Description and analysis of deformations produced within the Earth on all scales from microscopic to global. Topics include behavior of rocks and sediments under stress, origin of mountain belts and rift zones, deformation of stable catons, and glaciotectonism. The prerequisite is GO 326 (plate tectonics) or consent.
These web pages remain available in archive status,
but the course will not be updated after May 2017.
Advanced tectonics (ES 767) is an elective course in the earth science program. It is intended for upper-level undergraduate majors as well as graduate students. The course is recommended for students in the traditional geology emphasis. It is particularly useful for students who plan to take the professional geologist exam.
This course deals with description and analysis of structures within the Earth's crust, particularly those structures created as a result of deformation. Such deformations may be caused by tectonic movements, mass (gravity) movement, meteorite impact, and a host of other mechanisms. The course covers three main subject areas.
ESU syllabus attachment.
ADA statement: Emporia State University will make reasonable accommodations for persons with documented disabilities. Students need to contact the Director of Disability Services and the professor as early in the semester as possible to ensure that classroom and academic accommodations are implemented in a timely fashion. All communication between students, the Office of Disability Services, and the professor will be strictly confidential.
- Aber, J.S. 1988. Structural geology exercises with glaciotectonic examples. Hunter Textbooks, Winston-Salem, North Carolina, 140 p.
- Aber, J.S. and Ber, A. 2007. Glaciotectonism. Developments in Quaternary Science 6, Elsevier, Amsterdam, 246 p.
Notice: This course is presented for the use and benefit of students enrolled at Emporia State University. Others are welcome to view the course webpages. Any other use of text, imagery or curriculum materials is prohibited without permission of the instructor. © J.S. Aber (2017).