Training programme designs in professional team sport: An ecological dynamics exemplar.
Ecological dynamics is a contemporary theory of skill acquisition, advocating the mutuality of the performer-environment system, with clear implications for the design of innovative training environments in elite sport. It contends that performance behaviours emerge, and are adapted, by athletes satisfying a confluence of constraints impacting on their structural and functional capacities, the physics of a performance environment and the intended task goals. This framework implicates contemporary models of coaching, training design and sport science support, to stimulate continuous interactions between an individual and performance environment, predicated on representative learning designs (RLD). While theoretical principles of RLD in ecological dynamics are tangible, their practical application in elite and high level (team) sports need verification. Here, we exemplify how data sampled from a high-performance team sport setting could underpin innovative methodologies to support practitioners in designing representative training activities. We highlight how the use of principles grounded within ecological dynamics, along with data from performance analytics, could suggest contemporary models of coaching and preparation for performance in elite sport.
['Woods|Carl T|CT|', 'McKeown|Ian|I|', 'Shuttleworth|Richard J|RJ|', 'Davids|Keith|K|', 'Robertson|Sam|S|']
Ecological dynamics Skill acquisition Representative learning design Constraints-led approach Interdisciplinarity Localised interactions Performance analysis