Modules provide training in specific tools and methods related to environmental conservation. Topics may include GIS, conservation finance, conservation governance institutions, biodiversity monitoring, and science communication environmental mediating.
Introduction to how the Earth system works and what makes Earth livable; covers interactions among atmosphere, oceans, life, and Earth's surface shaping local, regional, and global landscapes.
There are four non-cumulative exams, with no final exam during exam week. Exams are primarily based on lecture slides rather than the textbook, which the reviewer did not read.
Global Environmental Issues explores climate change, food, energy, biodiversity, and justice through an interdisciplinary geographic lens, connecting global scales to local contexts.
The course included weekly readings and short answer questions or write-ups for discussion. Exams were based on lectures, and students indicated that taking good notes and studying enough was necessary to succeed.
Green Urbanism explores how urbanization impacts ecological processes and environmental outcomes, examining design strategies and policy responses to urban environmental problems.
Geographical study of conservation and climate change, analyzing physical/social dimensions, values, and institutions from local to international scales.
Surveys American environmental policy and regulation, focusing on specific statutes, policy arenas, and primary-source case material to examine legal/regulatory structures and geographic/social contexts.
Planning for Resilience to Natural Hazards provides theoretical and practical approaches to planning for community resilience, examining disaster cycles and mitigation strategies.
Students described different assessment structures; one noted labs became math-heavy and difficult, while another critiqued the exam format for including only one midterm and one final.
Introduction to global environmental health covering intersections of health and environment, including climate change, disease ecology, and globalization of disease.
The class was lecture and reading heavy, requiring students to attend or watch uploads. Assessment consisted of three papers worth 25% each and 25% for discussion participation.
Principles of Environmental Science connects environmental science to daily activities through sustainability, conservation, and systems thinking, covering energy, water, land use, food, power, materials, buildings, transportation, and.
The course involved weekly assignments and long lab worksheets that some students found repetitive or time-consuming. Reviewers noted that while the class was generally easy for a lab science, the labs were lengthy and required consistent effort.
Field-based course on prescribed fire ecology and implementation for wetland, prairie, and savanna fuels, including live fire exercises and PPE training that qualifies students for prescribed fire crews.
Applications of Geographic Information Systems in Natural Resources covers modern GIS desktop and web-based workflows, analyses, and visualizations for environmental planning, featuring guest lectures from professionals.
Environmental Ethics examines the adequacy of ethical theories in handling wrongs like harm to the land, posterity, endangered species, and ecosystems.
In a summer section, the entire course grade was determined by four assignments, with students noting the instructor was knowledgeable but not a pushover.
Introduction to Environmental Health covers the impact of environmental problems on human health, including biological hazards from air and water pollution, radiation, pesticides, noise, and workplace factors.
Vijay Limaye was a tough grader who used quizzes and exams to trick students with specific, unemphasized details. The class relied on only a few assignments and exams.
Energy Analysis and Policy Capstone is an interdisciplinary course where students apply energy knowledge to a real-world client analysis project, integrating technical, economic, political, and social factors in decision-making.
The workload was minimal, with very little time spent on homework. The class structure included guest speakers in the first half of the week and group work in the second half.
Assessment of Environmental Impact covers methods for collecting and analyzing information about environmental impacts on agricultural and natural resources, monitoring the physical environment, and relating impacts to people and society.
Ecology of Fishes covers interactions of fishes with physical, chemical, and biotic environments, including physiological ecology, community ecology, and fisheries sciences, with field trips to Lake Mendota and Shedd Aquarium.
Interdisciplinary survey of energy research topics analyzing sustainable energy challenges through a multi-disciplinary, systems-based approach across science, engineering, social sciences, and humanities.