G 147 National Parks Geology

Introduces geologic history, plate tectonics, and landform formation in national parks and monuments, including western parks, among others. Topics: volcanoes, mountains, stream and glacial erosion, rocks, rock layers and structures, topographic and geologic maps. Lab included.

Credits

4

Prerequisite

Recommended: previous geology course

Course Learning Outcomes

Upon successful completion of this course, the student will be able to:
1. Describe and explain the geologic origin of several national parks of the western United States
2. Classify park rocks, landforms, mountain-building episodes and plate tectonic settings
3. Assess and examine theories of formation of various rocks, features, and mountain ranges in national parks, including the rock cycle, volcanism, glaciation, plate tectonics, and patterns of erosion and deposition in the parks studied
4. Evaluate the effects of park tourism within the parks and consequences of mining and other resource extraction in neighboring areas
5. Interpret the sequence of geologic history, inter-relationships of Earth’s cycles, and development of life as exposed in the rock record of the national parks and monuments
6. Evaluate and interpret the history and culture behind the development of the National Park system and the sustainability of the National Park System