GPA and percentages are weighted by recorded letter grades. UW
comparisons use the same terms. Cross-listed courses count once within
this department and once across UW; department totals should not be
added together. Grade counts are not unique students. Offering counts
reflect captured records, not a complete historical schedule.
Spring 2027
Recorded this term
7272courses with offerings
108108instructors recorded
Grades have not been recorded for this term. Historical results remain
in the overview above.
This course examines energy markets using economic analytic tools, covering supply from fossil and renewable sources, demand across key sectors, and electricity as an intermediate market to understand global resource allocation.
Environmental Economics applies microeconomic principles to natural resources like air, water, forests, and energy, examining pollution control and preservation versus development.
The course required minimal reading and relied heavily on PowerPoint slides. Exams were described as challenging but fair, with one student noting the material was not easy but manageable.
Indigenous Environmental Communicators focuses on indigenous environmental scholarship, the legacy of oral traditions, and developing research, writing, and public speaking skills.
Explores social dimensions of climate change, including political, economic, and environmental factors shaping drivers, impacts, and community responses to the crisis.
Polar Regions and Their Importance in the Global Environment reviews Arctic and Antarctic history, geography, circulations, ice, and future states via earth system models.
Fundamental study of global warming causes, scientific evidence, future predictions, impacts on humans and ecosystems, and societal debates over solutions.
Conservation Biology explores the science of protecting nature and preserving biodiversity, examining biological and socioeconomic factors underlying conservation challenges and impacts from an interdisciplinary perspective.
Introductory ecology covering organism-environment relationships, population dynamics, community organization, human-environment interactions, and action programs.
Anthony Ives used quizzes worth 20 points each, with a 60-point final. A student warned that even a couple of wrong answers lowered scores, but extra credit could raise a grade.
Covers state-of-the-art renewable energy applications including biomass, wind, solar, and hydro. Students practice engineering calculations for power/energy availability and integration into production and distribution systems.
An introductory course on Geographic Information Systems covering automated procedures for storing, analyzing, and displaying spatial information, including databases, software systems, and case studies.
The course covered a large volume of material, making it challenging. Exams were described as tough and difficult, with some students noting that grading on them was harsh.
One student reported that the class had required eight of eleven weekly reading responses, one short paper, and two multiple-choice exams, and that lecture attendance was not required.
Survey course on insects' role in the environment, covering beneficial species, disease carriers, agricultural pests affecting food supply, and environmental issues from control agents.
Assessments included weekly writing assignments, a mini-documentary, small online quizzes, and a moth-raising project, with no midterm or final exam. Students reported needing to maintain a high percentage to achieve an A.
Environmental Humanities explores five understandings of 'environment' with a global perspective, introducing key American texts like Carson and Kimmerer, and concepts such as sustainability and the Anthropocene.
Explores career opportunities for environmental professionals through discussions with practitioners and in-class training on job hunting and professional preparation.
Introduces systems thinking and life cycle assessment (LCA) as tools for analyzing sustainability issues from local to global scales, covering supply chains, stocks, flows, and feedback loops.
Examines climate change mitigation efforts across international treaties, government policies, corporate programs, and individual behavior, evaluating their successes and obstacles.
The course included two weekly readings and mandatory discussion participation. One student noted that keeping up with weekly assignments and studying a bit for the midterm made earning a good grade manageable.
Systems Thinking explores concepts and practices to define systems, building competencies to describe, assess, understand, and manage complexity from local to global scales.