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Session Type: Symposium
Learning with multiple representations or multimedia plays an important role at school and can foster comprehension and memory. Simultaneously, this kind of learning material imposes specific requirements and often learners need instructional support for achieving understanding. This symposium aims at further illuminating core aspects of learning with these materials in the field of science and mathematics: characteristics of learning and assessment materials and learners as well as teachers’ instructional behavior. The five presentations contribute to better understanding how multimedia materials, including tests, should be designed, which preconditions learners need to work successfully with them, and which students profit from common instructional practices.
The Influence of Text Coherence and Text–Graphic Correspondence on Children's Comprehension - Juliette C. Desiron, California State University - Chico; Neil H. Schwartz, California State University - Chico; Erica de Vries, University of Grenoble
The Effect of Mixed Visualizations on Learning From Science-Related Texts on the Internet - Katja Knuth-Herzig, Goethe University; Holger Horz, Goethe-Universität Frankfurt
Grounded Feedback in a Fraction Addition Tutor - Eliane Stampfer Wiese, Carnegie Mellon University; Kenneth R. Koedinger, Carnegie Mellon University
Does Teachers' Engagement in and Quantity of Instruction on Text-Picture Material Have an Impact on Students' Skill Improvement? - Britta Oerke, Technische Universität Dortmund; Nele McElvany, TU Dortmund University; Annika Ohle, TU Dortmund
Multiple Representations in Science Learning and Assessment - Anne Britt, Northern Illinois University; Dylan Blaum, Northern Illinois University; Patricia Wallace, Northern Illinois University; Mon-Lin Ko, University of Illinois at Chicago; Susan R. Goldman, University of Illinois at Chicago