Academic Programs for Environmental Positions

This tool is intended to serve as a helpful starting point for exploring UM’s academic programs related to the environment. Please refer to the University of Montana Academic Catalog – the official source of all UM academic program information – for the most current, complete, and accurate content.

Undergraduate Programs

  • Ecological Restoration Minor Provides skills in restoring ecosystems and supporting biodiversity through applied ecological practices. 
  • Fire Sciences Minor Explores wildland fire behavior, ecology, and management for students pursuing fire-related careers. 
  • Wilderness Studies Minor Examines wilderness values, policy, and backcountry skills through interdisciplinary coursework and field experiences. 
  • Mountain Studies Minor Investigates Mountain environments, cultures, and challenges from ecological, geographical, and social perspectives. 
  • Geography Minor Enhances understanding of spatial systems, human-environment interactions, and global patterns. 
  • Wildlife Biology Minor Offers foundational knowledge in wildlife science for students majoring in related fields. 
  • Environmental Studies Minor: Offers an interdisciplinary foundation in environmental topics, complementing a wide range of majors with knowledge of ecological and social issues.
  • Geosciences Minor: Provides fundamental knowledge of Earth’s materials, processes, and history, adding a valuable scientific perspective to any primary field of study.
  • Communication Studies Minor: Prepares students to engage in the communication practices frequently involved in environmental and conservation efforts, such as public messaging, conflict, relationship-building, and advocacy.

Graduate Programs

  • Forestry M.S.: Equips students with advanced expertise in forest ecology, silviculture, restoration practices, and resource analytics for leadership roles in forestry research, management, and policy development.
  • Geography M.S.: Builds strong foundations in geographic theory, spatial analysis, and environmental processes, preparing graduates for careers in research, consulting, and applied geographic information science.
  • Geography M.S. – Cartography and GIS: Delivers specialized training in mapping technologies, spatial database design, geovisualization, and GIS for roles in land management, urban planning, and geospatial analytics.
  • Geography M.S. – Community & Environmental Planning: Trains students in participatory planning, sustainable development strategies, and land-use design for careers in city/regional planning, environmental policy, and community engagement.
  • Parks, Tourism and Recreation Management M.S.: Focuses on managing protected areas, visitor services, tourism impact assessment, and sustainable recreation planning for leadership in parks, resorts, and event sectors.
  • Resource Conservation M.S.: Combines ecological principles and resource management techniques to prepare graduates for conservation planning, environmental assessment, and natural resource stewardship roles.
  • Resource Conservation M.S. – International Conservation and Development: Emphasizes global conservation strategies, cross-cultural resource policy, and sustainable livelihoods to prepare students for international NGO, development, and policy work.
  • Systems Ecology M.S.: Focuses on ecosystem modeling, biogeochemical cycling, and landscape-scale analysis to train students for research and management roles addressing environmental change and restoration.
  • Wildlife Biology M.S.: Offers advanced study in wildlife ecology, population dynamics, habitat conservation, and research methods for careers in wildlife research, management, and policy.
  • Cellular, Molecular, and Microbial Biology M.S. – Microbial Evolution and Ecology: Develops expertise in microbial genetics, evolutionary processes, and ecological interactions for careers in environmental microbiology, biotech, and academic research.
  • Ecology and Evolution M.S.: Integrates evolutionary theory with ecological field work and quantitative analysis to prepare students for ecological research, conservation science, and biodiversity management.
  • Chemistry M.S. – Analytical Environmental Chemistry: Prepares students in advanced analytical methods, contaminant detection, and environmental monitoring to support roles in environmental labs, regulatory agencies, and remediation projects.
  • English M.A. – Ecocriticism: Encourages critical examination of literature and culture through environmental perspectives, preparing students for careers in academia, writing, environmental advocacy, and public scholarship.
  • Environmental Philosophy M.A.: Explores ethical frameworks, environmental justice theory, and human–nature relationships to prepare graduates for roles in policy advising, environmental ethics, and interdisciplinary research.
  • Environmental Science and Natural Resource Journalism M.A.: Trains in scientific reporting, multimedia storytelling, data analysis, and policy communication for careers in environmental journalism, science media, and public outreach.
  • Environmental Science and Natural Resource Journalism M.A. – Environmental Public Health Journalism: Specializes in communicating environmental health science, risk analysis, and public policy to prepare students for journalism roles focused on environmental health and community well‑being.

  • Fish and Wildlife Biology Ph.D.: Develops expertise in applied fish and wildlife ecology, population dynamics, and management through dissertation research and teaching for leadership roles in agencies, academia, and conservation organizations.
  • Forest and Conservation Sciences Ph.D.: Trains students in ecosystem science, social–ecological systems, policy, and sustainable management via original research and professional development.
  • Systems Ecology Ph.D.: Emphasizes ecosystem modeling, biogeochemical cycles, landscape-scale interactions, and quantitative methods for research on environmental change and restoration.
  • Ecology and Evolution Ph.D.: Integrates evolutionary biology, ecological theory, quantitative analysis, and field research to prepare scholars for advanced roles in biodiversity science and conservation.
  • Chemistry Ph.D. – Analytical Environmental Chemistry: Equips students with advanced analytical techniques, contaminant fate studies, and method development for environmental chemistry research, monitoring, and remediation science.