News

Maine Magazine Names Mayewski a Bold Visionary

Paul Mayewski has been named one of the 50 bold visionaries defining the state in the July issue of Maine magazine. The director of the Climate Change Institute at the University of Maine was included in the third annual list for his four decades of exploration aimed at understanding “why and how the climate is […]

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Glacial Geology – UMaine Scientists in Mongolia Seek to Learn About Processes that Launch Earth out of an Ice Age – A. Putnam & P. Strand et al.

Aaron Putnam, a research associate with the University of Maine Climate Change Institute, is conducting glacial geology research in Mongolia with doctoral student Peter Strand. Fieldwork will include mapping and collecting samples of moraines and glacial geomorphologic features around Khoton Nuur. Khoton Lake is at the foot of the Altai Mountains near the border of […]

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PBS Program on Human Evolution to Feature Gill

Jacquelyn Gill, assistant professor of paleoecology and plant ecology at the University of Maine, will appear in a new five-part PBS program on human evolution. Gill will be featured in the premiere episode “Americas,” airing 9 p.m. June 24. “First Peoples” is a global detective story that traces the arrival of the first Homo sapiens […]

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Live Science Reports on Antarctic Climate Change Research – Mayewski, Kurbatov, Spaulding, & Introne

Live Science reported on climate change research conducted by a team of scientists including Paul Mayewski, Andrei Kurbatov, Nicole Spaulding and Douglas Introne from the Climate Change Institute at the University of Maine. The article, “Million-year-old bubbles reveal Antarctica’s oldest climate snapshot,” focused on research led by John Higgins, a geochemist at Princeton University. Higgins’ […]

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Providing Climate Context – UMaine scientists help establish link in past abrupt climate changes in Arctic, Antarctic – Kreutz

A research team that includes University of Maine scientists announced a 60,000-year-old ice core from West Antarctica reveals that ocean currents redistributed past abrupt temperature changes in the Arctic to the Antarctic, a distance of about 11,000 miles. In addition to demonstrating a consistent link between previous sudden, rapid temperature changes in the Arctic and […]

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