Air and Noise Pollution Increases Your Risk of Heart Diseases and Diabetes
Air pollution, clubbed with transportation noise, increases the risk for cardiovascular diseases and diabetes, finds a study.
Washington D.C. [USA], Oct 25: Air pollution, clubbed with transportation noise, increases the risk of cardiovascular diseases and diabetes, finds a study. These are the findings of a comprehensive study conducted by the Swiss Tropical and Public Health Institute (Swiss TPH), which was published in the European Heart Journal.
The study looked at the combined effects of air pollution and transportation noise for heart attack mortality, by considering all deaths that occurred in Switzerland between 2000 and 2008. Air Pollution Can Cause Diabetes Even At 'Safe' Levels Says Study.
The findings indicate that the negative effects of air pollution may have been overestimated in studies which fail to concurrently consider noise exposure. "Our study showed that transportation noise increases the risk for a heart attack by 2.0 to 3.4 percent per 10 decibels increase in the average sound pressure level at home." said Martin Roosli, lead author of the published research. "Strikingly, the effects of noise were independent from air pollution exposure." Delhi and Mumbai among World’s Most Polluted: How Will Air Pollution Affect Our Mental and Physical Health?
The study also found that people exposed to both air pollution and noise are at highest risk of heart attack. Hence, the effects of air pollution and noise are additive. "Public discussions often focus on the negative health effects of either air pollution or noise but do not consider the combined impact." said Roosli. "Our research suggests that both exposures must be considered at the same time." This has implications for both policy as well as future research.
Hence, Roosli and co-researchers recommend including transportation noise exposure in any further research related to air pollution and health to avoid overestimating the negative effects of air pollution on the cardiovascular system.