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GEOL 530. Geochemistry (3) I
Two lectures and three hours of laboratory. Prerequisites: Geological Sciences 324; Chemistry 201; Mathematics 150. Fundamental principles of low- and high-temperature geochemistry. Origin of the elements; formation of the solar system; differentiation of the earth; weathering at the earth’s surface; chemistry of natural waters. Laboratory methods applied to geological problems. Not open to students with credit in Geological Sciences 530L.


GEOCHEMISTRY is defined as the use of chemistry to study the Earth and how it works. The goal of this course is to introduce upper-division undergraduate and beginning graduate students to the fundamental principles of modern geochemistry. When you successfully complete this course, you will understand:

1. the major themes of low- and high-temperature geochemistry and how they relate to other aspects of the geological sciences (the Big Picture!),
2. how to acquire and present high-quality geochemical data, and
3. how to use both simple mathematical expressions and sophisticated computer models to interpret geochemical data.

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Dr. Aaron Pietruszka
  
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5500 Campanile Dr • 237 Geology Mathematics and Computer Science Building  • San Diego • CA 92182-1020 • (619) 594-5586