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Motor schema formation and retention in young children
1a School of Physical Education , West Virginia University.
Journal of Motor Behavior
|August 17, 2013
Summary
Practicing motor skills with varied conditions enhances learning and retention. Children who practiced bean bag tossing with variable weights showed better skill transfer and less performance loss over time.
Area of Science:
- Motor Learning
- Motor Skill Acquisition
- Cognitive Psychology
Background:
- Schmidt's (1975) motor schema theory posits that variability of practice enhances motor schema formation.
- Understanding how practice variations influence motor skill learning and long-term retention is crucial for effective training.
- Previous research has explored motor learning principles, but further investigation into the variability-of-practice hypothesis is warranted.
Purpose of the Study:
- To test the variability-of-practice hypothesis regarding motor schema formation.
- To examine motor schema retention after a 2-week interval.
- To investigate the impact of varied practice on transfer of learning to novel tasks.
Main Methods:
- Preschool children participated in a bean bag tossing task over five days (100 trials total).
- Four groups received practice with varying bean bag weights to manipulate practice variability.
- Performance was assessed using criterion and novel weighted bean bags, and a similar new task, immediately and after a 2-week retention period.
Main Results:
- Results supported the variability-of-practice hypothesis, demonstrating enhanced schema formation and transfer to novel tasks within the same movement class.
- The group practicing with variable weights showed significantly less performance loss after the 2-week retention interval compared to other groups.
- Variability of practice facilitated more robust motor schema development and retention.
Conclusions:
- Variability of practice is effective for motor schema formation and promotes better learning and retention of motor skills.
- Training protocols incorporating varied practice conditions can lead to more durable skill acquisition and improved transfer.
- The findings have implications for designing effective motor skill learning programs for children.
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