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Earthquake Epicenter
Students use chart data to determine the location of the epicenter of an earthquake. This task assesses students' abilities to generalize and infer, organize data, interpret data, and apply mathematical concepts.
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Locate-a-quake
Student, use seismic readings of the same earthquake from three recording stations and locate the epicenter of an earthquake on a map.
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Finding an Earthquake's Epicenter
Students examine the process used to identify the epicenter of an earthquake. They identify the Richter scale and interpret a seismograph reading. They also view photographs of the aftermath of earthquakes.
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Find the Epicenter
Eighth graders visit the Virtual Earthquake Web site and complete activities that demonstrate how geologists locate the epicenters of earthquakes. The site uses actual data from historic earthquakes.
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Earthquake Epicenters and Magnitudes
Students work on a virtual earthquake to increase their understanding of seismograms, earthquake epicenters, Richter Magnitude and triangulation when finding the epicenter of an earthquake.
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Stressed Out!
Have your class engage in lessons on earthquakes. Learners explore the science behind earthquakes using interactive websites and video clips. Then, they review the layers and parts of the Earth before delving into the causes of...
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Earthquakes: Fifth Grade Lesson Plans and Activities
After learning about P waves and S waves, fifth graders view the intensity of earthquakes by examining seismographs and images of earthquake damage. Young scientists then forecasting future quakes by analyzing data about earthquakes...
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Stressed Out!
Students identify methods for detecting and locating earthquakes and analyzing seismic data. In this earthquake instructional activity students simulate the action of P and S waves.
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Earth Science: In Depth Look at Earthquakes
Students engage in an interactive Internet lesson covering the reasons and results of earthquakes. After reading eyewitness accounts and viewing animations, they use seismograms to measure and locate the epicenters. In an ongoing study,...
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Earthquake Depth
Learners research and locate earthquake epicenters on a map using latitude and longitude. They determine if the depth of an earthquake has any relationship to the distance from a plate boundary.
Science Matters
Earth Shaking Events
The world's largest measured earthquake happened in 1960 in Chile, reaching a terrifying 9.5 magnitude on the Richter Scale. The second lesson in the 20-part series introduces earthquakes and fault lines. Scholars map where previous...
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Earthquakes and Seismic Waves
Students explore earthquakes and seismic waves. They investigate how energy is released in the subsurface to create seismic waves. Students explore the inner workings of a seismograph and how they are used to determine the location of an...
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Shake, Rattle and Roll
Students explore how to locate the location of an earthquake and why earthquakes happen more frequently in some areas more than others.
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Mapping Meteorites
After reading an article, "Cameras Capture a 5-Second Fireball and Its Meteorite's Secrets," space science superstars use the triangulation method to determine the location of a distant object. In-class activities and homework are...
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Slinky Lab- Simulating the Motion of Earthquake Waves
Sixth graders simulate primary and secondary waves. In this earthquakes waves lesson, 6th graders experiment using a slinky to gain understanding of how waves are created during an earthquake. Students record observations in drawings....
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Seismic Waves
Students work together to discuss seismic waves. Using seismograph records, they practice determining where the epicenter of the earthquake was located. They identify and illustrate the three types of waves and how the records can be...
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Where Are We?
Young scholars use Cartesian coordinates or degrees of latitude and longitude to locate important locations within their specific countries. They Use a grid to apply the concept of latitude and longitude, or positive and negative...
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Follow the Falling Meteorite
Middle schoolers use triangulation method to locate meteorite landing site on the map. In this earth science lesson plan, students participate in a meteorite treasure hunt set up by the teacher. They explain how this method is used by...
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Earthquakes And Fault Lines
Students discuss major causes of earthquakes and identify famous fault lines, access and map information about ten largest earthquakes in world from 1989 to 1998, and theorize about location of these earthquakes as they relate to Earth's...
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Lesson 3 Activity 1: On the Trail of Knowledge
Students plot the earthquake epicenter data on the base map of the North Atlantic ocean floor using different symbols or colors to characterize different values.
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How do we measure global earthquakes?
Students examine three seismograms of a recent South American earthquake recorded by USGS stations. They measure the S-P distance and use a P and S wave travel-time graph to find the epicenter distance for each seismogram. In addition,...
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Earthquakes
Sixth graders explore reasons for earthquakes. They discuss and describe the types of faults. Using the internet, 6th graders research a specific location of a former earthquake. They describe the damage, magnitude, the epicenter,...
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Earthquakes and Seismic Waves
Learners investigate the Richter scale and seismology in a teacher-led lab in which they are introduced to the concept of seismic waves and epicenter location. They further investigate the inner workings of a seismograph and practice...
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Borah Peak Earthquake
students use the internet, an atlas map, and other sources to explore a map of Idaho. They locate the Lost River Range and Mt. Borah. Students read the atlas map to locate earthquake faults, find the magnitude, fault, and epicenter of...