Introductory courses offered through the College of the Environment are a great way to explore majors in the College or round out your schedule with an engaging elective.
Need help? Set up a personalized advising appointment with the academic adviser for the major that you are interested in, or if you are unsure which major is right for you, contact our pre-major adviser at coenvadv@uw.edu for support.
An introduction to the processes, materials and structures that shape Earth, and the relationship between human societies and geologic processes, hazards and resources. This is a great course for students looking for an introduction to earth sciences, and features a variety of field trips.
Examine personal and global aspects of sustainability through issues such as smart growth, environmental and natural building, green businesses and energy, ecotourism, and international policy. Great course for students interested in making a impact on the environment.
Extended field course offers wildlife science students personal interactions with wildlife managers and wildlife populations in strategic public and private lands in the northwestern U.S. and southern Canada. Read, watch and listen to a fantastic story from a recent trip to Yellowstone National Park.
Explores the sun, solar storms, observations from space and from Earth; Earth’s space environment, radiation belts and hazards, plasma storms and auroras, rockets and propulsion, human exploration efforts, societal impact, planetary systems and resources, and project highlighting space and its exploration.
Students will work in teams to create their own video games or interactive digital experience relating to climate change or other pressing environmental issues.
Six weeks of geologic mapping in a variety of rock types in the Western United States. Enhances students’ knowledge of geologic phenomena and processes. Development of skills in mapping, field interpretation, and report writing.
Course Description: The earth’s atmosphere, with emphasis on weather observations and forecasting. Daily weather map discussions. Highs, lows, fronts, clouds, storms, jet streams, air pollution, and other features of the atmosphere. Physical processes involved in weather phenomena. Intended for nonmajors.
ATM S 111 - Global Warming: Understanding the Issues
Course Description: Presents a broad overview of the science of global warming. Includes the causes, evidence, and societal and environmental impacts from the last century. Recounts future climate projections and societal decisions that influence greenhouse gas emission scenarios and our ability to adapt to climate change. Presents ways to identify disinformation versus correct science.
Course Description: The nature of the global climate system. Factors influencing climate including interactions among the atmosphere, oceans, solid earth, and biosphere. Stability and sensitivity of climate system. Global warming, ozone depletion, and other human influences. Intended for nonmajors
Course Description: Focuses on current research in the atmospheric sciences and the related implications for public health, business, and environmental policy. Credit/no-credit only.
Course Description: Introduces environmental studies through interdisciplinary examination of the ethical, political, social, and scientific dimensions of current and historical environmental issues. Integrates knowledge from different disciplines, and applies insights and methods to actual environmental problems and situations at scales from local to global.
Course Description: Presents frameworks of sustainability via exploration of key pillars of sustainability, the history of sustainability movements, and sustainability in action. Students examine personal and global aspects of sustainability through issues such as smart growth, environmental and natural building, green business and energy, ecotourism, and international policy.
ENVIR 280 - Natural History of The Puget Sound Region
Course Description: Focuses on identification and ecology of defining organisms in major habitats of the Puget Sound region. Geology, climate, and early human history provide a framework for understanding the distribution and development of these habitats. Emphasizes a variety of techniques for the observation and description of nature.
Course Description: Survey course covering forest ecosystems of the world, history of forestry and forest conservation, how forest ecosystems function, wildlife in forests, environmental issues in forestry, forest management, economics and products, and new approaches to forest management. Open to majors and nonmajors.
Course Description: Covers major wildlife conservation issues in North America. Some global issues are also treated. Examples of topics include the conservation of large predators, effects of toxic chemicals on wildlife, old-growth wildlife, conservation of marine wildlife, recovery of the bald eagle, and gray wolf.
Course Description: Introduces the principles of ecology across an urban to wildland gradient and discusses how these landscapes can be sustainably managed. Explores basic ecological theories, plant communities, soil, climate, pollution, hydrology, and wildlife in classroom, labs, and field trips.
Course Description: Introduction to the processes, materials and structures that shape Earth. Emphasizes the dynamic nature of the earth’s tectonic system and its relationship to physical features, volcanism, earthquakes, minerals and rocks and geologic structures. The course emphasizes the intrinsic relationship between human societies and geologic processes, hazards and resources. Not open for credit to students who have taken ESS 210. Optional field trips.
Course Description: Explores the sun, solar storms, observations from space and from Earth; Earth’s space environment, radiation belts and hazards, plasma storms and auroras, rockets and propulsion, human exploration efforts, societal impact, planetary systems and resources, and project highlighting space and its exploration. Open to non-majors.
Course Description: Explores volcanoes and volcanic eruptions on Earth and in the solar system. Examines how volcanoes work and how they affect the environment, life, and human societies. Illustrates principles using local examples of recent volcanism and ancient examples of mega-eruptions. Evaluates the possibility of predicting future eruptions.
