What is it about?

Geoscience teachers often use Google Earth as a visualization tool for exploring Earth systems and landscapes. This study shows that students can go much further by using the platform to investigate plate tectonics or fluvial processes, working with real geological datasets. With only a laptop and free software, students can develop key geoscience skills, such as measuring river characteristics and analyzing plate motion across different geological ages. This hands-on approach helps students understand how Earth processes work more practically and engagingly, even in schools and universities with limited technological resources.

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Perspectives

This study reflects my long-standing interest in making geoscience education more accessible, quantitative and connected to real-world observations. In many universities, especially in resource-constrained contexts, students have limited access to advanced GIS software, remote sensing platforms or extensive laboratory infrastructure. However, free tools such as Google Earth Pro can still provide meaningful opportunities for spatial analysis and scientific reasoning. What motivated this work was the perception that Google Earth is often used only for descriptive visualization in teaching, despite its strong potential for quantitative investigation. In this article, I wanted to demonstrate that students can move beyond passive observation and engage in geoscientific analysis using real datasets, including plate tectonic reconstructions, earthquake and volcanic distributions, river longitudinal profiles measurements. Another important aspect of this work is the emphasis on self-learning. The activities were designed so that students could independently explore geological processes step-by-step, developing spatial reasoning and analytical autonomy rather than only following traditional lecture-based instruction.

Thomas Gloaguen
Universidade Federal do Reconcavo da Bahia

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This page is a summary of: From observation to quantitative analysis: advanced Google Earth applications for self-learning in geoscience education, Interactive Technology and Smart Education, April 2026, Emerald,
DOI: 10.1108/itse-11-2025-0347.
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