About the Master of Environment & Sustainability

The MES is a full-time, 12-month program that responds to the growing need of society to understand and develop solutions to the environmental and human well-being challenges facing us in the 21st century. Upon graduation, MES graduates will have acquired a transdisciplinary perspective on environmental issues, learned to use methodologies and tools relevant to environmental protection and sustainability solutions, and will be well prepared for a variety of careers in the private and public sectors, or for further studies at the doctoral level.

The hands-on supervision of students guarantees the quality of student learning overall. By working closely with their individual thesis advisor and advisory committees on an extended project, students can anticipate a strong and effective learning environment. To encourage transdisciplinary perspectives, each MES student will have an advisory committee comprised of a primary supervisor and two other faculty members from at least two disciplines or departments.

Looking to speak to a representative about the MES program? We offer drop-in hours on Tuesdays from 9:00-10:00 am EST and Thursdays from 4:00-5:00 pm EST. Email our Graduate Advisor Dana Britton for more information.

This is a new program offered by the School of the Environment. We will be accepting applications for fall 2022 through the online application system which opens on October 1, 2021. The deadline for applications for early admission is February 10, 2022, after which applications will be reviewed on a rolling basis. 

MES Concentrations

 

Adaption and Resilience

How will the world cope with the impacts of climate change? Adaptation focuses on how natural and human systems can prepare for change, to minimize harmful impacts. Resilience describes the ability of communities and ecosystems to cope with change and evolve in ways that improve their future sustainability. Together they determine how humanity will anticipate and respond to environmental crises.

Understanding global environmental change requires an examination of how human activity interacts with the Earth’s atmosphere, oceans and biosphere, and the ways in which climate change, biodiversity loss, and persistent pollutants disrupt these systems. This concentration will offer a transdisciplinary perspective on the scientific study of these processes of change.

Social Sustainability

Cultural assumptions and values shape the human relationship to nature, so it is important to draw on different worldviews – particularly indigenous perspectives – as we seek a just transition to a sustainable society. This concentration addresses issues of equity, diversity, social cohesion, quality of life, well-being, democracy, and governance within the concept of sustainability.

The Sustainability Transition

The transition to sustainability is a social revolution as profound as the European transition from feudalism to capitalism. To create a low-carbon economy will require systemic change in energy production, resource management, human settlement, trade, digital technologies, and human governance. This concentration will examine the scientific, political, and historical implications of this transition.
 

Students may select three half-credit elective courses (for a total of 1.5 FCE), relevant to their chosen concentration, from the list of electives below. Please note that not all elective courses are offered every academic year.

  • ENV1004H: Urban Sustainability and Ecological Technology
  • ENV1703H: Water Resources Management and Policy
  • ENV1704H: Environmental Risk Analysis and Management
  • ENV4002H: The Environment and Health of Vulnerable Populations
  • CHL5413H: Public Health Sanitation
  • CHL5903H: Environmental Health
  • CHL5911H: Occupational and Environmental Hygiene II
  • CSC2720H: Systems Thinking for Global Problems
  • ESS2304H: Contaminants in the Environment
  • FOR1416H: Forest Fire Danger Rating
  • FOR1575H: Urban Forest Conservation
  • JGE1413H: Workshop in Environmental Assessment
  • JGE1420H: Urban Waste Management: An International Perspective
  • JGE1425H: Livelihoods, Poverty and Environment in Developing Countries
  • JNC2503H: Environmental Pathways
  • JPG1404H: Issues in Global Warming
  • JPG1428H: Managing Urban Ecosystems
  • PLA1601H: Environmental Planning and Policy

• ANT4065H: Archeology and Climate Change
• CHE1435H: Aerosol Physics and Chemistry
• CHM1401H: Transport and Fate of Chemical Species in the Environment
• CHM1410H: Analytical Environmental Chemistry
• CHM1420H: Environmental Chemistry of Soil
• CHM1425H: Modelling the Fate of Organic Chemicals in the Environment
• ESS1461H: Paleoenvironmental Studies
• FOR3000H: Current Issues in Forest Conservation
• GLG2303H: Earth Systems Evolution
• GRG1213H: Global Ecology and Biogeochemical Cycles
• PHY1498H: Introduction to Atmospheric Physics
• PHY2002H: Foundations of Global Warming: The Warming Papers
• PHY2506H: Data Assimilation and Retrieval Theory
• PHY2502H: Climate System Dynamics
• PHY2504H: Advanced Atmospheric Dynamics
• PHY2505H: Atmospheric Radiative Transfer and Remote Sounding

  • ENV1008H: Worldviews and Ecology
  • ENV1444H: Capitalist Nature
  • ENV1701H: Environmental Law
  • ENV4001H: Seminars in Environment and Health
  • ENV4002H: The Environment and Health of Vulnerable Populations
  • JGE1425H: Livelihoods, Poverty and Environment in Developing Countries
  • ANT3034H: Anthropology of Food Security
  • ANT6018H: Theories of Nature and Society
  • DRA3903H: Modern Drama’s Environments
  • HSJ1909H: Environmental Sustainability and Social Justice I
  • JEI1901H: Technology, Society and the Environment I
  • JEI1902H: Technology, Society and the Environment II
  • JPG1426H: Natural Resource, Difference and Conflict
  • JPG1518H: Sustainability and Urban Communities
  • JPG1672H: Land and Justice
  • ENV1002H: Environmental Policy
  • ENV1005H: Business and Environmental Politics
  • ENV1444H: Capitalist Nature
  • ENV1707H: Environmental Finance and Sustainable Investing
  • CIV1307H: Sustainability and Life Cycle Assessment of Engineering Activities
  • ECO2908H: Environmental and Resource Economics
  • FOR1270H: Forest Biomaterial Sciences
  • FOR1288H: Design and Manufacturing of Biomaterials
  • FOR1294H: Bioenergy and Biorefinery Technology
  • GGR1408H: Carbon-Free Energy
  • JFG1610H: Sustainable Forest Management and Certification
  • JFS1460H: Community Based Natural Resource Management
  • JPG1407H: Efficient Use of Energy
  • JPG1518H: Sustainability and Urban Communities