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EXERCISE

Observational Learning

There are many ways in which people acquire skills. Some prefer to have auditory descriptions, others enjoy performing (i.e., kinesthetics) the skill, and yet others prefer seeing (i.e., visual) the skill executed. These methods are not mutually exclusive, and can occur in many combinations with varying levels of contribution. For the purposes of this discussion, […]

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Practice, Instruction, and Skill Acquisition

Complex movement patterns are often taught by an observational means through demonstration. I would like to discuss when, where, and how observational instruction is efficacious, and how it might be fused with other teaching strategies to yield optimal outcomes. Williams and Hodges (2005) told us that demonstration is best suited for outcome goals with movement […]

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Train Muscles, or Movement Patterns?

It is intriguing that skill acquisition emanates from constraints imposed upon us (i.e., environment) from within us (i.e., the organism) as well as the task itself (Clark, 1995). These concepts find their home within the dynamic pattern theory, accompanied by self-organization, patterns and stability. I’d like to explore the utility of these perspectives in reducing […]

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Barefoot Training

In the last year approximately, I have been experimenting with having clients perform some exercises (i.e., standing) without shoes. I have read about the benefits, but never truly was “sold” on why. I believe I did not appreciate the concept of proprioception, and its relationship to the sensorimotor system. The sensorimotor system contains two fundamental […]

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Dynamic Systems Theory and the Sensorimotor System: Understanding the Relationship

Dynamic systems theory (DST) helps medical and exercise professionals understand and explain the nature and causes of movement skill acquisition (Magill, 2011). The sensorimotor system could be viewed as the conduit through which individuals gather, process, and disseminate information, and movement, within the environment. In essence, there exists a symbiotic relationship between DST and the sensorimotor […]

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