Become an environmental change-agent. Learn to merge the natural and social sciences to solve environmental problems. Survey giant forests of the Pacific Northwest. Collect marine life in the Puget Sound. Work as an environmental policy intern in the Washington State Legislature.
Note: You can join or leave a Path of Study at any time and your credits will always count toward your Bachelor’s degree.
Programs will guide you from introductory to advanced work in three main areas: Ecosystem Science, Organismal Biology, and Human/Environment Dynamics. You can select programs from all three emphases if prerequisites are met.
- Ecosystem Science: Climate change, pollution, sea-level rise, and wildfire outbreaks are examples of environmental problems that require an ecosystem perspective. You will study movement and distribution of matter and energy in ecosystems, examining environmental problems through systems thinking. Through this emphasis, you will:
- Gain a scientific understanding of many of Earth’s most pressing integrated biogeochemical problems.
- Establish a firm foundation in math, chemistry, biology and science communication.
- Acquire knowledge of carbon-cycle science, ecology, statistics and study design, conducting hands-on experiments using state-of-the-art technologies in ecosystem science.
- Biodiversity/Organismal Biology: Evergreen has a strong history of field-based study of biodiversity and natural history. These key terms encompass the study of organismal biology, which connects the molecular and biochemical worlds to large-scale evolutionary and ecosystem processes.
- Work in state of the art facilities: Natural History Museum, Aquarium Sciences Lab, 1000-acre campus forest
- Human/Environment Dynamics: Understanding environmental challenges and solutions requires seeing social systems and Earth systems as one. You will:
- Understand contemporary issues—such as the climate crisis, species extinctions, and pollution—through the use of analytical and practical tools drawn from the integration of natural and social sciences.
Recent graduates are working in the field as climate change specialists, carbon cycle scientists, marine chemists, soil scientists, and leaders in national environmental monitoring. Many students go onto graduate school to further their studies and careers.
Join us in an education that doesn’t just change your life — it gives you the tools to change the world.
This Path can prepare you for careers in
- Climate science
- Carbon cycle science
- Marine chemistry
- Natural resource management
- Wildlife biology
- Soil science
- Environmental monitoring
- Environmental policy
Graduate school opportunities beyond this Path
- Master's in Environmental Science
- Marine biology
- Vertebrate biology
|Bond, Robin||analytical chemistry|
|Bowcutt, Frederica||botany, ecology, environmental history|
|Chin-Leo, Gerardo||oceanography, marine biology|
|Cook, Amy||ecology, vertebrate biology|
|Dirks, Clarissa||biology, virology, molecular biology|
|Fischer, Dylan||forest and plant ecology|
|Joshi, Shangrila||climate justice, climate policy and politics, political ecology, environment and development|
|LeRoy, Carri||freshwater ecology, quantitative biology, environmental education|
|Muehleisen, David||sustainable agriculture, entomology|
|Przybylowicz, Paul||ecology, biology, mycology|
|Scheuerell, Steven||ecology, botany, plant pathology|
|Thuesen, Erik||marine science, zoology, ecophysiology|
|Yu, Pauline||marine science|