As thousands of acres burn in Southern California, those residents lucky enough to escape the flames worry what consequences could result in inhaling the smoke.
According to the EPA, smoke emanating from forest and community fires may include any of the following:
According to the EPA,
Smoke is composed primarily of carbon dioxide, water vapor,
carbon monoxide, particulate matter, hydrocarbons and other
organic chemicals, nitrogen oxides, trace minerals and several
thousand other compounds. The actual composition of smoke
depends on the fuel type, the temperature of the fire, and the
wind conditions. Different types of wood and vegetation are
composed of varying amounts of cellulose, lignin, tannins and
other polyphenolics, oils, fats, resins, waxes and starches, which
produce different compounds when burned.
Some may have no idea they are breathing in harmful compounds that could affect their lungs and heart. However, many may experience:
What are PM2.5s?
PM2.5 are particles less than 2.5 micrometers in diameter that are present in pollution and wildfire smoke that can penetrate deeply into the lung linings. Larger, coarse particles 10 micrometers in diameter are called PM10. Both impair lung function as they inflame the lungs and interfere with the work of alveoli that need to oxygenate the blood. Moreover the small particles can use this pathway to enter the blood stream. Although the direct health impacts of the fine particulate matter is not clearly defined it is believed that increased PM2.5 levels increase the risk of lung and heart disease as discussed above.
Symptoms may begin at levels greater than 55 µg/m3 .
Avoiding the area of wildfires is paramount. Additionally, the following may be considered: