New Study Finds Children Living Near Green Spaces Have Stronger Bones
A recent study has revealed that children who reside in close proximity to green spaces have stronger bones compared to their peers who do not have the same access. The research, conducted by a team of scientists, found that children living in areas with 20-25% more natural areas demonstrated increased bone strength. In fact, this increase was reported to be equivalent to half a year’s natural growth.
The study, which followed more than 300 children in Belgium, utilized ultrasound technology to measure bone density. It concluded that the risk of very low bone density was about 65% lower for children with ample green space near their homes. This finding suggests that increasing the size and accessibility of green spaces for children could potentially prevent fractures and osteoporosis in older individuals.
One possible explanation for the link between green spaces and stronger bones lies in the higher levels of physical activity observed among children living near parks. The researchers noted that the connection was particularly strong for green spaces adorned with trees, possibly because they are more attractive places to visit. It is believed that the increased physical activity resulting from access to green spaces contributes to stronger bones.
In addition to its impact on bone health, greater access to green spaces has multiple benefits for child development. Previous studies have shown that green spaces encourage increased physical activity in children, promoting their overall wellbeing. The positive effects of green spaces extend to adults as well, with these areas being linked to better physical and mental health.
Interestingly, the study did not find any significant impacts on bone density from factors such as screen time, vitamin supplements, or daily consumption of dairy products. This further supports the idea that green spaces play a crucial role in bone health.
Although this study establishes a strong association between nearby green space and bone strength in children, further research is still needed to establish a causal link. It is worth noting that two recent studies focusing on bone density in adults and green spaces produced conflicting results. These disparate findings may be attributed to differences in population density and the availability of green spaces.
In conclusion, this study highlights the importance of green spaces in promoting bone health among children. With the potential to prevent fractures and osteoporosis in later life, increasing the size and accessibility of green spaces should be prioritized. Nonetheless, more research is required to fully understand the causal relationship between green spaces and bone strength.
“Infuriatingly humble tv expert. Friendly student. Travel fanatic. Bacon fan. Unable to type with boxing gloves on.”