The escalating prevalence of adolescent mental health disorders—including anxiety, depression, and behavioural dysregulation—demands a reorientation of school health priorities, particularly in low- and middle-income countries (LMICs), where psychiatric services are often inaccessible (1–3). Conventional clinic-based models cannot meet the complexity of these needs (4). What is required are interventions that are low-cost, scalable, culturally resonant, and developmentally appropriate (1–4). Yoga, combining postures, breath regulation, and meditative awareness, has emerged as a promising solution. Its significance lies not in romanticised tradition but in its potential to reduce stress, improve emotion regulation, and build resilience in everyday educational contexts. With one in seven adolescents globally experiencing a mental health condition (5), embedding yoga into school health strategies offers an opportunity for population-level early intervention in communities where stigma and resource constraints limit access to therapy (6–13).
Historically, yoga has been associated not only with spiritual growth but also with holistic health and well-being. Classical texts such as the Yoga Sutras of Patanjali emphasised mental clarity and emotional regulation as integral to human flourishing. In the twentieth century, figures such as Swami Kuvalayananda in India initiated scientific studies on the physiological and psychological effects of yoga, which helped integrate it into health and education. Early programs, including the introduction of yoga in Indian schools in the 1970s, highlighted its use for improving concentration and discipline among young people. These historical precedents illustrate that yoga’s educational application is not novel but rather a continuation of longstanding traditions that align bodily practices with psychological resilience.
Yoga’s role is conceptualised within a biopsychosocial–ecological framework that views adolescent well-being as the dynamic interaction of biological, psychological, social, and systemic factors. Figure 1 illustrates this model by depicting the interconnected layers. The figure evolved through an iterative process: initially informed by Bronfenbrenner’s ecological systems theory (1979) to establish contextual layers; then expanded using Engel’s biopsychosocial model (1977) to foreground mind–body processes; and later refined through principles from the Ottawa Charter for Health Promotion, emphasising enabling environments and participatory approaches (14–16). This evolution transformed a basic ecological diagram into a cohesive multi-level representation of how yoga engages biological regulation, psychological adaptability, social connectedness, and broader systemic influences. Methodologically, the framework synthesises these theoretical strands with empirical insights from school-based intervention studies. At the biological level, yoga supports autonomic functioning and parasympathetic regulation; psychologically, it cultivates mindfulness and self-regulation; socially, it strengthens connectedness and empathy; and ecologically, it shapes classroom climate and school culture. Together, these elements highlight yoga’s potential as a multidimensional practice supporting diverse aspects of adolescent development.
Figure 1
Empirical evidence remains encouraging yet methodologically uneven. Across the review of reviews in Table 1—each of which applied explicit inclusion criteria encompassing (a) include studies with participants aged ≤18 years from PubMed database, (b) yoga as the primary intervention, (c) Reviews on RCT or controlled experimental design, (d) mental health outcomes such as anxiety, depression, stress, resilience, attention, or metabolic indicators, (e) English-language publications, and (f) school- or community-based settings—school-based and adolescents-focused yoga interventions [17 repeated RCTs across reviews are listed in Table 2 (6, 17–32] consistently demonstrated reductions in stress, anxiety, and depressive symptoms, alongside improvements in attention, resilience, and coping, positioning yoga as a low-cost, scalable preventive tool within school health systems (33–43). However, the evidence base remains constrained by small samples, heterogeneous intervention designs, short-duration programmes, and limited generalizability across contexts (33–35). Moreover, yoga often exhibits similar benefits to general physical activity in healthy populations, with distinct advantages most evident among adolescents with elevated symptoms (44). While sports, arts-based programs, and social-emotional learning initiatives have also demonstrated promise as scalable and low-cost strategies to promote adolescent well-being, yoga offers distinctive contributions. Team sports can strengthen cooperation, discipline, and physical health, but may not explicitly cultivate attentional control or stress regulation. Arts-based interventions enhance creativity and emotional expression yet often require specialised facilitators and resources. Yoga combines physical activity with mindfulness and breath regulation, bridging somatic, cognitive, and emotional domains. In LMIC contexts where resources are constrained, its minimal equipment requirements and cultural resonance position yoga as a complement rather than a competitor to these established approaches. For yoga to be credibly positioned as a public health intervention, it must be tested comparatively against cognitive-behavioural therapy, structured social-emotional learning curricula, and multi-sport programs to establish whether it provides unique or effective benefits.
