Skip to main content

Faculty and student researchers present findings on wildfire smoke exposure

Andrew Nutting presents at the Pacific Northwest International Section of Air and Waste Management Association conference.

Luke Montrose, an assistant professor in the Department of Community and Environmental Health, and health science master’s student Andrew Nutting presented their research at the Pacific Northwest International Section of Air and Waste Management Association conference Oct. 23-25 in Butte, Montana. Their presentations related to the public health consequences of wildfire smoke inhalation.

As a result of climate change, wildfires in the Northwest are increasing in size, intensity and frequency. The number of acres burned has doubled each decade for the last 30 years, with the last decade resulting in a burn area the size of Florida.

Nutting presented a study examining perceptions and educational opportunities in skilled nursing facilities related to wildfire smoke exposure. The elderly are a vulnerable population and are particularly sensitive to poor air quality. Despite this, the perception of wildfire smoke as a health risk and the educational deficiencies among Idaho’s nursing facility administrators is not well known.

Luke Montrose

Montrose and Nutting distributed a survey to 82 skilled nursing facilities across Idaho. Results revealed multiple opportunities for education and outreach among administrators, including bolstering knowledge on the efficiency of facilities’ air filtration systems. Future community-based educational efforts could lead to improved health outcomes and reduced healthcare costs for long term care facilities.

Additionally, Montrose presented a research design concept he hopes to use to examine the consequences of smoke inhalation for wildland firefighters. Changes in fire behavior have increased the occupational health risk for chronic, high concentration smoke exposure for wildland firefighters. The resulting data from Montrose’s study could inform occupational safety practices among the firefighters, and provide guidance for advancing current technologies utilized to monitor exposure.

–By Lizzy Miskell