Update
Now Archived! PolarConnect event with David Walker and researcher Rose Cory studying Carbon in the Arctic from Toolik Field Station in Alaska. This event was broadcast on Wednesday, 26 June 2019. You can access this and other events on the PolarConnect Archives site
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David Walker teaches innovative courses in Earth Science and Organic Chemistry at LASA High School, a public magnet school in Austin, Texas. His favorite thing about teaching is having the opportunity to make the natural world more interesting for his students every day. This opportunity is his passion point, and it constantly motivates him to improve. An avid backpacker, fly fisherman, and birder, he loves to bring his experiences, personal knowledge, and insights to life in engaging, meaningful learning activities for his students.
David advocates a project- and place-based teaching model and encourages his students to investigate nature through unique field trips and research projects in Austin-area laboratories, parks, and preserves. He also coaches the LASA Science Olympiad team, through which he has helped inspire students to study science beyond classroom requirements and expose students to many scientific fields and disciplines not typically encountered in high school.
David plans to directly integrate his research experience in the Arctic into his classroom. In doing so, he hopes to enrich his curriculum with a wealth of relatable personal experiences, enhance the project-based field research components of his courses, expose his students to unique careers and fields in science, and inspire his students to seek out additional learning opportunities outside of the classroom.
Dr. Rose Cory works in the Arctic where climate warming is thawing frozen soil which may release tremendous stores of dissolved organic carbon to the Earth's surface. After having been trapped for millennia in the frozen soils this new carbon then becomes part of the modern carbon cycle. Dr. Cory finds that exposure to sunlight accelerates the return of this dissolved organic carbon to the atmosphere as carbon dioxide, which may further increase the rate of global warming. Because climate change is influencing our planet's evolution, understanding the fate of newly released carbon will help predict our future as a planet and society. Read more about Dr. Cory and her research here
George W. Kling is a professor in the Department of Ecology and Evolutionary Biology at the University of Michigan. He primarily studies aquatic ecology and biogeochemistry, and his research has focused on carbon and nutrient cycling, on using stable isotopes to understand trophic interactions, and on the integration of lakes and streams in a landscape context. His recent research has examined the role of microbial diversity in ecosystem function. He has worked internationally on arctic lakes and streams for approximately 25 years, and on tropical lakes in Africa.
Kling's scientific outreach to the public through interviews about his research on climate change and on the killer lakes of Cameroon includes articles in magazines and newspapers (e.g., National Geographic, Smithsonian), T.V. and radio broadcasts (e.g., CNN, BBC), and television films (e.g., BBC, Discovery). He has met regularly with U.S. Congress members to discuss issues of climate change and scientific integrity, and was lead author of the Union of Concerned Scientists – Ecological Society of America publication 'Confronting Climate Change in the Great Lakes Region' (2003). Kling is an associate editor for Limnology and Oceanography (2001-), an elected Fellow of the American Association for the Advancement of Science (1997-), and received a National Academy of Science Young Investigator Award (1993), a NSF Presidential Faculty Fellowship (1995), the United Nations Sasakawa Award (Certificate for Disaster Reduction, 2001), and the ASLO Ruth Patrick Award (2007).
Dr. Byron Crump has worked in the Arctic for over a decade exploring the biodiversity and ecology of bacteria and other microbes in lakes, streams and soils. Microbial communities are essential components of every ecosystem on the planet, and in recent years we have learned that the most abundant organisms in natural microbial communities are unrelated to the cultured organisms studied in the lab for the last 100 years. Microbial communities contain an extremely deep diversity and an immense genomic potential of novel functional genes. Dr. Crump is currently conducting a multi-year study of microbial community composition and growth rate in arctic lakes and streams on the North Slope of Alaska to measure how diversity and growth vary over time and are affected by global change. You can read more about Dr. Crump's research here.
