CREATING A TEACHABLE MOMENT ABOUT EARTHQUAKES
In this flexible 5E instructional sequence, students in grades 6–16 investigate a real earthquake using the same data sources scientists use and build their own presentation on an earthquake that links tectonic processes to human experience. Adaptable as a single class period, a 10–12 day unit, or a year-long project, the sequence supports differentiated implementation at both middle and high school levels and is aligned to NGSS standards in Earth's Systems and Earth and Human Activity.
CREATING A TEACHABLE MOMENT ABOUT EARTHQUAKES Date: May 4, 2026 10h Novice Resource Files Earthquake Story Tracker Worksheet Earthquake Investigation Worksheet Deeper-Dive-Worksheet fillable Deeper Dive Worksheet Earthquake-Story-Tracker fillable Earthquake-Investigation-Worksheet fillable RETM Lesson Plan Teachable Moments Slide Template- Teacher Ready Download All 70MB INSTRUCTIONAL SEQUENCE: FROM DATA TO STORY This instructional sequence engages students in grades 6–12 in authentic scientific practice by guiding them through the process of investigating a real earthquake and communicating their findings as a presentation. Using the same publicly available data sources scientists rely on students analyze seismic and tectonic data, interpret hazard and population exposure maps, and synthesize their findings into a clear, evidence-based visual narrative. The sequence follows the 5E instructional framework (Engage, Explore, Explain, Extend/Elaborate, Evaluate) and is designed for flexible implementation: as a single-period enrichment activity, a 10–12 class period unit, or a year-long scaffolded project. Differentiation guidance is provided for both middle school (grades 6–8) and high school (grades 9–12) learners, and the sequence is aligned to NGSS performance expectations in Earth's Systems and Earth and Human Activity. By the end of the sequence, students will be able to analyze seismic and tectonic data, interpret multiple earthquake datasets, explain relationships among tectonic processes and surface hazards, and communicate scientific findings using effective visuals and storytelling; mirroring the rapid science communication scientists produce in the immediate aftermath of significant seismic events. Objectives: By the end of this instructional sequence, students will be able to: Analyze seismic and tectonic data to describe earthquake causes and effects. Interpret multiple earthquake datasets to explain patterns and impacts. Explain relationships among tectonic processes, seismicity, and surface hazards. Connect geoscience data to human and environmental contexts. Communicate scientific findings using clear visuals and storytelling. We encourage the reuse and dissemination of the material on this site as long as attribution is retained. To this end the material on this site, unless otherwise noted, is offered under Creative Commons Attribution ( CC BY 4.0 ) license