Giving Compass' Take:
- A study published in Environmental Research indicates that the pregnant women exposed to wildfires in California may have experienced as many as 7,000 extra preterm births between the years 2007 and 2012.
- How can medical professionals best provide preventative medical care in places with high exposure to wildfires?
- Learn more on addressing wildfires as they get worse.
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Exposure to wildfire smoke during pregnancy increases the risk that the baby will be born too early, a new study shows.
The study, published in Environmental Research, finds there may have been as many as 7,000 extra preterm births in California attributable to wildfire smoke exposure between 2007 and 2012. These births occurred before 37 weeks of pregnancy when incomplete development heightens risk of various neurodevelopmental, gastrointestinal, and respiratory complications, and even death.
Wildfire smoke contains high levels of the smallest and deadliest type of particle pollution, known as PM 2.5. These specks of toxic soot, or particulate matter, are so fine they can embed deep in the lungs and pass into the bloodstream, just like the oxygen molecules we need to survive.
The research comes as massive wildfires are again blazing through parched landscapes in the western US—just a year after a historic wildfire season torched more than 4 million acres of California and produced some of the worst daily air pollution ever recorded in the state. During the 2020 fire season, more than half of the state’s population experienced a month of wildfire smoke levels in the range of unhealthy to hazardous.
This year could be worse, says study coauthor Marshall Burke, an associate professor of earth system science at Stanford University and a senior fellow at the Stanford Woods Institute for the Environment and at the Stanford Institute for Economic Policy Research. And yet much remains unknown about the health impacts of these noxious plumes, which contribute a growing portion of fine particle pollution nationwide and have a different chemical makeup from other ambient sources of PM 2.5, such as agriculture, tailpipe emissions, and industry.
Read the full article about wildfire smoke by Josie Garthwaite at Futurity.