GEOL 420 - Solid Earth Processes

This course focuses on how the Earth’s processes such as volcanism, plate motion, and mantle dynamics are studied by geologists. Through a seminar-style approach, the course considers the techniques used to understand the solid Earth, with emphasis on volcanic and plate tectonic systems. Methods studied include (a) volcanic systems: gas, plume, and thermal monitoring for prediction of eruptions, lava chemistry, heat flow, geochronology, field observations, and lava flow dynamics; (b) plate tectonics: earthquake observations, ground deformation, and gravity; (c) planetary geology: remote sensing, spectroscopy, and plume sampling. Each technique is examined in the context of a specific case study (e.g., Mount Pinatubo, Hawaii, Yellowstone, Los Angeles fault zones, Venus, and the moons of Jupiter) through readings and discussions of current geological literature. Experts currently working in the field are consulted as resources.

Credits: 1.00
Corequisite: None
Prerequisites: None
Major/Minor Restrictions: None
Class Restriction: None
Area of Inquiry: Natural Sciences & Mathematics
Liberal Arts CORE: None

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