In the current educational landscape dominated by standardized testing and core academic performance, physical education (PE) often takes a backseat. However, growing research underscores the value of physical activity not only for health but also for academic success. The review article “Integration and Physical Education: A Review of Research” by Marttinen et al. (2017) takes a deep dive into the integration of physical activity into academic instruction and the embedding of core content into physical education settings.
Key Takeaways
Positive Correlation Between Physical Activity and Academic Achievement
Decades of research affirm that physical activity contributes to improved academic performance. This review reinforces that relationship, referencing studies that show increases in attention, motivation, and cognitive function following physical activity interventions.Scarcity of Research on Integration into PE Settings
Although 23 studies from 2004–2013 met the inclusion criteria, most focused on integrating physical activity into academic classrooms rather than embedding academic content into PE. Only seven studies explored core academic integration within PE.Math Dominates Integration Efforts
Mathematics was the most commonly integrated subject across both settings. This might be due to the natural compatibility of numeric concepts with physical movements (e.g., counting steps, measuring distances).Elementary Focus, Secondary Gaps
Nineteen of the 21 K–12-targeted studies focused on elementary students. Surprisingly, only one study examined secondary-level students—despite evidence that physical activity declines significantly during adolescence.Classroom-Based Physical Activity Interventions Work
Numerous interventions such as short activity breaks during academic classes showed measurable increases in physical activity levels and even health indicators like cardiovascular fitness and BMI reduction.Academic Gains Are Understudied
While some interventions boosted academic scores, most failed to include academic achievement as an outcome measure. This makes it difficult to quantify the long-term educational value of integration.
Results Highlights
Physical Activity in Classrooms:
Interventions such as the TAKE10! program, the ABC (Activity Bursts in the Classroom) program, and others consistently showed improvements in students’ daily step counts, energy expenditure, and attention spans during class. Some studies also recorded improvements in health indicators like strength and aerobic capacity.
Core Content in PE Settings:
The few studies that did embed academic subjects in PE (e.g., math, science, ELA) found promising outcomes. For instance, preschoolers in a language-integrated PE program outperformed peers in oral and written language skills, and students using movement monitors showed improved math reasoning by analyzing their physical data.
Motivation and Enjoyment:
Studies examining psychological outcomes reported increased motivation, enjoyment, and effort when physical activity was integrated into lessons. Students found these lessons more engaging than traditional methods.
Discussion Insights
Despite encouraging findings, the authors caution that integration—especially of core content into PE—remains under-researched. The most robust body of evidence supports physical activity breaks during academic classes, not reciprocal integration. Many programs lacked long-term follow-up or failed to measure academic performance alongside physical outcomes.
The authors invoke Bronfenbrenner’s Ecological Systems Theory to argue that school environments profoundly influence student development. Integration, if well-implemented, could provide multi-layered benefits by merging physical and cognitive engagement in dynamic ways.
However, sustainability is a concern. Without evidence of academic benefit, educators may deprioritize physical activity in favor of test preparation. Conversely, PE teachers might resist diluting activity time for academic content unless clear benefits are demonstrated.
Implications and Future Directions
The article calls for more rigorous research that includes both academic and physical outcomes to assess the full value of integration. Given the ongoing push for STEM education and the pressure on schools to meet Common Core benchmarks, PE might be an untapped venue to support broader educational goals. Integrating math or science into movement-based lessons could enhance student learning while preserving physical activity time.
For educators and policymakers, this review offers a roadmap: promote collaboration between classroom and PE teachers, implement interdisciplinary curricula, and measure both academic and physical outcomes to validate integration efforts.
Conclusion
Our review reminds us that while the links between physical activity and learning are promising, the evidence base for true curricular integration—especially embedding academic subjects in physical education—is still developing. To elevate PE as a core contributor to academic success, future research must move beyond anecdotal support and offer empirically validated models. The potential is there; the task now is to harness it effectively and sustainably.
Full Article:
Marttinen, R. H. J., McLoughlin, G., Fredrick, R., & Novak, D. (2016). Integration and Physical Education: A Review of Research. Quest, 69(1), 37–49. https://doi.org/10.1080/00336297.2016.1150864
This blog post was written with the assistance of AI to support clarity and accessibility. It is intended to help disseminate and discuss research findings with a broader audience. However, for the most accurate and reliable information—including conclusions and practical applications—please refer to the original peer-reviewed publication on which this blog is based. The peer-reviewed article remains the most authoritative source.