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RESEARCH PRODUCT

Working memory capacity does not always promote dual-task motor performance: The case of juggling in soccer.

Raphaël LaurinLucie Finez

subject

MaleAdolescentNeuropsychological TestsTime pressurebehavioral disciplines and activitiesTask (project management)Young AdultCognitionArts and Humanities (miscellaneous)SoccerDevelopmental and Educational PsychologyHumansAttentionGeneral PsychologyWorking memoryAttentional controlGeneral MedicineDUAL (cognitive architecture)Mental calculationTest (assessment)Memory Short-TermPsychologypsychological phenomena and processesCognitive loadPsychomotor PerformanceCognitive psychology

description

The aim of this research was to refine our understanding of the role of working memory capacity (WMC) on motor performances that require attentional control in dual-task situations. Three studies were carried out on soccer players. Each participant had to perform a juggling task in both normal and dual-task conditions. In Study 1, the interfering task was a mental calculation test performed under time pressure (strong cognitive load). In Study 2, the interfering task was a count-down test (low cognitive load). In Study 3 an intra-individual design in which participants perform dual-tasks increasingly complex has been proposed. Results showed a positive relationship between participants' WMC and their dual-task motor performance when the cognitive load was low and a negative relationship when the cognitive load was high. This paper highlights the role of the WMC in the activation of different modes of processing and its importance on the performance in dual-task.

10.1111/sjop.12589https://pubmed.ncbi.nlm.nih.gov/31637739