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A closer examination of the relationship between children's weight status and the food and physical activity environment.

ABSTRACT: Conflicting findings on associations between food and physical activity (PA) environments and children's weight status demand attention in order to inform effective interventions. We assess relationships between the food and PA environments in inner-city neighborhoods and children's weight status and address sources of conflicting results of prior research.Weight status of children ages 3-18 was assessed using parent-measured heights and weights. Data were collected from 702 children living in four low-income cities in New Jersey between 2009 and 2010. Proximity of a child's residence to a variety of food and PA outlets was measured in multiple ways using geo-coded data. Multivariate analyses assessed the association between measures of proximity and weight status.Significant associations were observed between children's weight status and proximity to convenience stores in the 1/4 mile radius (OR = 1.9) and with presence of a large park in the 1/2 mile radius (OR = 0.41). No associations were observed for other types of food and PA outlets.Specific aspects of the food and PA environments are predictors of overweight and obese status among children, but the relationships and their detection are dependent upon aspects of the geospatial landscape of each community.

SUBMITTER: Ohri-Vachaspati P

PROVIDER: S-EPMC4794444 | biostudies-literature | 2013 Sep

REPOSITORIES: biostudies-literature

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A closer examination of the relationship between children's weight status and the food and physical activity environment.

Ohri-Vachaspati Punam P Lloyd Kristen K Delia Derek D Tulloch David D Yedidia Michael J MJ

Preventive medicine 20130530 3

<h4>Objectives</h4>Conflicting findings on associations between food and physical activity (PA) environments and children's weight status demand attention in order to inform effective interventions. We assess relationships between the food and PA environments in inner-city neighborhoods and children's weight status and address sources of conflicting results of prior research.<h4>Methods</h4>Weight status of children ages 3-18 was assessed using parent-measured heights and weights. Data were coll ...[more]

PMID: 23726897

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Project description:ObjectiveWe aimed to examine the association between food and physical activity environments in primary schools and child anthropometric, healthy eating and physical activity measures.DesignObservational longitudinal study using data from a childhood obesity prevention trial.SettingState primary schools in the West Midlands region, UK.Participants1392 pupils who participated in the WAVES (West Midlands ActiVe lifestyle and healthy Eating in School children) childhood obesity prevention trial (2011-2015).Primary and secondary outcome measuresSchool environment (exposure) was categorised according to questionnaire responses indicating their support for healthy eating and/or physical activity. Child outcome measures, undertaken at three time points (ages 5-6, 7-8 and 8-9 years), included body mass index z-scores, dietary intake (using a 24-hour food ticklist) and physical activity (using an Actiheart monitor over 5?days). Associations between school food and physical activity environment categories and outcomes were explored through multilevel models.ResultsData were available for 1304 children (94% of the study sample). At age 8-9 years, children in 10 schools with healthy eating and physical activity-supportive environments had a higher physical activity energy expenditure than those in 22 schools with less supportive healthy eating/physical activity environments (mean difference=5.3?kJ/kg body weight/24?hours; p=0.05). Children in schools with supportive physical activity environments (n=8) had a lower body mass index z-score than those in schools with less supportive healthy eating/physical activity environments (n=22; mean difference=-0.17, p=0.02). School food and physical activity promoting environments were not significantly associated with dietary outcomes.ConclusionsSchool environments that support healthy food and physical activity behaviours may positively influence physical activity and childhood obesity.Trial registration numberISRCTN97000586.

Dataset Information

A closer examination of the relationship between children's weight status and the food and physical activity environment.

Publications

A closer examination of the relationship between children's weight status and the food and physical activity environment.

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