Table 1
| Author(s), year | Country | Article type | Sample size | Tools/measures | Major results | Limitations | Database |
|---|---|---|---|---|---|---|---|
| Pandey et al., 2025 (8) | USA | Systematic Review | 16 studies | Anxiety scales | Nearly all studies indicated reduced anxiety after yoga intervention | Variable study designs, outcome measures, generalizability | PubMed |
| Uebelacker et al., 2023 (9) | USA | Systematic Review | 27 studies | Anxiety/depression scales | 70% showed improvement in anxiety/depression; 58% both, 25% anxiety only | Weak-moderate quality, varied interventions | PubMed |
| Hagen et al., 2024 (10) | Sweden | Integrative Review | 16 studies | Mental health Behaviour & attention, Cognition, Well-being & resilience, etc. | Yoga reduced anxiety, depression, ADHD symptoms, and improved self-control, sleep, cognitive functioning, relaxation, and well-being. High acceptability across settings. | Heterogeneous protocols; several small or uncontrolled studies; methodological inconsistency; limited long-term evidence. | PubMed |
| Khalsa and Butzer 20216 (11) | USA | Systematic Review of RCTs | 39 studies | Mental health (anxiety, depression, stress), Behaviour & self-regulation, Cognition, Physiological indicators, etc. | Most RCTs reported improvements in mental health, emotional regulation, cognition, mindfulness, and physiological stress markers. School-based trials showed the strongest gains. | Wide variability in intervention design; many small samples; inconsistent follow-up; heterogeneous measures; uneven methodological quality | PubMed |
| Serwacki and Cook-Cottone, 2012 (12) | UK | Scoping Review | 40+ studies | Mental health, cognition, resilience, etc. | Yoga improved anxiety, self-concept, resilience, well-being, cognition in most studies | Few neurodiverse studies, heterogeneity | PubMed |
| Khunti et al., 2022 | UK | Systematic Review | 21 studies | Stress, mental health scales | Most trials showed reduced stress; yoga feasible as preventive/therapeutic in schools | Small samples, heterogeneity, sparse intervention details | PubMed |
| Zoogman et al., 2019 (13) | China | Systematic Review/Meta-analysis | 38 RCTs (15,730) | Resilience, mental health scales | School-based interventions significantly enhanced resilience in children/adolescents | Considerable heterogeneity, risk of bias in many studies | PubMed |
| Fulambarkar et al., 2022 | USA | Meta-analysis | 9 studies (5046) | Stress, depression, anxiety scales | MBIs improved stress (not depression/anxiety); effect significant vs. inactive, not active controls | Small number of studies, effect sizes small, heterogeneity | PubMed |
| Bronfenbrenner 2079, (14) | USA/India | Systematic Review | 47 publications | Mental, emotional, behavioral health | Yoga in schools is viable and potentially efficacious for child/adolescent health | Small samples, weak designs, variability in interventions | PubMed |
| Engel 1977, Engel 1977, (15) | Sweden | Systematic Review/Meta-analysis | 31 articles (30 interventions) | Resilience, well-being, anxiety, etc. | Physical activity (incl. yoga) improved resilience, well-being, anxiety in children/adolescents | Heterogeneity, publication bias, unclear control activities | PubMed |
| World Health Organization 1986, (16) | Australia | Systematic Review/Meta-analysis | 57 trials (meta: 49) | Anxiety, depression, internalizing/externalizing | Universal resilience interventions reduced depression, internalizing, externalizing, distress | Variability in interventions, study quality, bias | PubMed |
| Khalsa et al., 2012 (17) | China | Systematic Review/Network Meta-analysis | 9 RCTs (955) | Depression scales | Yoga most effective among mind-body therapies for adolescent depression | Small sample size, limited certainty, need more studies | PubMed |
Table of review of reviews.
