Disparities in Obesogenic Environments by Income, Race/Ethnicity, and Rurality Across All US Counties.

IF 1.5 4区 医学 Q2 PEDIATRICS
Andrew T Kaczynski, Marilyn E Wende, Caylin A Eichelberger, Farnaz Hesam Shariati
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引用次数: 0

Abstract

Background: Research is needed to explore inequities in physical activity (PA) and access to healthy eating resources for children on a national scale. This study examined disparities in childhood obesogenic environments across all United States (US) counties by income and race/ethnicity and their interaction with county rurality. Methods: Data for four PA variables (exercise opportunities, school proximity, walkability, crime) and six nutrition variables (grocery stores, farmers markets, fast-food restaurants, full-service restaurants, convenience stores, and births at baby-friendly hospitals) were collected for all US counties (n = 3142) to comprise the Childhood Obesogenic Environment Index (COEI). Variables were ranked and allocated a percentile for each county, and a total obesogenic environment score was created by averaging variable percentiles. Analysis of variance was used to assess differences by tertiles of county-level median household income (low/intermediate/high) and percentage of non-Hispanic (NH) White residents (low/intermediate/high). Interaction tests were used to assess effect modification by rurality, and stratified results were presented for all significant interactions. Results: There were significant differences in COEI values according to tertiles of median household income (F = 260.9, p < 0.0001). Low-income counties (M = 54.3, SD = 8.3) had worse obesogenic environments than intermediate (M = 49.9, SD = 7.9) or high (M = 45.9, SD = 8.8) income counties. There was also a significant interaction between rurality and median household income (F = 13.9, p < 0.0001). Similarly, there were significant differences in COEI values according to tertiles of race/ethnicity (F = 34.5, p < 0.0001), with low percentage NH White counties (M = 51.8, SD = 9.8) having worse obesogenic environment scores than intermediate (M = 48.7, SD = 8.4) or high (M = 49.5, SD = 8.5) NH White counties. There was also a significant interaction between rurality and race/ethnicity (F = 13.9, p < 0.0001). Conclusion: Low-income counties and those with more racial/ethnic minority residents, especially in rural areas, had less supportive PA and healthy eating environments for youth. Targeted policy and environmental approaches that aimed to address concerns specific to underserved communities are needed.

美国各县按收入、种族/族裔和乡村划分的肥胖环境差异。
背景:需要在全国范围内开展研究,探讨儿童在体育活动(PA)和获得健康饮食资源方面的不平等现象。本研究按收入、种族/族裔及其与乡村地区的交互作用,考察了美国所有县的儿童肥胖环境差异。研究方法:收集了美国所有县(n = 3142)的四个运动变量(锻炼机会、学校邻近程度、步行能力、犯罪率)和六个营养变量(杂货店、农贸市场、快餐店、全套服务餐馆、便利店和在爱婴医院分娩)的数据,以组成儿童致肥胖环境指数(COEI)。对每个县的变量进行排序并分配百分位数,通过平均变量百分位数得出致肥胖环境总分。方差分析用于评估县级家庭收入中位数(低/中/高)和非西班牙裔(NH)白人居民百分比(低/中/高)的差异。交互检验用于评估乡村地区的效应修正,所有显著交互检验的分层结果均已列出。结果根据家庭收入中位数的分层,COEI 值存在明显差异(F = 260.9,p < 0.0001)。低收入县(M = 54.3,SD = 8.3)的致肥环境比中等收入县(M = 49.9,SD = 7.9)或高收入县(M = 45.9,SD = 8.8)更差。农村地区与家庭收入中位数之间也存在明显的交互作用(F = 13.9,P < 0.0001)。同样,不同种族/族裔的 COEI 值也存在显著差异(F = 34.5,P < 0.0001),低百分比的 NH 白人县(M = 51.8,SD = 9.8)的致肥环境得分低于中等百分比(M = 48.7,SD = 8.4)或高百分比(M = 49.5,SD = 8.5)的 NH 白人县。农村地区与种族/族裔之间也存在明显的交互作用(F = 13.9,P < 0.0001)。结论:低收入县和少数民族居民较多的县,尤其是农村地区的县,对青少年的 PA 和健康饮食环境支持较少。需要采取有针对性的政策和环境方法来解决服务不足社区的具体问题。
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来源期刊
Childhood Obesity
Childhood Obesity PEDIATRICS-
CiteScore
4.70
自引率
8.00%
发文量
95
期刊介绍: Childhood Obesity is the only peer-reviewed journal that delivers actionable, real-world obesity prevention and weight management strategies for children and adolescents. Health disparities and cultural sensitivities are addressed, and plans and protocols are recommended to effect change at the family, school, and community level. The Journal also reports on the problem of access to effective healthcare and delivers evidence-based solutions to overcome these barriers.
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