Sigmundsson Hermundur, Trana Leif, Polman Remco, Haga Monika
Department of Psychology, Norwegian University of Science and Technology, 7491 Trondheim, Norway.
Department of Sport Science, Reykjavik University, 101 Reykjavik, Iceland.
Sports (Basel). 2017 Jun 15;5(2):38. doi: 10.3390/sports5020038.
Knowledge about developmental theories is important for experts or specialists working with children following normal development and children who have various kinds of dysfunction, in order to better understand what happens with processes associated with motor behavior. In this article, we have explored how theories of development and learning can be used to understand processes associated with motor behavior. A probabilistic perspective emphasizes that the changes taking place in the development is a result of interaction: structural changes in the nervous system leading to changes in function and behavior and opposite, functional changes resulting in changes in structure. This bidirectional interaction between biological and experiential aspects is a continuous process which cannot be reduced to either organism or environment. Dynamical systems theory (DST) emphasizes that it is the interaction between the person, the environment, and the task that changes how our movements are, also in terms of how we develop and learn new movements. The interplay between these factors will, over time, lead to changes in motor development. The importance of experience is central to Edelman's theory of neuronal group selection (NGST). Activation of the nervous system increases the connections between certain areas of the brain, and the selection processes in the brain are a result of enhancement of neural connections involved in a "successful" motion. The central nervous system adapts its structure and function in response to internal and external influences, and hence neural plasticity is a prerequisite for learning and development. We argue that Edelman´s approach supports the theory of specificity of learning. From the perspectives of probabilistic epigenesis, DST, and NGST, we can see that being physically active and having the opportunity to get different movement experiences are of great significance for promoting motor development and learning. A variation of purposeful or rewarding physical activity in a variety of contexts will provide individual opportunities for changes of behavior in terms of both quantitative and qualitative changes in motor development.
对于从事正常发育儿童和各类功能障碍儿童工作的专家或专业人员而言,了解发展理论非常重要,以便更好地理解与运动行为相关的过程中发生了什么。在本文中,我们探讨了发展和学习理论如何用于理解与运动行为相关的过程。概率视角强调,发育过程中发生的变化是相互作用的结果:神经系统的结构变化导致功能和行为的变化,反之,功能变化导致结构变化。生物和经验方面之间的这种双向相互作用是一个持续的过程,不能简单归结为有机体或环境。动力系统理论(DST)强调,人、环境和任务之间的相互作用会改变我们的运动方式,包括我们如何发展和学习新的运动。随着时间的推移,这些因素之间的相互作用将导致运动发育的变化。经验的重要性是埃德尔曼神经元群选择理论(NGST)的核心。神经系统的激活增加了大脑某些区域之间的连接,大脑中的选择过程是参与“成功”运动的神经连接增强的结果。中枢神经系统会根据内部和外部影响调整其结构和功能,因此神经可塑性是学习和发育的先决条件。我们认为埃德尔曼的方法支持学习特异性理论。从概率表观遗传学、动力系统理论和神经元群选择理论的角度来看,我们可以看到身体活跃并有机会获得不同的运动体验对于促进运动发育和学习具有重要意义。在各种情境中有目的或有奖励的体育活动的多样化将为运动发育在数量和质量变化方面的行为改变提供个体机会。