Erin Schommer’s journey at the University of Minnesota Duluth is a story of ascent, both literal and intellectual. Drawn to UMD by its proximity to climbing routes and its strong science programs, Schommer has carved out a path that fuses her passion for environmental chemistry with her love of rock climbing. Through her research at the Large Lakes Observatory, she analyzes plant matter in Great Lakes sediment to uncover clues about climate change, all while guiding fellow climbers and sharing geological insights on the trail. Supported by the Swenson-funded SURP program, Schommer has transitioned from assisting graduate students to leading her own research, gaining independence and confidence along the way. Her story is one of curiosity, grit, and the joy of finding footholds in science, in nature, and in herself.Read more about Erin's story: https://news.d.umn.edu/articles/rock-climbing

Learn more about studying at the University of Minnesota Duluth: https://d.umn.edu/

Researchers at the University of Minnesota Duluth (UMD) and the U.S. Geological Survey (USGS) are studying lake sediment to reconstruct long-term climate and flood histories in the region. Using a technique called freeze coring, they extract intact layers of mud, called varves, from the bottom of lakes. These varves form annually and preserve chemical and physical clues about rainfall and weather conditions dating back hundreds to thousands of years. This method enables scientists to analyze extreme precipitation trends far beyond modern data limits. The findings could improve flood modeling and guide infrastructure decisions.Read more about this impactful research: https://news.d.umn.edu/articles/flood-history

Researchers at the University of Minnesota Duluth (UMD) are studying lake sediment to reconstruct long-term climate and flood histories in the region. Using a technique called freeze coring, they extract intact layers of mud, called varves, from the bottom of lakes. These varves form annually and preserve chemical clues about rainfall and weather conditions dating back hundreds to thousands of years. Traditional climate records only span a few decades, but this method enables scientists to analyze extreme precipitation trends far beyond modern data limits. The findings could improve flood modeling and guide infrastructure decisions.Read more about this research: https://news.d.umn.edu/articles/flood-history

Learn more about studying at the University of Minnesota Duluth: https://www.d.umn.edu/