SEMINARS IN Spring 2024

All events take place in TH 193 (unless otherwise noted.) 

Please join us for refreshments at 3:45pm. Presentations begin at 4:00pm.

February 1: Gary McCall, Professor of Exercise Science, and Elize Hellam, Director of Experiential Learning Programs and Support, University of Puget Sound

Title: Applying for Student Summer Research Opportunities (for Students ONLY)

February 8: Courtney Fitzpatrick, Assistant Professor of Biology, Texas A&M

Title: Toward a true understanding of reproductive competition in female animals

February 15: Manuel Montano, Associate Professor of Environmental Science, Western Washington University 

Title: Colloid geochemistry to emerging contaminants; exploring the environment one particle at a time

February 22: Kelsey Crutchfield-Peters, Postdoctoral Research Scholar, LBNL - Earth and Environmental Sciences Division, Energy Geosciences

Title: Beyond soil: why our understanding of the nitrogen cycle needs to dig deeper

February 29: Drew Kerkoff, Provost, University of Puget Sound

Title: Continental-scale patterns of plant biodiversity: from basic questions to applied macroecology 

March 7: Josh Patterson, Associate Professor of Chemistry, Christopher Newport University

Title: A Logger's Approach to Interfacial Chemistry

March 14: No Seminar -- Spring Break!

March 21: Rollie Williams '10, Comedian and Climate Science Researcher and Policy Advocate

Title: Where Climate Communication and Comedy Meet

March 28: Mare Hirsch, Assistant Professor of Art and Art History, University of Puget Sound

Title: Data-Driven Art: Generating Form from Information 

April 4: Lauren Shull, Postdoctoral Researcher, University of Washington

Title: Staphylococcus Aureus Growth in Cystic Fibrosis Sputum

April 11: Jordan Fonseca, Graduate Student, University of Washington

Title: Simultaneous Strain and Gate Tunability of Moiré Heterostructure Devices 

April 18: John Calise, Postdoctoral Researcher, University of Washington

Title: Uncovering Mechanisms of Metabolic Regulation using Cryogenic Electron Microscopy