A group of Georgia Tech researchers has received $340,000 from the U.S. Centers for Disease Control and Prevention to better understand how poultry feeding operations in Georgia potentially introduce antibiotic-resistant pathogens into the nearby environment.
Georgia Tech has been intensifying its smart cities initiative, including membership in the national MetroLab Network and the launch of a new faculty council with members from more than a dozen university units. Tech has long been working in the, but the now the Institute is organizing all the research that’s happening to have a bigger impact.
Cesunica Ivey’s paper outlining a new way to estimate the amount and source of air pollution has been named one of the two best articles published in 2016 in the journal Frontiers of Environmental Science & Engineering.
As if singlehandedly leading a dozen undergraduates at a time in the realm of real-world research isn’t enough of a challenge, Joe Brown ups the ante, carrying his undergrads to conduct fieldwork overseas — in a foreign-language country.
Georgia Tech’s scientific and engineering honor society has recognized Despina Tsementzi’s doctoral dissertation as one of the best of the year. Tsementzi, who finished her Ph.D. in the fall, has won the Sigma Xi Best Ph.D. Dissertation award for 2017. She’s one of only 10 students across campus to earn the distinction.
Even bacteria found in small numbers in freshwater communities play an essential role in maintaining the ecosystem and responding to environmental changes, according to new work from researchers in the School of Civil and Environmental Engineering. This “rare biosphere,” as they called it, carries important genes for breaking down organic pollutants, which can help the entire microbial community withstand environmental changes. Their study appeared March 3 in the journal Applied and Environmental Microbiology.
When Joe Brown went to India last summer, he was hoping to collect samples that could help answer some questions he’d been thinking about for a while. His years studying sanitation and global health had given him the idea that the open sewers and overflowing latrines common in the dense cities of the developing world could be linked with disease through an unusual mechanism: airborne transmission of pathogens.
Tech Environmental Engineering Professor Armistead “Ted” Russell has traveled the world, including China, India and Minneapolis, studying air quality and its impacts on urban life. He is also part of a team of scientists, policymakers and industrialists working with a U.S. National Science Foundation Sustainability Research Network to build better cities.