Table 2
| Author(s), year | Country | Article type | Sample size (N) | Tools / measures | Major results | Limitations | Database |
|---|---|---|---|---|---|---|---|
| Noggle et al., 2012 (18) | USA | Randomised Controlled Trial | N = 121 (Yoga = 74; PE = 47) | BASC-2; PSS; Resilience Scale; POMS subscales (tension, anger, fatigue) | Improvements in anger control and fatigue/inertia; good feasibility; modest effects on general stress | No long-term follow-up; self-report outcomes; underpowered for depression/anxiety | PubMed; PsycINFO |
| Velásquez et al., 2015 (19) | USA | Randomised Controlled Trial | N = 51–52 (Yoga = 36; PE = 15) | POMS-SF; PANAS-C; PSS; RS; STAXI-2; CAMM | Significant reductions in tension–anxiety and negative affect; small or no changes in stress or resilience | Small sample; imbalance between groups; PE as active comparator | PubMed; PsycINFO |
| Mendelson et al., 2010 (20) | Colombia | Randomised Controlled Trial | N = 125 (Yoga = 68; Control = 57) | SDQ (emotional problems, conduct, hyperactivity, peer relations) | Reduced depressive symptoms, aggression, and emotional/behavioural difficulties, especially in younger boys | No teacher ratings; short follow-up; potential self-report bias | PubMed; Scopus |
| Haden et al., 2014 (21) | USA | Randomised Controlled Trial | N = 97 (Yoga = 51; Control = 46) | SMFQ; Emotion Profile (EP); PIML; RSQ; qualitative focus groups | Improved stress responses and emotional regulation; modest depressive-symptom improvement | No active comparator; baseline imbalances; limited generalisability | PubMed; PsycINFO |
| Halliwell et al., 2019 (22) | USA | Randomised Controlled Trial | N = 30 (Yoga = 15; PE = 15) | PANAS-C; CBCL; SPPC; WEMWBS | No significant differences between yoga and PE; both groups improved in mood and well-being | Very small sample; limited dose; possible contamination from PE | PubMed; PsycINFO |
| Halliwell et al., 2018 | UK | Randomised Controlled Trial | N = 344 (Girls only) | Body Esteem Scale; Body Appreciation Scale; PANAS-C | Both groups improved in body image and mood; yoga not superior to PE | PE is a strong active comparator; minimal yoga exposure; short duration | PubMed; Web of Science |
| White, 2012 (23) | USA | Randomised Controlled Trial | N = 155 (Yoga = 70; WL = 85) | Feel Bad Scale; Coping Strategies; SPPC; self-regulation scales | No significant improvements; yoga group reported higher perceived stress (likely increased awareness) | High self-report bias; limited fidelity reporting; analytical limitations | PsycINFO; ProQuest |
| Case-Smith et al., 2010 (24) | USA | Mixed-Methods / Uncontrolled Trial | N = 21 | Child self-concept scales; teacher observations; qualitative thematic analysis | Improved self-concept, focus, self-control; teacher-reported behavioural gains | No control group; small sample; potential expectancy effects | CINAHL; PsycINFO |
| Conboy et al., 2013 (25) | USA | Quasi-Experimental (with qualitative component) | N = 72 (Yoga = 47; PE = 25) | Self-reported mood, stress, coping, self-regulation; interviews | Reported improvements in mood, stress, coping, and academic/social functioning | No standardised measures; lack of statistical comparison; qualitative-heavy | ERIC; PsycINFO |
| Klatt et al., 2013 (26) | USA | Uncontrolled Trial | N = 41 | ADHD index; behavioural observations; teacher qualitative reports | Reductions in disruptive behaviours and inattention; improved classroom engagement | No control group; teacher-rated outcomes; weak causal inference | CINAHL; PsycINFO |
| Ribeiro et al., 2022 (4) | USA | Randomised Controlled Trial | N = 159 (TLS = 80; Control = 79) | PANAS-C; Attitudes Toward Violence; RSQ; school records (attendance, detentions) | Reduced absences and detentions; improved school engagement; moderate emotion-regulation gains | Mixed fidelity; mood improvements modest; limited long-term tracking | PubMed; Scopus |
| Ribeiro et al., 2022 (4) | USA | Quasi-experimental | N= 49 high-risk adolescents | Stress, psychological distress, coping, affect scales | Reduced anxiety, depression, and global distress; improved coping and emotional regulation. | Non-randomised; high-risk sample; limited generalisability. | PsycINFO, PubMed, CINAHL |
| Frank et al., 2014 (27) | USA | Two-arm intervention study (Special school—ASD) | N=48 | Behavioural checklists, adaptive functioning scales | Reduced irritability, hyperactivity, and social withdrawal (teacher-rated). | No significant parent-rated changes; small sample; short intervention. | PubMed, CINAHL, PsycINFO |
| Koenig et al., 2012 (28) | India | School-based yoga intervention | N= 76 (ADHD) | Attention, behaviour, ADHD symptom scales | Reduced ADHD symptoms, improved attention and classroom behaviour. | Non-randomised; limited control conditions; short duration. | PubMed, CINAHL |
| Mehta et al., 2012 (29) | India | Clinical single-arm trial | N= 9 (ADHD) | ADHD symptom scales, clinician severity ratings | Significant reduction in ADHD symptoms during hospital stay. | Very small sample; no control group; short retention. | PubMed, PsycINFO |
| Blom et al., 2017 | USA | Mixed-methods clinical trial | N= 26 | Anxiety/depression scales, mindfulness scales, insomnia index; qualitative interviews | Reduced anxiety, depression, insomnia; improved psychological flexibility and well-being. | Small sample; no active control; clinical sample limits generalisability. | PubMed, PsycINFO |
| Hariprasad et al., 2013 (30) | USA | RCT (School-based) | N= 88 | Anxiety/depression scales; stress measures | Reductions in anxiety and depression (not significant vs. controls). | Modest effects; short program; group-level randomisation issues. | PubMed, CINAHL |
Review of RCTs.
