Immediate and delayed effects of integrating physical activity into preschool children's learning of numeracy skills

Area of Science:

• Child Development
• Educational Psychology
• Kinesiology

Background:

• Cognitive development in early childhood is crucial for academic success.
• Integrating physical activity into learning may enhance cognitive functions.
• Understanding the impact of movement on numerical skills is important for educational practices.

Purpose of the Study:

• To investigate the effects of a 4-week program integrating physical movements with numerical cognitive tasks.
• To compare the learning outcomes and enjoyment levels across different physical activity integration conditions.

Main Methods:

• A cluster-randomized controlled trial involving 120 preschool-aged children.
• Four conditions were tested: task-relevant integrated physical activity, task-nonrelevant integrated physical activity, observing integrated physical activity, and sedentary teaching.
• Numerical skills and enjoyment of the instructional method were assessed.

Main Results:

• Children performing task-relevant integrated physical activity demonstrated superior performance in numerical tasks compared to all other groups.
• Physical activity engagement, regardless of task relevance, led to higher reported enjoyment of the learning method.
• Sedentary learning conditions resulted in lower enjoyment scores.

Conclusions:

• Integrating physical movements into cognitive tasks, particularly when relevant to the task, significantly improves numerical skill acquisition in young children.
• Movement-based learning enhances student engagement and enjoyment, offering a viable alternative to traditional sedentary methods.
• Findings support the integration of physical activity into early childhood education for improved cognitive and affective outcomes.