A 10-week yoga-integrated mind-body movement program embedded within routine mathematics instruction improved elementary school students' problem-solving performance, computation skills, mathematics achievement, and mathematics anxiety, while also increasing self-reported physical activity compared to traditional mathematics instruction.
Key Findings
Results
Students in the yoga-integrated mathematics program demonstrated significantly greater improvements in problem-solving performance compared to the control group.
The study used a quasi-experimental design with third-grade elementary school students.
Students were assigned to either a yoga-integrated mathematics group or a traditional mathematics instruction group.
The intervention was embedded within routine mathematics instruction over a 10-week period.
Verbal problem-solving performance was one of the outcome measures assessed.
Results
Students in the yoga-integrated program showed significantly greater improvements in computation skills and overall mathematics achievement compared to the control group.
Computation skills and overall mathematics achievement were assessed as distinct outcome measures alongside verbal problem-solving.
Improvements were observed relative to the traditional mathematics instruction group.
The intervention was integrated into routine mathematics lessons rather than delivered as a separate program.
Results
The intervention group showed significantly lower mathematics anxiety at post-test compared to the control group.
Mathematics anxiety was assessed as a distinct outcome measure in the study.
The reduction in mathematics anxiety was observed following the 10-week yoga-integrated program.
The finding suggests an emotional, in addition to cognitive, benefit of the mind-body movement intervention.
Results
Students in the yoga-integrated intervention group reported higher Physical Activity Questionnaire for Older Children (PAQ-C) scores following the intervention, suggesting increased self-reported physical activity.
Physical activity was assessed using the Physical Activity Questionnaire for Older Children (PAQ-C), a self-report instrument.
The authors note that because physical activity was assessed via self-report, findings should be interpreted with caution.
The authors call for future studies using objective measures of physical activity such as accelerometry to verify these findings.
Methods
The study employed a quasi-experimental design with intact classroom assignments, which limits causal inference.
Students were assigned to groups based on intact classrooms rather than random individual assignment.
The authors acknowledge that findings should be interpreted with 'appropriate caution' due to the quasi-experimental design.
The absence of an active comparison group is identified as a limitation.
Future studies with active comparison groups, objective physical activity measures, and longitudinal follow-up are recommended.
Discussion
Integrating structured mind-body movement into routine mathematics lessons may support cognitive, emotional, behavioral, and physical aspects of learning.
The intervention was a 10-week yoga-integrated mind-body movement program.
The program was embedded within routine mathematics instruction rather than delivered as an add-on.
The authors suggest this approach addresses multiple domains: cognitive (problem-solving, computation), emotional (anxiety), and physical (activity levels).
The mechanisms underlying these associations remain to be clarified in future research.
What This Means
This research suggests that adding yoga-based movement activities into regular math classes over 10 weeks can benefit elementary school children in several ways. Third-grade students who participated in yoga-integrated math lessons showed better performance on math problem-solving, computation, and overall math achievement compared to students who received traditional math instruction. They also reported feeling less anxious about math and said they were more physically active after the program.
The study is notable because it wove movement directly into existing math lessons rather than treating it as a separate subject, making it potentially easier for schools to adopt without sacrificing instructional time. The findings point to benefits across multiple areas of children's development — not just academic skills, but also emotional well-being and physical activity habits.
However, the study has important limitations that mean results should be interpreted carefully. Students were not randomly assigned to groups — whole classrooms participated together — and physical activity was measured through students' own reports rather than objective devices like movement trackers. This research suggests that future studies using stronger designs and objective activity measurements are needed to confirm these findings and better understand why the combination of yoga and math instruction appears to be beneficial.
Check Your Own Numbers
Upload your bloodwork. We'll cross-reference your results against this study and 4,700 others.
Kayıran D, Avci A, Türkmen E, Haji Mohamud R. (2026). A yoga-integrated mind-body movement intervention: effects on children's problem solving, mathematics anxiety, and physical activity.. Frontiers in public health. https://doi.org/10.3389/fpubh.2026.1874706