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How can the risk of earthquakes be determined and how can the damage caused be reduced?
In this Plate Tectonic Unit, students help a fictional city, Quakeville, earn a federal grant, in order to fund their new government building. This two-part process includes the grant proposal and the building design and construction.
This webpage is designed to support students for the Quakeville Unit. This site includes instructions, maps, unit notes and other resources to aid students.
This webpage has the resources needed to support teachers for the Quakeville Unit. This includes alignment, unit prep and plans.
00_Plate Tectonics Unit Notes.pdf04_Quakeville Requirements.pdf01_Quakeville Grant Proposal.pdfWhat is the future risk of earthquakes in the region?
01_Forecasting Earthquakes.pdfHow many earthquakes occur in the region?
03_Exploring the Quakeville Region.pdf10_Explaining Quakevilles Earthquakes.pdfWhat is the cause of earthquakes in the region?
04_Plate Tectonic Simulation_Video.pdf07_Discovering Plate Boundaries.pdf08_Earthquakes near the Cascadia Basin.pdfWhat damage is caused by earthquakes and how can it be reduced?
14_Seismology 101.pdf20_Earthquake Damage.pdf21_Earthquake Mitigation.pdfWhich locations are the best to build on?
21_What's Under Quakeville.pdf21_Find the Fault.pdf21_Earthquake Building Design.pdfWhich building design features can be used to build an earthquake-resistant building?
24_Quakeville Site Proposal.pdf24_Quakeville Building Construction.pdf25_Quakeville Prototype Reflection.pdf27_Quakeville Present your solution.pdfGoogle Sites
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