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The Ecological Task Dynamics of Learning and Transfer in Coordinated Rhythmic Movement
Daniel Leach1, Zoe Kolokotroni1, Andrew D Wilson1
1Psychology, Leeds School of Social Sciences, Leeds Beckett University, Leeds, United Kingdom.
Frontiers in Human Neuroscience
|September 24, 2021
Summary
Learning new motor skills is highly specific. This study introduces ecological task dynamics to formally define tasks from the learner's perspective, showing surprising transfer in bimanual coordination learning.
Area of Science:
- Motor Learning
- Cognitive Science
- Ecological Psychology
Background:
- Decades of research show perception-action learning is task-specific.
- Limited transfer occurs even with minor task alterations.
- Existing task definitions rely on common-sense divisions, failing to explain this specificity.
Purpose of the Study:
- Introduce ecological task dynamics, a novel framework for defining tasks.
- Formally define tasks from the first-person, experiential perspective of the learner.
- Investigate learning and transfer in bimanual coordinated rhythmic movement.
Main Methods:
- Developed an ecologically grounded model of task dynamics.
- Conducted a learning and transfer experiment with 10 participants.
- Trained participants on a specific bimanual coordination task (60° mean relative phase).
Main Results:
- Learning of the 60° relative phase coordination was observed.
- Significant transfer of learning occurred to untrained coordination targets (30° and 90°).
- Results contradicted predictions from previous task-specificity models.
Conclusions:
- Ecological task dynamics offers a new perspective on task definition and specificity.
- The findings challenge traditional views by demonstrating substantial transfer in a seemingly specific motor task.
- This framework provides tools to better understand and predict learning and transfer phenomena.
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