Micha, Renata Karageorgou, Dimitra Bakogianni, Ioanna Trichia, Eirini Whitsel, Laurie P. Story, Mary Peñalvo, Jose L. Mozaffarian, Dariush Supplementary material. <p><b>Appendix A.</b> PRISMA Checklist. <b>Appendix B.</b> Study protocol. <b>Appendix C.</b> Search query for PubMed/ Medline. <b>Appendix D.</b> Statistical Analysis. <b>Table A.</b> Quality Assessment Criteria. <b>Table B.</b> Meta-analyses of randomized and quasi-experimental interventions evaluating school food environment policies and dietary habits or adiposity in children. <b>Table C.</b> Prespecified sources of heterogeneity explored among interventions evaluating the effect of competitive food and beverage standards in schools on dietary intakes or adiposity in children. <b>Table D.</b> Prespecified sources of heterogeneity explored among interventions evaluating the effect of school meal standards on dietary intakes or meal contents in children. <b>Figure A.</b> Effect of direct provision of fruits and vegetables in schools on fruit intake in children by prespecified sources of heterogeneity. <b>Figure B.</b> Effect of direct provision of fruits and vegetables in schools on vegetable intake in children by prespecified sources of heterogeneity. <b>Figure C.</b> Effect of direct provision of fruits and vegetables in schools on fruit and vegetable intake in children by prespecified sources of heterogeneity. <b>Figure D.</b> Effect of competitive food and beverage standards in schools on sugar-sweetened beverages and unhealthy snack intake in children by prespecified sources of heterogeneity. <b>Figure E.</b> Effect of school meal standards in schools on total fat intake in children by prespecified sources of heterogeneity. <b>Figure F.</b> Effect of school meal standards in schools on saturated fat intake in children by prespecified sources of heterogeneity. <b>Figure G.</b> Effect of competitive food and beverage standards in schools on overweight and obesity prevalence in children. <b>Figure H.</b> Effect of competitive food and beverage standards in schools on odds of overweight and obesity in children. <b>Figure I.</b> Effect of competitive food and beverage standards in schools on BMI in children. <b>Figure J.</b> Effect of competitive food and beverage standards in schools on BMI z-score in children. <b>Figure K.</b> Effect of school meal standards on total fat intake or meal content in children. <b>Figure L.</b> Effect of school meal standards on saturated fat intake or meal content in children. <b>Figure M.</b> Effect of school meal standards on total caloric intake or meal content in children. <b>Figure N.</b> Effect of school meal standards on sodium intake or meal content in children. <b>Figure O.</b> Begg’s funnel plots for graphical evaluation of potential publication bias for the effect of direct provision of fruits and vegetables in schools on fruit, vegetable and caloric intake in children. <b>Figure P.</b> Begg’s funnel plots for graphical evaluation of potential publication bias for the effect of competitive food and beverage standards in schools on dietary intakes or adiposity in children. <b>Figure Q.</b> Begg’s funnel plots for graphical evaluation of potential publication bias for the effect of school meal standards on dietary intakes or meal contents in children.</p> <p>(DOCX)</p> serving;adiposity;policy;sugar-sweetened beverage intake;habit;inverse-variance random-effects meta-analysis;kcal;school food environment policies;calorie;intervention;meta-analysis Background School food environment policies;CI;Direct provision policies;publication bias;school meal standards 2018-03-29
    https://plos.figshare.com/articles/journal_contribution/Effectiveness_of_school_food_environment_policies_on_children_s_dietary_behaviors_A_systematic_review_and_meta-analysis/6064418
10.1371/journal.pone.0194555.s001