Pollution’s Rhythm
The air we breathe can impact our heart’s rhythm, increasing the risk of sudden heart disruptions like arrhythmia and emphasising the need for reducing pollution levels and taking measures to protect those at risk.
"this is sixth form poetry, not Keats or Yeats"
The air we breathe can impact our heart’s rhythm, increasing the risk of sudden heart disruptions like arrhythmia and emphasising the need for reducing pollution levels and taking measures to protect those at risk.
A link has been established between water arsenic levels and higher urinary arsenic in people using private wells and public water systems in the US, emphasising the need for action to protect those at risk from arsenic exposure.
The study of Earth’s climate change and its impact on biodiversity reveals that many trees face potential extinction and decreased diversity, with uncertain consequences for ecosystems and human livelihoods.
Light pollution might lower mosquito survival by messing with their energy storage. This could potentially make the mosquito biting season longer and make it harder for those living in urban environments to survive the winter.
Circadian disruption can cause health problems, including cancer, diabetes, and problems with brain cells. It can be caused by jet lag, shift work, and artificial light at night.
People who are blind or have low vision often have better senses of hearing, touch, and smell. Blind people can also sense their heartbeats better than sighted people.
The most sustainable approach to managing Japanese knotweed is the use of glyphosate-based foliar spray control methods, which directly target the leaves of the plant.
Entire populations of Antarctic seabirds are failing to breed due to extreme, climate-change-related snowstorms.
Across California, long-term PM2.5 exposure has been shown to be associated with an increased risk of having a heart attack or dying from heart disease, with the greatest harms impacting under-resourced communities.