3.0

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How do mountains form? What do fossils record? Today, answers to these questions might talk of plate tectonics or evolutionary history. However, centuries ago they were met with hypotheses of a shriveling, fluid filled grape-like Earth and the loss of species due to overfishing. Although these rejected hypotheses sound bizarre to the modern ear, they form the backbone of our understanding of the Earth and evidence the importance of the scientific method. The aim of this course is to investigate geologic concepts through the lens of their development through history. Subjects to be covered include the advent of modern geology, the evolution of the ways geologists tell time, and the development of theories related to mountain building and plate movement. Students will also explore modern questions in Earth Science and investigate how hypotheses are tested today. In this seminar-style course, classes will revolve around discussions of secondary and primary sources. By exploring the history of geology, students will gain a deeper understanding of Earth system processes and the application of the scientific method.