Publication

The Role of Task Difficulty in Learning a Visuomotor Skill

Bootsma, J. M., Hortobagyi, T., Rothwell, J. C. & Caljouw, S. R., Sep-2018, In : MEDICINE AND SCIENCE IN SPORTS AND EXERCISE. 50, 9, p. 1842-1849 8 p.

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Introduction Task difficulty affects the amount of interpretable information from a task, which is thought to interfere with motor learning. However, it is unclear whether task difficulty in itself is a stimulus for motor learning because the experimental evidence is mixed in support of the optimal challenge point framework that predicts one specific level of task difficulty to produce the greatest magnitude of motor learning.

Purpose We determined the effects of functional task difficulty on motor skill acquisition, retention, and transfer.

Methods Healthy young participants (N = 36) learned a mirror star-tracing task at a low, medium, or hard difficulty level defined by the bandwidth of the star. We measured skill acquisition, retention, and transfer to untrained difficulty levels, as well as the perceived mental workload during the task.

Results Task difficulty affected motor performance, but did not affect motor learning and transfer. For the groups that practiced the task at the medium and hard but not at the low difficulty level, initial skill level correlated with the magnitude of learning.

Conclusions The optimal challenge point framework does not capture the complex relationship between task difficulty and motor learning. Previously reported effects of task difficulty on the magnitude of motor learning are probably mediated by perceived mental workload. Task difficulty did not affect the magnitude of visuomotor skill learning but it affected how learning occurred. The data have implications on how athletes learn new motor skills and patients relearn injury-impaired motor skills during rehabilitation.

Original languageEnglish
Pages (from-to)1842-1849
Number of pages8
JournalMEDICINE AND SCIENCE IN SPORTS AND EXERCISE
Volume50
Issue number9
Publication statusPublished - Sep-2018

    Keywords

  • MOTOR LEARNING, MOTOR CONTROL, CHALLENGE POINT, ERROR-PRONE LEARNING, ERRORLESS LEARNING, MENTAL WORKLOAD, TIME SCALES, MOTOR, PERFORMANCE, ACQUISITION, RETENTION, STABILITY, FATIGUE, SUCCESS

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