S1 File - Understanding the impact of urban exposure on obesity among middle and old-age migrants in India

Figure S1 Kernel destiny distribution of people with waist circumference score stratified by Migration status among the middle-aged and older adults (aged 45+) in India, LASI wave 1 (2017−18). Figure S2 Sex stratified weighted prevalence of people with abdominal obesity by residence status (non-migrants) and duration of residence in urban areas among the middle-aged and older adults (aged 45+) migrants in India, LASI Wave 1 (2017−18). Figure S3 Sex stratified weighted prevalence of people with underweight by migration status among the middle-aged and older adults (aged 45+) in India, LASI Wave 1 (2017−18). Figure S4 Sex stratified weighted prevalence of people with high waist-to-hip ratio by migration status among the middle aged and older adults (aged 45+) in India, LASI Wave 1 (2017−18). Figure S5 Selection criteria of the study sample. (ZIP)补充图S1 印度45岁及以上中老年人群按迁移状态分层的腰围评分人群核密度分布，数据来自印度老龄化纵向研究（Longitudinal Ageing Study in India，LASI）第一波（2017−2018年）。 补充图S2 印度45岁及以上中老年迁移人群中，按居住状态（非移民）及在城市地区的居住时长分层的腹型肥胖人群按性别分层后的加权患病率，数据来自LASI第一波（2017−2018年）。 补充图S3 印度45岁及以上中老年人群按迁移状态划分的体质量过低人群按性别分层后的加权患病率，数据来自LASI第一波（2017−2018年）。 补充图S4 印度45岁及以上中老年人群按迁移状态划分的腰臀比（waist-to-hip ratio）升高人群按性别分层后的加权患病率，数据来自LASI第一波（2017−2018年）。 补充图S5 研究样本的筛选标准。（ZIP）