2013-14 FINALIZED 2-3-14
WILLIAM R. HAMMER, Professor, Fritiof Fryxell Professor in Geology
B.S., M.S., Ph.D., Wayne State
JEFFREY C. STRASSER, Professor
B.A., Carleton; M.S., Ph.D., Lehigh
MICHAEL B. WOLF, Professor, Chair
A.B., Hamilton; M.S., Ph.D., Caltech
MAJOR IN GEOLOGY. (30 GEOL credits): GEOL-101 or GEOL-105, GEOL-201, GEOL-301, GEOL-309, GEOL-325, GEOL-340, GEOL-403, GEOL-450 and GEOL-451, plus 3 additional GEOL credits.
Required supporting courses (15 credits): CHEM-121, CHEM-122, MATH-219, and either (a) two from PHYS-101, PHYS-102, PHYS-103, PHYS-105 or PHYS-201, PHYS-202, PHYS-203 or (b) one PHYS course and GEOG-373.
Recommended supporting courses for students planning graduate study: summer ﬁeld work, computer science, biology, Geographic Information Systems, and additional chemistry, mathematics, physics and geology courses.
MAJOR FOR TEACHING EARTH AND SPACE SCIENCE. The approved program may be obtained from the department chair. See also the Director of Secondary Education.
MINOR IN GEOLOGY. Minor in Geology: 17 credits, ten of which at 200- to 400-level, including 399 (1 credit) Directed Study. This culminating experience will result in a research paper that addresses some aspect of geology and relates it to the student's major field of study, and must incorporate a reflective component demonstrating an understanding of the connectivity between subject areas. This paper could conceivably be an extension of the Senior Inquiry effort within the student's major.
GEOLOGY DEGREE WITH DISTINCTION. Students can earn a departmental distinction upon successful completion of a superior senior research thesis, GEOL-451, and the geology degree with a grade-point average of at least 3.50 for all geology courses and the supporting courses that are required for the major, and demonstrated leadership and service roles within the department.
Geology addresses both the materials that form the Earth and the processes of Earth formation and evolution. Sub-disciplines include but are not limited to: study of life and evolution as preserved in the rock record; study of resources upon which our industrial society is based; study of environmental problems and remedial solutions; study of geologic hazards and hazard mitigation. The interdisciplinary study of geology relies upon mastery of geological principles and oral and written communication skills as well as the application of fundamental principles of physics, chemistry, biology and mathematics to complex Earth systems.