Additional file 1 of Green sanctuaries: residential green and garden space and the natural environment mitigate mental disorders risk of diabetic patients

Additional file 1: Fig. S1. Flow chart of the inclusion of the participants. Fig. S2. The verification of the proportional hazard assumption in fully adjusted model examined the relationship between green space and incident mental disorders. Fig. S3. The verification of the proportional hazard assumption in fully adjusted model examined the relationship between garden space and incident mental disorders. Fig. S4. The verification of the proportional hazard assumption in fully adjusted model examined the relationship between natural environment and incident mental disorders. Fig. S5. Distribution of residential green space, garden space, and natural environment at baseline. Table S1. ICD-10 codes assigned for mental disorders. Table S2. Definitions for covariates. Table S3. Mental disorders events from 39,397 participants with diabetes in the UK Biobank. Table S4. Distribution of residential green space, garden space, and natural environment at baseline. Table S5. Associations between nature exposures at 300 or 1000 m buffer and incidence of depressive disorders among people with diabetes. Table S6. Associations between nature exposures at 300 or 1000 m buffer and incidence of anxiety disorders among people with diabetes. Table S7. Correlations between nature exposures (Spearman correlation coefficients). Table S8. Mediation analysis in associations of nature exposures at 300 m and 1,000 m buffer with incidence of mental disorders among participants with diabetes. Table S9. Associations between exposure to green space at 300 m buffer and incidence of mental disorders among people with diabetes in stratified analyses. Table S10. Associations between exposure to natural environment at 300 m buffer and incidence of mental disorders among people with diabetes in stratified analyses. Table S11. Associations between exposure to garden space at 300 m buffer and incidence of mental disorders among people with diabetes in stratified analyses. Table S12. Associations between nature exposures at 300 or 1000 m buffer and incidence of mental disorders among people with type 2 diabetes. Table S13. Associations between nature exposures at 300 or 1000 m buffer and incidence of mental disorders among people without diabetes. Table S14. Associations between nature exposures at 300 or 1000 m buffer and incidence of mental disorders among people with diabetes who had lived at the current address more than 10 years before baseline. Table S15. Associations between nature exposures at 300 or 1000 m buffer and incidence of mental disorders among people with diabetes after excluding participants with mental disorders events within 1 years of follow-up. Table S16. Associations between nature exposures at 300 or 1000 m buffer and incidence of mental disorders among people with diabetes after excluding the participants with missing data on covariates. Table S17. Crude hazard ratios and 95% confidence interval of incident mental disorders associated with nature exposures at 300 or 1000 m buffer among people with diabetes. Table S18. Associations between nature exposures at 300 m buffer and incidence of mental disorders among people with diabetes with adjustment air pollutants. Table S19. Associations between nature exposures at 1000 m buffer and incidence of mental disorders among people with diabetes with adjustment air pollutants.