This course introduces Earth systems and their interactions. We will discuss aspects of Earth’s materials and structure, as well as the important processes and agents that shape its surface and make it habitable. We will develop fundamental Earth systems knowledge that allows for informed evaluation of current resource, environment, and energy issues.
Introduction to the mineralogy, chemical composition, geological occurrence, and origins of igneous and metamorphic rocks. Historical and theoretical background from reading and lectures, augmented by laboratory exercises to develop skill in the identification and interpretation of rocks in hand specimen and by microscope in thin section
This course covers the practical study of metamorphic rocks, the theoretical basis for metamorphic petrology, and aspects of modern quantitative analysis of metamorphic rocks.
Lectures on principles and applications of isotope geochemistry (focused on stable isotopes), combined with guided reading and discussion of current isotope geochemistry literature.