Dr Matthew Hobbs, a researcher at the Ƶapp’sGeoHealth Laboratory, has(research about an individual or group gathered over a long period of time), which suggests age may be a determining factor when analysing the relationship between an individual’s recreational physical activity environment and obesity. A recreational physical activity environment included parks, gyms, swimming pools, even ice rinks.
The study was conducted in Yorkshire, United Kingdom, and tracked 8,864 people over three years. At its conclusion, it illustrated that if a young adult’s recreational physical activityenvironment provided opportunities to be physically active, risk of obesity was lower, however this relationship did not exist for older adults.
“It is difficult to envisage a future where obesity prevalence decreases in environments that actively promote it,” Dr Hobbs says.
“Our study showed that the recreational physical activity environments was related to obesity risk, but only in younger adults.An individual’s mobility varies with age and older adults are generally less mobile. While many factors affect mobility, it is plausible that the immediate residential neighbourhood environment may play a more important role in an individual’s daily life who remains closer to home.”
According to Dr Hobbs, age has not previously been identified as a determining factor in this type of research.
“The research is especially important for policymakers, as it offers tentative evidence that supports previous research which suggests that the environment may matter more for certain populations. This suggests that policymakers in Public Health and Planning need to consider the impact that environmental interventions have across the life course,” he says.
“Obesity is associated with a range of diseases, such as Type 2 diabetes, cardiovascular disease, arthritis and some cancers, so finding ways to stop people becoming obese is important for public health and for the public purse.”
Margaret Agnew, Senior External Relations Advisor, Ƶapp
ʳDzԱ:+64 3 369 3631| Mobile:+64 27 254 3949margaret.agnew@canterbury.ac.nz
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