Investigating Team Coordination in Baseball Using a Novel Joint Decision Making Paradigm

Area of Science:

• Sports Science
• Cognitive Psychology
• Human Movement Science

Background:

• Effective team coordination is crucial for success in dynamic team sports.
• Understanding the factors influencing team coordination, such as shared experience and individual capabilities, remains an active area of research.

Purpose of the Study:

• To develop and validate a novel joint decision-making paradigm for assessing team coordination.
• To investigate the impact of team familiarity and individual roles on decision-making and coordination in baseball infielders.

Main Methods:

• A joint decision-making paradigm was created using video analysis of baseball infield scenarios.
• Participants (30 groups of 4 college baseball players) were categorized as teammates, non-teammates, or scrambled teammates.
• Decisions were evaluated by coaches for coordination scores, and group decision times were recorded.

Main Results:

• Teammates demonstrated significantly faster and more coordinated decisions compared to non-teammates and scrambled teammates.
• Scrambled teammates outperformed non-teammates, suggesting a benefit from shared team experience even without familiar roles.
• Individual action capabilities also contributed to team coordination effectiveness.

Conclusions:

• Team coordination is enhanced by shared experience with teammates' responses and individual action capabilities.
• The developed joint decision-making paradigm is sensitive to group composition and effective for studying team coordination.
• Findings have implications for training and team building in sports and other collaborative environments.