A former director of the National Science Foundation who is known worldwide for her work in addressing water quality issues will visit The University of Toledo next week as part of the Jesup Scott Honors College Distinguished Lecture Series.
Dr. Rita Colwell was the first scientist to discover cholera can enter a dormant state and lurk in water until conditions are again favorable for it to grow. Her finding opened the door to new research about the link between the natural environment, climate, and the spread of infectious diseases.
Colwell
“Dr. Colwell is one of the most influential and well-known life scientists in the world today,” said Dr. Heidi Appel, dean of the Jesup Scott Honors College. “She is a leader not only in her academic discipline, but in pulling people together from many academic disciplines to focus on water quality and interdisciplinary approaches to solve major societal challenges.”
Colwell is scheduled to present a pair of lectures at the University:
• A public presentation of how connections between climate and oceans affect human health on Monday, March 25, at 6 p.m. in Doermann Theatre on Main Campus.
• A technical talk about how next-generation DNA sequencing has revolutionized the study of the relationship between microbial communities and how that new knowledge can be used in diagnostics, drug development, public health and water safety Tuesday, March 26, at noon in Radisson Hotel Suite C on Health Science Campus.
Both lectures are open to the public, but reservations are requested to the technical talk luncheon; go to the Distinguished Lecture Series website.
Much of Colwell’s six decades of research has been dedicated to understanding and preventing cholera outbreaks. Among her many discoveries, she demonstrated how algal blooms, spurred by high nutrient loads and warming ocean waters, increases the population of cholera-carrying zooplankton.
Though Lake Erie’s algal blooms raise concerns of microcystin — not cholera — Colwell’s innovative research methods and multidisciplinary way of developing solutions could prove a helpful roadmap to addressing the problem in northwest Ohio.
“We believe the kinds of tools she’s developed and the way of thinking about interdisciplinary research-based problem solving will be of interest and value to the people in our region who are dedicated to protecting water quality,” Appel said.
Colwell was the first woman to lead the National Science Foundation, serving as director from 1998 to 2004. She was awarded the National Medal of Science in 2006 and the Stockholm Water Prize in 2010.
She has a bachelor’s degree in bacteriology, master’s degree in genetics and doctorate in oceanography. She holds distinguished professorships at both the University of Maryland at College Park and Johns Hopkins University Bloomberg School of Public Health.
