The Environmental Science program seeks to encourage students to develop an appreciation of the importance to life and society of the natural and humanized environment in the past, present and future; an understanding of nature’s integrity, including both natural and human processes affecting environmental change; insight into basic causes of and possible solutions to important environmental problems; and skills for defining and furthering environmentally sound action. Attainment of these goals requires grounding in several disciplines as well as integrative study of environmental systems and environmental ethics and institutions. To accomplish the above interdisciplinary objectives, the Environmental Science program offers two emphases or tracks: The Environmental Science Track which requires greater depth in the natural sciences; and the Environmental Studies Track, or Policy Track, which offers greater depth in the social sciences. Six university departments contribute faculty and courses to this program and its two tracks.
Education in environmental science may provide direct career opportunities in government service or business (e.g., resource management, environmental impact assessment) and in public interest work. It is useful preparation, especially in combination with a second major, for possible careers in teaching, journalism, politics, and business, or for those who plan to enter graduate or professional school in fields such as environmental science, biology, geography, public policy, law, public health or other sciences. For Environmental Science majors considering graduate study, a minor or second major in one of the contributing disciplines is strongly recommended.
The student in environmental science at Willamette is well situated to pursue his or her studies. For field study, a great diversity of environments and land-use practices can be found within a short distance – everything from the Pacific Ocean to the Cascades, from wilderness to cities. As a state, Oregon has pioneered in many aspects of environmental management. The University’s location, just across the street from the Capitol and other government offices, facilitates practical learning and involvement.
Earth Science courses are designed to give the student an understanding of earth processes, resources, and human-land relationships and patterns. While there is no major program in Earth Science, courses in this field make an important contribution to liberal arts education and to interdisciplinary major programs such as Environmental Science and International Studies. The Environmental and Earth Science Department offers a minor with emphasis upon geography or geology.
“Earth Science” is a general name for any of the various sciences – e.g., geography, geology, climatology, – that deal with the earth. At Willamette, the Earth Science offerings are concentrated in the fields of geography and geology. Geography is primarily concerned with explaining the spatial distribution of and relations among various features of the earth – human and cultural as well as physical features. Geology concerns itself primarily with description, classification and analysis of the earth’s physical and chemical characteristics and with the history of the earth and its life forms. Both disciplines are deeply concerned with the ties between the nature of our physical environment and the quality of human life.
Topics in Earth Science courses range from plate tectonics to international oil problems, global demographic changes, and vegetation and soil patterns.
* A section of this course emphasizing environmental issues is recommended; please see a faculty member in the Environmental Science Department for additional information.
Students will take 3 from one group and 1 from the other, depending on their emphasis.
* A section of this course emphasizing environmental issues is recommended; please see a faculty member in the Environmental Science Department for additional information.
An introduction to environmental science designed to promote an understanding of the effect of human actions on the natural world. Topics include human impacts on atmospheric, aquatic, and terrestrial systems; human population dynamics; environmental perceptions and ethics; and the concept of sustainability. Lectures, discussion, films, readings.
The course focuses upon the historical and philosophical roots of our present environmental and resource dilemmas. The contemporary environmental crisis is considered as a particular manifestation of a cultural crisis which afflicts Western civilization and its imitators. Central issues include: comparison of environmental attitudes in advanced cultures; the environmental significance of Western interpretations of history; evaluation of the idea of progress as the ruling philosophy of history of the modern West; the sociocultural impacts of scientific and technological development; and an account of Western society’s continuing search for the good life and for means of inducing altruistic behavior.
Prerequisite: Junior or Senior standing
This course is designed as a chronological survey of human nature interrelationships in Western traditions. Following an introductory unit on biomes and the origins of human culture and civilization, human impacts on nature (and vice versa) in the Mediterranean basin will be traced from Mesopotamia and Egypt to Greece and Rome. A unit on Western Europe focuses on deforestation, development of the agrarian landscape and European colonization after the 15th century. The focus of the course then shifts to lectures on the ecological history of Europeans in North America and discussion of the intellectual history of ecological ideas since the eighteenth century. The course involves lectures, weekly discussions and research papers or presentations.
Mode of Inquiry: Thinking Historically; Environmental Cluster
Prerequisite: Recommended prerequisites: BIOL 110 and HIST 115 or 116 or equivalent
This course examines water resources over short- and long-time perspectives and over small and large geographic areas. Emphasis is placed on evaluating water resources from a multidisciplinary perspective. Topics include: surface and groundwater hydrology; water quality; and the legal, political and environmental aspects of water use.
General Education Requirement Fulfillment: Writing centered
Prerequisite: Consent of instructor
This course provides an introduction to the study of plant and animal distributions, both past and present. This is a broad field which overlaps several other disciplines, including biology, geography and geology. The study of plant distributions will be emphasized and approached from historical, cultural and ecological perspectives. Applications of biogeographic knowledge and theory to conservation problems will also be discussed. The lab component will address quantitative aspects of biogeographic research.
Prerequisite: ERTH 112, BIOL 125, or consent of instructor
A case study approach to forests integrating forest policy and ecology. Using class and field instruction, students will design research projects that will emphasize the science and social science issues related to forest management. It is open only to seniors in Environmental Science or juniors or seniors in Politics.
Prerequisite: POLI 210, BIOL 130 (or equivalent), and ERTH 112 or consent of instructor
Student participation off-campus with an agency, group or individual working on some aspect of the environment. The purpose is for the student to gain practical knowledge through involvement and for the student to provide research and other work capabilities; 10-12 hours per week.
This course is the first semester in a two-semester senior year experience. Students in the science and policy tracks of the Environmental Science major will collaborate on research projects emphasizing the science and social scientific aspects of a chosen environmental issue. Specific topics will vary from year to year, but might include global warming, acid rain, forests, energy, biological diversity, ozone depletion, and sustainability.
Prerequisite: Priority given to senior Environmental Science majors. Other students may be admitted by permission of instructor
Individually or in small groups, students design and conduct a research project which includes: proposal formulation, development of research methodology, information analysis, draft and final report preparation and oral presentation. Seminar discussion, outside resource persons and examination of specific problems of the environment are used to advance research projects.
General Education Requirement Fulfillment: Writing centered
Prerequisite: Senior majoring in Environmental Science
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