PloS one · 2026
An ecosyndemic framework for understanding obesity: Spatial clustering of health, environmental and socioeconomic disadvantage in the Netherlands.
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Muilwijk Mirthe, van der Schouw Yvonne T, Kiefte-de Jong Jessica C, Vos Rimke C, Spruit Marco R, Stunt Jonah J, Beenackers Marielle A, Pichler Stefan, Lam Thao M, Lakerveld Jeroen, Vaartjes Ilonca
Аннотация
INTRODUCTION: Obesity and related health conditions are unevenly distributed across neighborhoods, often co-occuring with multiple health challenges and socioeconomic disadvantages. Using an ecosyndemic framework, which integrates ecological and social dimensions that contribute to the clustering of health problems, this study examines how adverse obesity-related health outcomes spatially cluster in relation to obesogenic environments and socioeconomic position (SEP) across Dutch neighborhoods.
METHODS: Nationwide neighborhood-level data on health outcomes, obesogenic environmental exposures (food environment, walkability, drivability, bikeability, sports facilities), and SEP were combined for all inhabited Dutch administrative neighborhoods in 2016 (N = 12,420). Cluster analysis was used to identify distinct neighborhood profiles and descriptive statistics to characterize each cluster, with spatial patterns visualized using an interactive heatmap and principal component plots.
RESULTS: Five neighborhood clusters were identified. The 'Ecosyndemic cluster' (N = 1,070 neighborhoods) exhibited the highest burden of obesity (17% [IQR 16;19]), chronic diseases (36% [IQR 33;38%]) and risk of anxiety/depression (55% [IQR 51;58]), unhealthy food environments and low SEP. In contrast, the 'Privileged cluster' (N = 6,425) had more favorable health outcomes and living conditions, including lower obesity prevalence (12% [IQR 11;14]). The 'Psychosocial Vulnerability cluster' (N = 991) was notable for elevated risk of anxiety/depression (47% [IQR 43;51]) combined with relatively low obesity (11% [IQR 8;12]). The 'Syndemic cluster' (N = 1,836; obesity 15% [IQR 14;17]) and 'Towards Privileged cluster' (N = 2,098; obesity 12% [IQR 10;13]) represented intermediate profiles.
CONCLUSION: Obesity and related health issues frequently cluster with unfavorable environment and SEP at the neighborhood level. The ecosyndemic framework offers a novel approach for identifying high-risk areas and supports targeted, social and place-based interventions.
METHODS: Nationwide neighborhood-level data on health outcomes, obesogenic environmental exposures (food environment, walkability, drivability, bikeability, sports facilities), and SEP were combined for all inhabited Dutch administrative neighborhoods in 2016 (N = 12,420). Cluster analysis was used to identify distinct neighborhood profiles and descriptive statistics to characterize each cluster, with spatial patterns visualized using an interactive heatmap and principal component plots.
RESULTS: Five neighborhood clusters were identified. The 'Ecosyndemic cluster' (N = 1,070 neighborhoods) exhibited the highest burden of obesity (17% [IQR 16;19]), chronic diseases (36% [IQR 33;38%]) and risk of anxiety/depression (55% [IQR 51;58]), unhealthy food environments and low SEP. In contrast, the 'Privileged cluster' (N = 6,425) had more favorable health outcomes and living conditions, including lower obesity prevalence (12% [IQR 11;14]). The 'Psychosocial Vulnerability cluster' (N = 991) was notable for elevated risk of anxiety/depression (47% [IQR 43;51]) combined with relatively low obesity (11% [IQR 8;12]). The 'Syndemic cluster' (N = 1,836; obesity 15% [IQR 14;17]) and 'Towards Privileged cluster' (N = 2,098; obesity 12% [IQR 10;13]) represented intermediate profiles.
CONCLUSION: Obesity and related health issues frequently cluster with unfavorable environment and SEP at the neighborhood level. The ecosyndemic framework offers a novel approach for identifying high-risk areas and supports targeted, social and place-based interventions.