Each spring, hundreds of pilgrims from across the country and around the world, descend upon the Great Smoky Mountains National Park to experience and celebrate the remarkable views in what is known as the Spring Wildflower Pilgrimage. In 1951, the year of the first annual pilgrimage, visitors atop Clingmans Dome, the highest point in the
“Would it be feasible to promote some sort of a spring flower jubilee?” It was that simple question, posed 60 years ago, that birthed an event that now attracts people from all over the country and the world to the Great Smoky Mountains every year for the Spring Wildflower Pilgrimage, being held this year April
Three graduate students in the College of Arts and Sciences at UT Knoxville are recipients of the 2010 National Science Foundation’s Graduate Research Fellowship. The NSF awards are given to students based on their potential as young scientists and for intellectual merit and broader impact. The fellowships are used to further their research.
Sixty years ago it was just a seed of an idea inside Bart Leiper’s head — a celebration of the Great Smoky Mountains National Park. Leiper, general manager of Gatlinburg’s Chamber of Commerce, wrote Samuel Meyer, then head of the botany department at UT Knoxville, requesting the department to arrange a so-called spring flower jubilee.
Every spring for the past 59 years, hundreds of nature lovers from all over the world have descended upon the Great Smoky Mountains as part of the Spring Wildflower Pilgrimage. The event, which began with botanists from UT Knoxville, now involves as many as 1,000 participants.
It’s not thinking in the way humans, dogs or even birds think, but new findings from researchers at UT Knoxville show that bacteria are more capable of complex decision-making than previously known. The discovery sets a landmark in research to understand the way bacteria are able to respond and adapt to changes in their environment,
The Oct. 10 College of Arts and Sciences Pregame Faculty Showcase focuses on a UT Knoxville biology professor’s work to visualize human proteins on a scale too small for even the most powerful microscopes. Cynthia Peterson, professor and head of the department of biochemistry and cellular and molecular biology, will lead the discussion “Building a