An introduction to internal and external earth processes within the framework of plate tectonic theory. Laboratory work emphasizes identification of common rocks and minerals and interpretation of topographic maps, aerial photographs and geologic maps. Prerequisite for Environmental Geology and Historical Geology.
Mode of Inquiry: Understanding the Natural World
An integrated study of the major components of the physical environment - landforms, climate, natural vegetation and soils - in the light of their significance to mankind. Laboratory experience includes fieldwork and emphasizes identification, measurement, data analysis and presentation of results.
Mode of Inquiry: Understanding the Natural World
Survey of major patterns of physical features, culture and human - land relations by region in today's world. Examples show present and impending resource, environmental, social and political problems and explore basic solutions. Methods include lectures, films, student discussions and presentations, and text and outside readings.
An introduction to the detailed geologic record, emphasizing the geology of the Western Cordillera. Topics include the history of geologic thought, a survey of geologic history from Precambrian to Holocene and the paleontological evidence for organic evolution. Lectures are complemented by geologic map interpretation in the laboratory and field trips to the Coast Range, Cascades and Siskiyous.
Prerequisite: ERTH 110
This course is designed to provide basic knowledge of the physical and cultural geography of Europe. The course begins with a survey of systematic themes, including historical, political, economic and social geography, physiography, climates, agriculture, resources, industry, settlement, demography and transportation. Study of the regions of Europe, including the nations of the former Soviet Union, follows. Important present-day issues are discussed in connection with relevant regions.
A study of the physical and cultural elements of the Pacific States with special reference to Oregon. Topics for consideration include landforms, soils, vegetation, climate, resource development, land use, urbanization and current problems. Methods include lectures, discussions, readings, student presentations and field trips.
A comprehensive approach to cartography and spatial analysis, including the use of the global positioning system, computer-aided mapping and geographic information systems. Lecture, field and laboratory experience with an emphasis on class and individual projects.
General Education Requirement Fulfillment: Quantitative and Analytical Reasoning
Prerequisite: ERTH 112
This course applies principles and techniques learned in physical geology to such geologic hazards as vulcanism, seismicity, erosion, mass wasting and flooding and to mineral, fossil fuel and water resource development and their related environmental impacts. Laboratory required.
Prerequisite: ERTH 110
Study of a specific aspect of geography or of a geographical problem, individually or in a group. May be taken for .5 or 1 credit
Prerequisite: Consent of instructor