Now, after walking the
walk in an eventful 30-plus year career, he feels his calling is talking the
talk.
“Sharing my experiences
with students and the general public is what I now consider the most important
part of my scientific career,” McClintock said while appearing during the 10th
annual Scholars Week at MTSU March 16.
Scholars Week, a
weeklong showcase of academic pursuits and research, continues throughout the
week. All of the colleges within the university participate with their own Scholars
Days.
McClintock shared with
students, faculty and the general public during the first of his two-day
appearance at MTSU.
He held a one-hour
“Adventures in Field Work” and Q&A session with students, where he opened
with a few words about his history of “working in remote polar environments
beginning as a graduate student.” He discussed what the experience has taught
him about “biological and environmental issues, as well as the value of
interdisciplinary collaborative research and cooperation when working in remote
field settings.”
The students’ questions
guided the remainder of the discussion.
McClintock’s career and
research passions have allowed him an “extraordinary lifetime of opportunity to study one of the most intriguing and challenged regions of our
planet.”
“Antarctica has put me in the unique position to leverage
a lifetime of scientific discovery to educate the public about environmental
issues increasingly confronting humankind,” he added.
Regarding his keynote message about the Antarctic
Peninsula, he said it is one of the most rapidly warming regions on the planet.
“Sea ice and glaciers are retreating and ice shelves are
breaking apart,” he said. “These changes are impacting Antarctic marine life —
from the smallest plankton to the largest of whales on this stunningly
beautiful and surprisingly fragile continent.”
Rapid anthropogenic climate warming and ocean
acidification are twin challenges in a high carbon dioxide world.
“Hope for a better future is illustrated with the discovery
and ongoing remediation of the massive hole in the ozone over Antarctica,” he
said.
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