Athens, Ga. From the boiling depths of undersea hydrothermal vents to the toxic heavy-metal waters of mining wastes and the freezing cold of Antarctic glacial icemicroorganisms known as extremophiles tolerate, and even thrive in, the most inhospitable environments on Earth. The unique biology of these microorganisms has triggered interest from researchers around the world: Can extremophiles help solve the problem of efficient and cost-effective processing of biomass into fuels?
Experts on these extreme microorganisms will convene at the University of Georgia for "Extremophiles: Key to Bioenergy?" a two-day symposium at the UGA Center for Continuing Education Conference Center and Hotel, Sept. 19-20. The symposium is being held on the occasion of the retirement of Juergen Wiegel, UGA Distinguished Research Professor of microbiology and a pioneer in extremophile research.
Wiegel was one of the first modern microbiologists to recognize the utility and importance of thermophilic anaerobes, which grow in the absence of air at temperatures above 55 C. At UGA, he built one of the premier laboratories for the isolation and characterization of these organisms. This work led to the description of a novel order and family, 15 novel genera and 36 novel species of bacteria, and more than 220 original scientific publications, including three patents. He also led an international team funded by the National Science Foundation to study the microbiology of extreme organisms at Kamchatka, Russia, a remote location with unique volcanic features that had never been studied before.
"The symposium is extremely timely in respect to the growing recognition that the world cannot sustain its current dependence on fossil fuels as the key source of energy, as well as the substantial efforts of the University of Georgia in these areas of research," said Robert Maier, professor of microbiology and GRA Ramsey Eminent Scholar of Microbial Physiology.
|Contact: Robert J. Maier|
University of Georgia