Overview
Decision-making is one of the most important determinants of basketball performance, influencing how players perceive information, adapt to changing game situations, and execute effective tactical decisions under pressure.
This review examines the current evidence on how training interventions, task constraints, and perceptual-cognitive methods influence decision-making in basketball players. By synthesizing recent research, the paper translates scientific findings into practical recommendations that coaches and practitioners can apply in representative training environments.
Why This Review?
Although research on decision-making in sport has grown considerably, evidence specific to basketball remains fragmented across different methodologies and training approaches.
This review brings together current research to provide a clearer understanding of how decision-making can be developed through representative learning design, small-sided games, constraint-based training, and perceptual-cognitive interventions.
8
Studies reviewed
3
databases searched
2016-2026
years of research included
Key Findings
Training Interventions
Explore how small-sided games, constraint-based training, perceptual-cognitive methods, and video-based interventions influence basketball decision-making.
Effects of Constraints
Understand how spatial, temporal, and numerical constraints shape decision speed, accuracy, and tactical behaviour.
Decision-Making Outcomes
Examine how different training approaches affect decision speed, decision accuracy, and tactical decision-making.
Practical Applications
Evidence-based recommendations for coaches to design representative learning environments and improve player development.
Future Research
Recommendations for future studies, including standardized assessment methods and basketball-specific research directions.
Practical Applications
The findings of this review provide practical guidance for coaches and practitioners seeking to improve decision-making in basketball. Rather than treating decision-making as an isolated cognitive skill, training should integrate perception, action, and tactical understanding within representative game environments.
✔ Design Representative Learning Environments
Create practice activities that closely resemble the perceptual and tactical demands of competition, allowing players to make decisions under realistic conditions.
✔ Use Small-Sided Games Purposefully
Manipulate player numbers, court dimensions, and rules to increase decision-making opportunities while maintaining the game's tactical complexity.
✔ Apply Constraint-Based Training
Adjust spatial, temporal, and numerical constraints to progressively challenge players and encourage adaptive tactical behavior.
✔ Integrate Perceptual-Cognitive Training
Complement on-court practice with video-based learning and perceptual-cognitive exercises to develop anticipation, visual attention, and tactical awareness.
✔ Adapt Training to Player Development
Progress task complexity according to players' age, experience, and competitive level to support long-term decision-making development.