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Session Type: Symposium
There is considerable evidence that the ability to engage in spatial thinking is foundational for success in STEM domains (Wai, Lubinski, & Benbow, 2009). Yet, spatial thinking is rarely taught in schools despite evidence that training provides a potentially powerful opportunity to alleviate gender differences and increase STEM performance for all students (Levine et al., 2106; Uttal & Cohen, 2012). This symposium brings together scholars who have developed and tested a diverse range of interventions (e.g., gesture, manipulatives, virtual models, Geographic Information Systems) designed to improve spatial thinking within the context of K-16 math and science. Findings highlight the characteristics of successful interventions that can be implemented within the context of STEM learning.
Making Measurement Mistakes: How Actions and Gestures Can Rectify Common Student Misconceptions - Eliza Congdon; Susan C. Levine
Learning to Interpret Topographic Maps: Understanding Layered Spatial Information - Kinnari Atit, Northwestern University; Steven M. Weisberg, University of Pennsylvania; Nora Newcombe, Temple University; Thomas Shipley, Temple University
Promoting the Development of Higher Level Spatial Thinking With Geographic Information Systems Instruction - Emily Hollenbeck, Northwestern University; David Henry Uttal, Northwestern University; Bob Kolvoord, James Madison University; Emily Grossnickle Peterson; Adam Green, Georgetown University
Augmenting Spatial Thinking With Molecular Models in STEM - Andrew T. Stull, University of California - Santa Barbara; Shamin Padalkar, Tata Institute of Social Sciences, Mumbai, India; Mary Hegarty, University of California - Santa Barbara