Thus, yoga should be embedded within a tiered school mental health model, complementing rather than replacing established interventions. Teacher training and peer leadership programs should prioritise trauma-informed facilitation and developmental appropriateness. Curricular content must be adapted to cultural and linguistic contexts through participatory design involving students, educators, and caregivers, rather than imposed as standardised packages. Monitoring and evaluation must combine psychometric tools with ecological indicators such as classroom behaviour, school attendance, and peer relationships, while avoiding exclusive reliance on Western measurement frameworks. Above all, ethical safeguards must guarantee voluntariness, secular framing, and cultural sensitivity, while ensuring that neurodiverse students and children with disabilities are not marginalised. In addition, two implementation safeguards are essential: (a) the introduction of simple contraindication screening and physical-safety protocols to identify students for whom certain postures or breathing techniques may pose risks; and (b) clear opt-in/opt-out participation pathways to respect religious, ethical, and cultural diversity within school communities. These safeguards should be embedded into school-level operational guidelines, ensuring that teachers receive basic training to identify musculoskeletal vulnerabilities, respiratory conditions, and sensory sensitivities that may require modified or alternative practices. Equally important is the establishment of transparent communication mechanisms—such as informed participation forms, parental briefing notes, and culturally sensitive programme descriptions—that enable families to make autonomous decisions without fear of stigma or exclusion.
Therefore, the issue of differentiated learners becomes central. Adolescents are not a homogeneous population; classrooms contain students who learn at varying rates (fast, moderate, and slow learners), as well as those with sensory sensitivities, attention regulation difficulties, or social communication differences. Yoga programs must therefore incorporate flexible pedagogical designs. For fast learners, advanced postures or leadership roles can sustain engagement, while for slower learners, sequences should be broken into stepwise, scaffolded instructions with repeated practice. Importantly, yoga instruction engages multiple learning modalities simultaneously. Kinesthetic learners benefit from physical postures and movement; visual learners are supported through demonstration, diagrams, and visual sequencing, while auditory learners gain from guided breathing instructions and verbal cues. This multimodal structure makes yoga uniquely adaptable to diverse classroom needs, as it allows students to internalise practices through multiple channels of engagement, enhancing both accessibility and retention. Supporting neurodiverse learners requires structured adaptations, including simplified postures, enhanced visual supports, and sensory-sensitive environments with features such as dimmed lighting and reduced noise. These adaptations enable participation without marginalisation and signal that inclusivity is a design principle rather than an afterthought. Encouragingly, evidence from sensory-sensitive and co-designed yoga adaptations demonstrates that such approaches can enhance engagement and reduce overload, reinforcing that inclusivity is a foundational design principle rather than an afterthought (45).
Implementation models from LMIC schools provide useful insights. For example, Anusuya et al. conducted an RCT on yoga-based relaxation techniques, reporting improvements in classroom attentiveness and a reduction in anxiety (46). In Sri Lanka, a six-month yoga-based intervention delivered to Grade 8 students in a post-conflict region—comprising slow-breathing techniques, Surya Namaskāram, and mindfulness —yielded significant reductions in both internalising and externalising behavioural symptoms, as well as reported qualitative improvements in school achievement, family dynamics, and individual health (47). These examples demonstrate that yoga can be implemented sustainably when adapted to a cultural context, integrated into existing school timetables, and supported through teacher training rather than relying on external specialists.
Integration into the school curriculum can also draw lessons from existing physical activity programs that have been successfully embedded into daily routines. For instance, structured movement breaks are commonly introduced in classrooms to improve attention and behaviour, particularly among students with ADHD. Similarly, physical education classes have long been used to promote health, teamwork, and resilience. Yoga can be embedded into these models by incorporating short practices at the beginning of the school day, using brief sequences during transitions, or integrating modules into physical education curricula. These practical applications demonstrate that yoga can complement existing strategies, offering additional benefits of breath regulation, mindfulness, and emotion regulation within familiar school structures.
