Babies in prams can be exposed to up to 60 percent more pollution than their parents, causing potential damage to their frontal lobe and impacting on their cognitive abilities and brain development.
In a study published by the Global Centre for Clean Air Research (GCARE) at the University of Surrey in Environment International, researchers examined more than 160 references to highlight the factors concerning the pollution exposure of babies in prams and associated mitigation strategies.
Extreme hot and cold weather increase the number of deaths and emergency room visits but affect specific at-risk populations differently, according to new research from the U.S. and Japan.
Rapid increases in pollution may be as harmful to the heart as sustained high levels, according to research published in the European Journal of Preventive Cardiology,1 a European Society of Cardiology journal. The authors urgently call for confirmatory studies as even residents of clean air cities could be at risk.
There is longstanding evidence that exposure to high concentrations of air pollution increases the risk for several diseases including heart attacks and European Union (EU) statutory pollution limits are based on absolute upper values.
Trace elements of lithium in drinking water can slow death rates from Alzheimer’s disease, Brock University research has found.
Study analysed health impact of a walk through the traffic-polluted Oxford Street in London, compared to Hyde Park.
Even short-term (2 hour) exposure to tiny particles of soot or dust found in traffic fumes on busy roads appears to thwart the benefits of walking on the heart and lungs among older adults (aged 60 or over), according to a study comparing the health effects of walking along a traffic-polluted road versus walking through a park. The effect was particularly marked in people with existing respiratory illness.