The Relationship between Expertise in Sports, Visuospatial, and Basic Cognitive Skills

Area of Science:

• Cognitive psychology
• Sports science

Background:

• Team sports demand advanced cognitive and visuospatial skills.
• Research on elite athletes' cognitive abilities, particularly visuospatial skills, is limited and yields inconsistent findings.

Purpose of the Study:

• To investigate cognitive skills, including choice response time (CRT) and mental rotation (MR), in elite team sports athletes.
• To compare cognitive performance between elite and recreational athletes using varied stimuli and expertise levels.

Main Methods:

• Experiment 1: Compared elite and recreational athletes on CRT and MR.
• Experiment 2: Used higher expertise athletes and 3D human stimuli for CRT and MR.
• Experiment 3: Assessed basic cognitive skills (processing speed, letter readout, memory span, sustained attention) in elite vs. recreational athletes.
• Experiment 4: Correlated cognitive skills with MR and CRT.

Main Results:

• No significant differences in MR were found between elite and recreational athletes across experiments.
• Elite athletes demonstrated shorter CRTs in Experiment 2.
• Elite athletes showed superior sustained attention in Experiment 3.
• Processing speed predicted MR, and letter readout speed predicted CRT in supplementary analysis.

Conclusions:

• Elite athletes possess specific cognitive advantages, notably in sustained attention and choice response time, rather than general visuospatial skills like mental rotation.
• Cognitive skill performance in athletes is influenced by expertise level and task-specific demands.
• Future research should explore the relationship between basic cognitive functions and complex sport-specific skills.