Search
On-Site Program Calendar
Browse By Day
Browse By Time
Browse By Person
Browse By Room
Browse By Unit
Browse By Session Type
Search Tips
Change Preferences / Time Zone
Sign In
Bluesky
Threads
X (Twitter)
YouTube
Session Type: Poster Session
This session investigates how students reason, explain, and take epistemic risks as they engage with complex, interdisciplinary, and socioscientific problems in science. Spanning middle school through college, these studies explore how learners construct explanations of geoscience phenomena, reason about low-carbon living, connect across scientific disciplines, and navigate uncertainty in systems thinking and sustainability contexts. Collectively, the papers reveal how epistemic, affective, and cognitive dimensions shape students’ engagement with complex scientific ideas, from the mechanisms of Venus flytraps to the ethics of carbon cycling. Together, they reimagine science learning as a space where students think across boundaries, negotiate uncertainty, and develop the reasoning capacities needed for complex phenomena.
Exploring Complex Systems through Venus Flytrap Mechanobiology: High School Students' STEM-integrated Learning with Multiple Models - Zheng Bian, University of Pennsylvania; Jianan Zhao, University of Pennsylvania; Amanda Cottone, University of Pennsylvania; Susan A. Yoon, University of Pennsylvania
The Social Construction of Geoscience Explanations and the Interplay of Epistemic Risk - Brandin Conrath, Virginia Commonwealth University; Kathryn M. Bateman, Pennsylvania State University - Harrisburg; Jonathan McCausland, Iona University; Scott McDonald, Pennsylvania State University
Cognitive Patterns of Socio-Scientific Reasoning on a Low-Carbon Campus Among Seventh-Grade Students - Chengji Luo, Beijing Normal University; Haijian Sun, Beijing Normal University; Jing Lin, Beijing Normal University; Hongyan Zhao, Beijing Normal University
Uncovering College Students’ Epistemological Foundations of Interdisciplinary Understanding of Carbon Cycling Through Constructed Responses - Hyesun You, University of Iowa; Minju Hong, Chung-Ang University
High Tide, Low Coverage: Correlates of Barriers to Teaching About the Ocean In Science Classrooms - Ella Claire Walsh, Boston College; Laura M. O'Dwyer, Boston College; Victoria Centurino, Woods Hole Oceanographic Institution; Nicholas Bates, Arizona State University - Bermuda Institute of Ocean Sciences; Sonya Dyhrman, Columbia University; Sheean Haley, Columbia University
Misconceptions in the Mojave: Student Understanding Surrounding Complex Ecological Systems - Nicole J. Thomas, University of Nevada - Las Vegas
Rooted In Place: Using Place-Based Soil Data to Engage Diverse Learners in Data Science - Ian Thacker, University of Texas - San Antonio; Rebecca Schroeder, University of Texas - San Antonio; Sara Shields-Menard, University of Texas - San Antonio; Mariah Hopkins, University of Texas - San Antonio; Sandrina Ramirez, University of Texas - San Antonio; Corina Lopez, University of Texas - San Antonio; Tanvir Alam, University of Texas - San Antonio