Course Description: Lecture-laboratory course in marine biology focusing on physical, biological, and social aspects of the marine environment. Topics include oceanography, ecology, physiology, behavior, conservation, fisheries, exploration, and activism. Weekend field trip. Honors section research project.
OCEAN 101 - Oceanography of the Pacific Northwest
OCEAN 200 (3 credits, NW – for new freshmen and transfer students only, add code required)
Course Description: Focuses on importance of ocean processes for the functioning of our planet. Interdisciplinary case studies are used to examine relationships and interactions at macro-, meso-, and microscales in the ocean. Case studies build upon previous topics and examines human influence on these systems. Intended for science majors
Course Description: The earth’s atmosphere, with emphasis on weather observations and forecasting. Daily weather map discussions. Highs, lows, fronts, clouds, storms, jet streams, air pollution, and other features of the atmosphere. Physical processes involved in weather phenomena. Intended for nonmajors.
ATM S 111 - Global Warming: Understanding the Issues
Course Description: Presents a broad overview of the science of global warming. Includes the causes, evidence, and societal and environmental impacts from the last century. Recounts future climate projections and societal decisions that influence greenhouse gas emission scenarios and our ability to adapt to climate change. Presents ways to identify disinformation versus correct science.
Course Description: Focuses on current research in the atmospheric sciences and the related implications for public health, business, and environmental policy. Credit/no-credit only.
Course Description: Biology, behavior, ecology, evolution, and extinction of dinosaurs, and a history of their exploration. With dinosaurs as focal point, course also introduces the student to how hypotheses in geological and paleobiological science are formulated and tested.
Course Description: Introduction to the processes, materials and structures that shape Earth. Emphasizes the dynamic nature of the earth’s tectonic system and its relationship to physical features, volcanism, earthquakes, minerals and rocks and geologic structures. The course emphasizes the intrinsic relationship between human societies and geologic processes, hazards and resources. Not open for credit to students who have taken ESS 210. Optional field trips.
Course Description: Explores the sun, solar storms, observations from space and from Earth; Earth’s space environment, radiation belts and hazards, plasma storms and auroras, rockets and propulsion, human exploration efforts, societal impact, planetary systems and resources, and project highlighting space and its exploration. Open to non-majors.
Course Description: Explores volcanoes and volcanic eruptions on Earth and in the solar system. Examines how volcanoes work and how they affect the environment, life, and human societies. Illustrates principles using local examples of recent volcanism and ancient examples of mega-eruptions. Evaluates the possibility of predicting future eruptions.
Course Description: Explores how glaciers record climate change and human activities through bubbles of ancient air and trace impurities in the ice. Also reviews glaciers impact on societies through sea-level, coastlines, water supplies, and transportation routes. Open to non-science majors.
Course Description: Introduces environmental studies through interdisciplinary examination of the ethical, political, social, and scientific dimensions of current and historical environmental issues. Integrates knowledge from different disciplines, and applies insights and methods to actual environmental problems and situations at scales from local to global.
Course Description: Presents frameworks of sustainability via exploration of key pillars of sustainability, the history of sustainability movements, and sustainability in action. Students examine personal and global aspects of sustainability through issues such as smart growth, environmental and natural building, green business and energy, ecotourism, and international policy.
Course Description: Introduces the application of social concepts and theories to understanding and managing urban, urbanizing, and wildland landscapes in a sustainable manner. Of particular interest are factors that shape patterns on the landscape and resulting social and economic benefits. Explores landscapes across the urban to wildland gradient.
Course Description: Overview of principles of sustainability, including discussion of current literature, presentation, and discussion with practitioners, and methods for balancing social, economic, and ecological consequences of proposed policies and actions. Students develop a plan to further their studies in natural resources and environmental sustainability. Prerequisite: ESRM 200 or ESRM 201, either of which may be taken concurrently. Credit/no-credit only.
Course Description: Historical case studies of research on the ancient oceans, deep-sea exploration, climate change and the oceans, and human impacts on marine life. Students consider societal factors affecting progress in marine science, changing popular attitudes toward the oceans, and key current policy implications of marine science. Intended for nonmajors.
Course Description: Examines the dynamic marine processes that shape the planet and cutting-edge oceanographic technologies used to explore the deepest oceans. Includes imagery of rarely seen submarine volcanic eruptions, hot springs, and novel life forms highlighting the interconnected geological-biological processes creating the most extreme environments on Earth.
Spring Quarter Courses and Seminars
ATM S 103 - Hurricanes and Thunderstorms: Their Science and Impact
Course Description: Explores the science, history, and impacts of thunderstorms and hurricanes. Includes basic processes responsible for thunderstorms and hurricanes and for the lightning, hail, high winds, and storm surges that accompany them. Presents significant historical examples, along with the impact on human activities, strategies for personal safety, and societal adaptation.
