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Rogier Bos; Marije Wigmans – International Journal for Technology in Mathematics Education, 2025
University students increasingly watch animated math videos that use dynamic visualizations as part of their learning process. Despite students' positive appreciation, little is known about how these visualizations contribute to learning outcomes. This paper examines the relationship between learning outcomes and students' experiences with dynamic…
Descriptors: College Students, Video Technology, Animation, Mathematics Education
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Segla Kossivi – Journal of Computers in Mathematics and Science Teaching, 2025
First-year college students experience difficulties in understanding the concepts of derivatives and integrals. At the postsecondary level, the use of static visualization and other traditional instruction delivery methods often are unable to meet students' needs in calculus. This problem is current and essential in the field of education and…
Descriptors: Calculus, Mathematics Instruction, Concept Formation, Mathematical Concepts
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Abe ten Voorde; Margherita Piroi; Rogier Bos – Teaching Mathematics and Its Applications, 2025
In recent years, a multitude of innovative educational videos focusing on mathematics and employing dynamic visualization techniques have been published on YouTube. From a sample of videos, we develop a taxonomy of didactical roles of dynamic visuals and supporting animation techniques. The taxonomy is constructed through an open coding approach,…
Descriptors: Mathematics Education, Animation, Video Technology, Educational Innovation
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Jessica Holt; Alexa J. Lamm; Shuyang Qu; Kristin E. Gibson – Journal of Agricultural Education, 2025
Water is a finite resource, necessary for sustaining all facets of life; however, it is often taken for granted. Recognizing a level of risk associated with a diminishing water supply, communicating with the public about their contributions to water issues so they will reduce unnecessary consumption is of utmost importance. This study used an…
Descriptors: Visual Aids, Information Dissemination, Animation, Water
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Michael R. Brudzinski; Thomas F. Shipley; Joy Ham – Journal of Geoscience Education, 2025
Recent studies have identified an incomplete student understanding of how elastic rebound causes earthquakes. We hypothesized that realistic imaging of spatial patterns in ground motions over the course of the earthquake cycle would improve student understanding. Incorporating spatial change information in the form of both motion vectors and…
Descriptors: Natural Disasters, Concept Formation, Geographic Information Systems, Undergraduate Students
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Zahra Sadat Roozafzai; Parisa Zaeri – International Online Journal of Primary Education, 2025
Earth science concepts can be challenging for children to grasp due to their abstract nature. This study explores the potential of 3D computer animation as an engaging and effective medium to communicate various earth science processes to young learners. By creating age-appropriate, scientifically accurate visualizations of geological features and…
Descriptors: Earth Science, Scientific Concepts, Comprehension, Animation