Read the award announcement at the Undergraduate Advising and Academic Programming
Each spring, the Undergraduate Advising and Academic Programmingoffice presents awards to celebrate the outstanding contributions of first year students, their advisors, and associate advisors. The Excellence In Mentoring Award "honors an advisor who is deeply invested in mentorship. This advisor understands that mentoring goes beyond giving academic advice. S/he is a role model and is committed to the holistic growth and development of first year students."
David McGee’s research focuses on understanding the atmosphere’s response to past climate changes. By documenting past changes in precipitation and winds using geochemical measurements of stalagmites, lake deposits and marine sediments and interpreting these records in the light of models and theory, he aims to offer data-based insights into the patterns, pace and magnitude of past hydroclimate changes. His primary tool is measurements of uranium-series isotopes, which provide precise uranium-thorium dates for stalagmites and lake deposits and allow reconstructions of windblown dust emission and transport using marine sediments.
McGee has served as Director of Terrascope, an MIT First Year Learning Community since 2016.
McGee joined the faculty in 2012 after completing a https://eapsweb.mit.edu/news/2018/mcgee-receives-excellence-mentoring-awardpostdoctoral fellowship with a joint appointment at the University of Minnesota and the Lamont-Doherty Earth Observatory. He holds a Ph.D. in Earth and environmental sciences from Columbia University.
About the McGee Lab for Paleoclimate and Geochronology
The paleoclimate record samples a much wider range of conditions than we've experienced during the instrumental era of the last century, providing unique opportunities to deepen our understanding of the climate system. The McGee Lab for Paleoclimate and Geochronology focuses on how precipitation and wind patterns responded to past climate changes. By making precise measurements of stalagmites, lake deposits and marine sediments and interpreting these records in the light of models and theory, we aim to offer data-based insights into the patterns, pace and magnitude of past hydrologic changes. Our primary tool is measurements of uranium-series isotopes, which provide uranium-thorium dates for stalagmites and lake deposits and allow us to reconstruct variations in windblown dust transport using marine sediments.
Read this story at EAPS News.