ATM S 111 - Global Warming: Understanding the Issues
Course Description: Presents a broad overview of the science of global warming. Includes the causes, evidence, and societal and environmental impacts from the last century. Recounts future climate projections and societal decisions that influence greenhouse gas emission scenarios and our ability to adapt to climate change. Presents ways to identify disinformation versus correct science.
Course Description: The nature of the global climate system. Factors influencing climate including interactions among the atmosphere, oceans, solid earth, and biosphere. Stability and sensitivity of climate system. Global warming, ozone depletion, and other human influences. Intended for nonmajors.
Course Description: Focuses on current research in the atmospheric sciences and the related implications for public health, business, and environmental policy. Credit/no-credit only.
Course Description: Introduction to the processes, materials and structures that shape Earth. Emphasizes the dynamic nature of the earth’s tectonic system and its relationship to physical features, volcanism, earthquakes, minerals and rocks and geologic structures. The course emphasizes the intrinsic relationship between human societies and geologic processes, hazards and resources. Not open for credit to students who have taken ESS 210. Optional field trips.
Course Description: Explores the sun, solar storms, observations from space and from Earth; Earth’s space environment, radiation belts and hazards, plasma storms and auroras, rockets and propulsion, human exploration efforts, societal impact, planetary systems and resources, and project highlighting space and its exploration. Open to non-majors.
Course Description: Fossils and how they are preserved. What fossils tell us about past life and environments. How the history of life unfolded and what caused the great events in biological evolution. Open to non-science majors, but also lays a foundation for higher-level geobiology courses.
Course Description: Examines a range of natural hazards and their impact on society, including earthquakes, volcanic eruptions, tsunamis, floods, wildfire, and landslides. Focuses on the causes of these extreme events, how they unfold, their differential effects on communities, and how to make society more resilient to natural hazards.
Course Description: Explores volcanoes and volcanic eruptions on Earth and in the solar system. Examines how volcanoes work and how they affect the environment, life, and human societies. Illustrates principles using local examples of recent volcanism and ancient examples of mega-eruptions. Evaluates the possibility of predicting future eruptions.
Course Description: Introduces environmental studies through interdisciplinary examination of the ethical, political, social, and scientific dimensions of current and historical environmental issues. Integrates knowledge from different disciplines, and applies insights and methods to actual environmental problems and situations at scales from local to global.
Course Description: Explores the social, justice, and policy dimensions of the ocean environment and ocean management policy. Pays attention to how human values, institutions, culture, and history shape environmental issues and policy responses. Examines case studies and influential frameworks, such as the ocean as “tragedy of the commons.”
SMEA / ENVIR 201 - Climate Governance: How Individuals, Communities, NGOs, Firms, and Governments Can Solve the Climate Crisis
Course Description: A great course for all UW undergrads that examines climate change and its causes and impacts (on ecosystems, water availability, extreme weather, communities, health, and food) globally, nationally, and locally. Surveying its solutions (mitigation, adaptation, migration, and just transition), actors that implement them (governments, firms, NGOs, activists, communities, individuals) and approaches they use (regulation, markets, planning, innovation, social movements, behavioral change).
Course Description: Develops students’ understanding the ecological connections between food production, human health, and planetary sustainability. Teaches basic skills needed for food production in urban areas and the ethics behind sustainable urban agriculture, including a hands-on component on the farm at the biology greenhouse.
ENVIR 280 - Natural History of The Puget Sound Region
Course Description: Focuses on identification and ecology of defining organisms in major habitats of the Puget Sound region. Geology, climate, and early human history provide a framework for understanding the distribution and development of these habitats. Emphasizes a variety of techniques for the observation and description of nature.
Course Description: Survey course covering forest ecosystems of the world, history of forestry and forest conservation, how forest ecosystems function, wildlife in forests, environmental issues in forestry, forest management, economics and products, and new approaches to forest management. Open to majors and nonmajors.
Course Description: Introduces the application of social concepts and theories to understanding and managing urban, urbanizing, and wildland landscapes in a sustainable manner. Of particular interest are factors that shape patterns on the landscape and resulting social and economic benefits. Explores landscapes across the urban to wildland gradient.
OCEAN 200 - Introduction to Oceanography
OCEAN 200 (3 credits, NW – for transfer students only, add code required)
Course Description: Focuses on importance of ocean processes for the functioning of our planet. Interdisciplinary case studies are used to examine relationships and interactions at macro-, meso-, and microscales in the ocean. Case studies build upon previous topics and examines human influence on these systems. Intended for science majors
