to make plays and make decisions. Doing the same thing every day and/or running set plays on every possession will not achieve this goal. 

Shooting Practice, Part 2

Last week, I wrote about the accepted game slippage and contextual interference. The ideas of contextual interference focused solely on practice schedules; how to employ repetitions of one’s shooting technique for the best possible transfer from practice to games. Beyond the scheduling of repetitions (block vs. random; constant vs. variable), the task representation or the game-likeness of shooting drills or repetitions affects transfer. 

When coaches upload videos of game-like shooting drills to YouTube and Instagram, the game-likeness is attributed to location or speed. When a player shoots from the elbow area during games, practicing shots from the elbow area is considered game-like shooting; running fast prior to a shot is considered a game-like shot, despite many three-point shots involving no pre-shot movement. Few players sprint into shots; JJ Redick sprints around screens and directly into shots, and Russell Westbrook flies down court and stops on a dime to shoot his pull-up shots, but many more shots are attempted with low velocity pre-shot movement or no movement at all. However, running fast into a shot is considered “game shooting”. 

These game-like shooting drills ignore the game constraints that most greatly affect shooting percentages: Defense and decision-making. When other variables are controlled, tight defense reduces shooting percentages by 12% (Weil, 2011). If defense decreases the shooting percentages by 12%, why are shooting percentages reduced by a factor of two from practice drills? The close proximity of a defender explains only part of the game slippage.

Would practicing with defenders reduce the disparity? Would practicing with defenders narrow the percentage discrepancies between games and practice? Defenders change the actual technique of the shot; it is not just a feeling of pressure. Specifically, when defended, players shoot faster, have longer jump times, and the ball spends more time in the air (Gorman & Maloney, 2016). The presence of defense increases movement variability, as shooters adjust their technique because of the changing demands (Gorman & Maloney, 2016). These are actual technique differences, not just outcome differences. The presence of defenders changes the technique of shooters. If true (i.e. if the results are generalizable to a wider audience rather than the test subjects), it suggests that practicing uncontested shots and practicing contested shots are different techniques, as we consider an overhand layup and an underhand layup as different techniques, although both are layups. 

In addition to defense, in a game, players decide to shoot. They actively make a decision. In most shooting drills, players shoot because the drill designated them as the shooter or it is their turn. There is no choice. There is no decision making. This idea is ignored by coaches and players, but it has a real effect. I did a drill with some good shooters in Chicago. When we added a passing option — they received a pass and had a choice of shooting or passing — their shooting percentages dropped precipitously. There was defense involved, as their decision to pass or shoot was predicated on the proximity of a defender, but there were only two defenders for four shooters. Nearly every shot was an open shot. The defense may have added some pressure or changed the speed of the shot, but the bigger difference was the choice. Players hesitated. They had to decide whether or not they were taking a good shot; they had to evaluate whether their shot was better than a future potential shot if they passed; they had to consider whether a teammate was a better shooter. 

We ignore these effects, but the decision to shoot affects one’s shooting, and it is something that is all but ignored in most shooting drills. As Finnish coach Harri Mannonen has written, a game shot requires, at minimum, a defender and a passing option. Not every drill has to be a game-like shooting drill, but to describe a drill as game-like, it should incorporate defense and decisions. 

If we incorporated defense and choices into more shooting drills, we could improve the transfer from practices to games. When shooting by oneself, when there is no defense or passing option, the contextual interference concepts — random and variable practice — can be applied to improve transfer. For these reasons, the Five-Person Partner String Shooting Drill is my go-to shooting drill: https://www.youtube.com/watch?v=bFRI3MlmK_Y

References

Gorman, A.D., & Maloney, M.A. (2016). Representative design: Does the addition of a defender change the execution of a basketball shot?. Psychology of Sport and Exercise, 27, 112-119.

Weil, S. (2011). The importance of being open: What optical tracking data can say about NBA field goal shooting. 2011 MIT Sloan Sports Analytics Conference.

Copyright © 2017 180 Shooter, All rights reserved.


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