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Eliot Circular

School of Hard NOx

By Kate Schimel 鈥�13

[chemistry 2008–] has received a from the U.S. Environmental Protection Agency to study the effects of nitric oxide (NOx) in southeastern forests. She will be doing research and battling the heat in Alabama this summer, along with research assistant Hannah Allen ’14, who won the Mellon Environmental Studies Summer Experience Fellowship to fund her participation.

When natural emissions from forests interact with pollutants, including NOx and related chemicals, they form tiny atmospheric particles or aerosols. NOx comes from a variety of sources, including vehicle exhaust, coal-burning power plants, and large urban areas.

“We really don’t understand the chemistry of particle formation,” says Fry, whose project is part of a large scale collaborative effort known as the Southern Oxidant and Aerosol Study. Their research has implication for both climate change and human health. The aerosols, if inhaled over long periods of time, can cause cardiovascular and pulmonary disease. However, the particles can also create a light-blocking haze, which causes regional cooling.

Fry is particularly excited about the project’s opportunities for students. “It’s a great way to introduce students to the scientific community of atmospheric chemistry,” she says. “They get to connect with some of the big people in the field, to hear what the cutting-edge questions are.” 

Senior Danielle Draper ’13 accompanied Fry on a previous project looking at similar chemistry in the pine forests of Colorado.

In addition, the EPA grant provides funds for a postdoctoral researcher, Ben Ayres, who joined Julie’s lab this spring.

“He’ll be a great resource in the lab for future thesis students,” says Julie. “I love working with thesis students, and I always wish I had more time. This allows someone else to act as a mentor, as well.”

Plus, she jokes, “he’s from Georgia, so he can help us with the humidity.”