Students Present at Scholarship Sewanee

Eighteen EES students presented their research at the 2023 Scholarship Sewanee on topics as varied as subalpine forest mortality in the Colorado Rocky Mountains, thin section analysis of the Mississippian Pennington Formation, phase transitions in magnesium and iron hydrous sulfates at extreme pressures and temperatures, a multi-temporal landslide inventory for Wetar Island, and how regenerative practices affect soil carbon sequestration on small farms on Tennessee’s Cumberland Plateau.

Students Travel to the National Synchrotron Light Source

Charlotte Ganter (C'25), Brian Gulick (C'24), and Máté Garai (C'24), travelled with their research advisor Dr. Thompson to the National Synchrotron Light Source II at Brookhaven National Laboratory for five days of intensive research using the infrared and Raman spectroscopy facilities at this world class facility.

Students Present at the American Geophysical Union Fall Meeting

Brian Gulick (C'24) and Máté Garai (C'25) travelled to Chicago to present their geology research at the American Geophysical Union Fall Meeting that draws more than 25,000 scientists from over 100 countries! Also in attendance to present their work were Dr. Max Dahlquist and Dr. Lily Thompson (not shown).

Students Present at the Geological Society of America Annual Meeting

Christian Shushok (C'24) and Audrey Burch (C'24) presented new results on  the physical and chemical properties of two planetary minerals, epsomite and melanterite, at elevated pressures and extreme temperatures at GSA Connects. These findings tied together work conducted in the laboratory of Dr. Lily Thompson, as well as spectroscopy measurements conducted during field trips to the National Synchrotron Light Source at Brookhaven National Laboratory. 

Probing the Secrets of the Universe from Snowden Hall

Thompson has a conceptual challenge:  how to explain conditions in her field site, 1,600 kilometers (around 1,000 miles) under the surface of the Earth. For reference, the deepest hole human beings have ever dug is just over two kilometers deep, so Professor Thompson is characterizing processes 800 times deeper. There, in the Earth’s mantle, the weight of all the kilometers of rock above creates intense pressure. Use this link to read the complete, unabridged article about the planetary science and condensed matter physics being studied in the Department of Earth and Environmental Systems.