Just about any sport or physical activity will help to develop physical literacy and good movement skills. However, if you had to pick one sport that developed the most skills and capacities, it would have to be soccer.
Even at the basic levels of development, physical literacy includes a long list of fundamental movement skills. The most essential of these — out of hundreds — are generally accepted to be running, jumping, throwing, catching, kicking, hopping, skipping, galloping, and dodging. These skills are based in turn on a foundation of physical capacities called the ABCs of movement: agility, balance, coordination, and speed.
Throw into the mix some spatial orientation skills and cognitive decision making, and you have most of what makes up physical literacy.
So how does soccer rate on these points? Extraordinarily well, as it turns out.
Agility, balance, coordination, and speed are closely connected to the development of the central nervous system (CNS) in early childhood. The bodies of preschool children are silently waiting for precisely the kind of stimulation that will get the CNS preparing and adapting for the ABCs. As it happens, quick changes of direction and diversity of movement are intrinsic to soccer, so the simple act of playing the game provides the perfect stimuli to help children to develop these capacities. You can almost hear each child’s CNS saying: “Gee, thanks for registering me in soccer!”
Soccer involves a little bit of running. Actually, it involves a lot of running. And best of all, for children who haven’t reached puberty, it provides exactly the kind of running they need: short distance sprinting followed by short time intervals of recovery. Note: If your child’s U9 coach is sending the team on long laps of the field, you might ask him why. The science shows that jogging around a soccer field at half speed is doing nothing to develop the quickness and interval recovery required to play soccer. Furthermore, it isn’t helping your pre-pubertal child to be a better distance runner anymore than if she was playing the game for 10 minutes and having a lot more fun.
When your child plays soccer, there are a lot of other players on the field who want to frustrate their efforts to run and play the ball. Consequently, the game demands that kids do a lot of jumping and dodging to evade opponents. It also demands that they hop, skip, and even gallop at times as they change speed and adjust their stride to avoid players and change direction.
Hold on. When are you allowed to use your hands in soccer? Well, for starters, every time the ball passes out of play on the sidelines. Play restarts with a throw in, and every player needs to learn how to do it. And goalkeepers, a position just about every child plays at some point during their early years in the game, are constantly catching the ball with their hands and passing it to teammates with a baseball-style throw.
One of the less discussed aspects of physical literacy — but integral to throwing and catching as well as striking something with a bat or racquet — is the ability to track the movement of an object (e.g., ball) as it travels through the air. Your child’s ability to use her eyes to track movement and estimate speed and distance does not “just happen”. As with movement skills, it needs to be developed through real experience and practice. Soccer provides plenty of experience as the game constantly challenges players to gauge the speed, distance, and trajectory of the ball.
The ability to “read the environment” and respond with appropriate decisions is another element of physical literacy that is often overlooked. In the days of our distant ancestors, it might have meant deciding to climb a tree quickly after spotting a lion. In the context of a sport such as soccer, it is deciding to pass the ball to a teammate running to open space, or shooting at goal when the goalkeeper is out of position. The game constantly creates fresh cognitive challenges where players must gather information from their physical environment, analyze that information, and then execute an appropriate physical response.
Not much needs to be said here. There is a lot of kicking in soccer. And the range of kicking techniques can eventually become remarkably complex as players develop in the sport. (For instance, according to Active for Life contributor Istvan Balyi, players in Hungary used to be expected to be able to play the ball with eight different surfaces of the foot. How many of us can even identify eight distinct surfaces on one foot?)
Soccer is practically a physical literacy wonder drug. If we could package it in tablet form, we could sell it as a prescription medicine for developing all-around movement skills in children.
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