A new paper authored by UT professor suggests that in order to cope, conservation organizations need to adapt like the organisms they seek to protect. The paper, published in Frontiers in Ecology and the Environment, argues that conservation organizations need to be bolder in their adaptation efforts given the rate and extent of the ecological changes that are coming.
UT has been chosen to participate in a new program designed to expand partnerships between universities in the United States and Norway.
Embracing “novel ecosystems” is dangerous, according to a new study by a team including a UT professor.
The Mississippi River and its tributaries have provided water, transportation, and sustenance for people living along the water’s edge since well before Europeans set foot in the New World. A new group is helping make sure that role continues well into the future.
Wayne Davis, dean of the College of Engineering, was one of the invited speakers at the 2014 International Conference on Engineering Science and Technology in Beijing. The conference, Engineering and the Future of Humankind, was sponsored by the United Nations Educational, Scientific, and Cultural Organization; the International Council of Academies of Engineering and Technological Sciences; and the Chinese Academy of Engineering.
The most recognizable number for alternative fuel proponents has long been E-85—which indicates a much higher ethanol content than most fuels—but thanks in part to efforts from a UT group, that could soon give way to a new number: I-75.
Next week marks the beginning of UT’s eighth annual Earth Month. “This year’s event will feature numerous student and community organizations coming together to increase awareness of what we are doing to make the campus and Knoxville a more sustainable place to live, work, and play,” said UT Sustainability Manager Preston Jacobsen.
The Chattanooga Times Free Press interviewed Aimee Classen, associate professor of ecology and evolutionary biology, who has received more than $880,000
Frank Loeffler, UT-ORNL Governor’s Chair for Microbiology, was featured in Science-Omega for his research involving nitrous oxide. Loeffler and his international team has discovered that the range of microorganisms which combat the greenhouse gas is broader than expected.
The environment has a more formidable opponent than carbon dioxide. Another greenhouse gas, nitrous oxide, is 300 times more potent and also destroys the ozone layer each time it is released into the atmosphere. Luckily, nature has a larger army than previously thought combating this greenhouse gas—according to a study by Frank Loeffler, Governor’s Chair for Microbiology, and his colleagues.