On October 1, top chemistry researchers from around the country came to Missoula, Montana, to light stuff on fire. They converged at an old building that looked like a mad scientist’s warehouse. Inside, they helped each other set up millions of dollars worth of instruments. Wind tunnels weaved in and out of the walls, and a rickety elevator ferried researchers to the top of a giant smoke funnel. These scientists were kicking off a multi-year mission called FIREX—Fire Influence on Regional and Global Environments Experiment, to better understand the air quality and climate effects of fire—in the controlled environment of the Forest Service’s Rocky Mountain Research Station Fire Sciences Laboratory (Fire Lab).
CIRES Visiting Fellow Adam Schneider uses environmental archaeology to understand how changes of climate affected people in the ancient Middle East and North Africa.
Distant Impacts: Smoke, Dust from Pacific Northwest Fires affect Colorado's Air Quality
During poor air quality days in Denver last year, scientists found that specks of mineral dust swept into the region along with smoke from Pacific Northwest wildfires, they report in a new study published in the Journal of Atmospheric Chemistry and Physics. Both smoke and mineral dust have consequences not only for health, but also for climate.