Cultural reflexivity remains equally important. The institutionalisation of yoga in schools risks reducing an indigenous practice into a depoliticised stress-management technique, while reproducing caste, class, and gender exclusions. When presented as a universal “Eastern” tradition, yoga risks being appropriated into global health discourses in ways that erase its contested histories (48). To avoid cultural tokenism and epistemic erasure, its implementation must embrace plural ontologies of well-being, centre marginalised voices, and resist homogenising knowledge systems. Reflexive implementation is particularly critical in LMICs, where social inequities shape access to both education and health. The path forward lies in combining evidence, inclusivity, and reflexivity. Yoga offers a culturally acceptable, embodied entry point for adolescents in contexts where stigma and resource scarcity constrain mental health engagement. However, the integration must be deliberate: supported by intersectoral collaboration between health and education ministries, embedded into teacher training institutes, financed through sustainable partnerships, and evaluated independently by research institutions. Future studies must move beyond short-term efficacy to include comparative effectiveness trials, cost–benefit analyses in resource-constrained systems, gender-sensitive delivery models, and longitudinal tracking of outcomes such as school retention, academic achievement, and violence prevention.
Thus, evidence indicates that yoga’s benefits are modest yet meaningful. These findings underscore the importance of translating empirical insights into policy frameworks that are scalable, inclusive, and culturally grounded. Future research must rigorously evaluate long-term outcomes, sustainability, and implementation fidelity, ensuring that structured, symptom-focused interventions are led by skilled facilitators who are responsive to contextual needs. To overlook yoga as a transient wellness trend would be shortsighted, for its embodied and culturally legible nature uniquely positions it to bridge the gap between clinical mental health paradigms and everyday practices of emotional regulation within LMIC school settings. The real challenge, then, is not whether yoga should be part of adolescent health policy, but how it can be implemented without reproducing inequities or erasing its cultural complexity. If anchored within a biopsychosocial–ecological framework, co-designed with diverse learners and neurodivergent youth, and embedded in tiered school mental health systems, yoga can serve as a pragmatic and justice-oriented entry point into broader psychosocial support. Its value lies not in replacing established interventions but in expanding the terrain of what is possible—normalising care practices within schools, fostering resilience in contexts of scarcity, and opening space for culturally resonant approaches to adolescent well-being. In this light, yoga should not be perceived as either a universal remedy or a negligible trend; rather, it represents an emerging pedagogical and public health experiment, the outcomes of which will depend on whether it is pursued with reflexivity, inclusivity, and a sustained commitment to evidence-informed practice.
Statements
Author contributions
AB: Conceptualization, Formal analysis, Writing – original draft, Writing – review & editing, Data curation, Investigation. AJ: Conceptualization, Formal analysis, Writing – review & editing, Writing – original draft, Data curation. JB: Writing – review & editing. KS: Writing – review & editing.
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Summary
Keywords
adolescent mental health, yoga in schools, public health intervention, neurodiversity inclusion, low- and middle-income countries (LMICs), public health
Citation
Babu A, Joseph AP, Bose J and Sarathy K (2026) Reimagining adolescent well-being through yoga as a public health paradigm. Front. Psychiatry 16:1691915. doi: 10.3389/fpsyt.2025.1691915
Received
24 August 2025
Revised
19 November 2025
Accepted
21 November 2025
Published
05 January 2026
Volume
16 - 2025
Edited by
Nóra Kerekes, University West, Sweden
Reviewed by
Sean Michael Wilson, Loma Linda University, United States
Herli Pardilla, Sekolah Tinggi Olahraga dan Kesehatan Bina Guna, Indonesia
Updates
Copyright
© 2026 Babu, Joseph, Bose and Sarathy.
This is an open-access article distributed under the terms of the Creative Commons Attribution License (CC BY). The use, distribution or reproduction in other forums is permitted, provided the original author(s) and the copyright owner(s) are credited and that the original publication in this journal is cited, in accordance with accepted academic practice. No use, distribution or reproduction is permitted which does not comply with these terms.
*Correspondence: Anithamol Babu, anitha.mol.babu@gmail.com; Akhil P. Joseph, akhil.joseph@res.christuniversity.in
Disclaimer
All claims expressed in this article are solely those of the authors and do not necessarily represent those of their affiliated organizations, or those of the publisher, the editors and the reviewers. Any product that may be evaluated in this article or claim that may be made by its manufacturer is not guaranteed or endorsed by the publisher.