Course List
Code | Title | Credit Hours |
ECS Core Courses | ECS Core Courses | |
ECS 111 | Introduction to the Earth's Ecosystem | 3 |
ECS 112 | Field Problems in Ecosystem Science and ... | 2 |
or ECS 114 | Social research methods for Ecosystem Sc ... | Social research methods for Ecosystem Sc ... |
The ECS program provides students with a broad background in environmental issues from a variety of perspectives, along with in-depth education in an area of specialization. The ECS major offers a series of problem-based learning courses, culminating in a capstone course in the senior year.
ECS 112. Field Problems in Ecosystem Science and Policy. 2 Credit Hours. Problem solving in ecology and environmental management. Class projects and case studies providing experience in identifying problems, quantifying scientific issues and considering management options and outcomes.
degree in Ecosystem Science and Policy is recommended for students intending to attend graduate or professional schools in pursuit of research or academic careers (including secondary or higher education). It is also suitable for those preparing for technical careers in government and private industries concerned with the environment.
Students whose primary college is Arts & Sciences are required to complete four courses designated as "Writing Intensive" (also known as "W") courses. Those seeking a B.S. degree in ECS must complete at least two, but as many as four , ECS courses designated as "W". These include ECS 113, 301, 302, 402, and 403.
Note: Fulfillment of the Geospatial Certificate PLUS GEG 110 earns a geography minor. This minor does NOT qualify for an Arts and Sciences B.S.; students completing the geospatial certificate concentration must complete an additional minor in one of the following for an Arts and Sciences B.S.: Biology, Chemistry, Computer Science, Geology, Marine Science, Mathematics, Physics.
This course is for hands-on experience and research culminating in a final Master's internship report. Students will enroll in 3-6 credits while completing their internship and researching their final project for the ECM Masters of Professional Science.
Students plan and manage ongoing and proposed green space projects. Student managers work with supervising faculty; also organize and educate student volunteers and students concurrently enrolled in ECS 215 and 415.
Intersection between economic development, science and conservation in one of the world's most pristine and fragile ecosystems. Exploration of how tourism offers an alternative to unsustainable fisheries that once drove the local economy, yet has created a new set of pressures on the people and the environment. Mitigation efforts, science, and international conservation mesh with an understanding of local politics, customs, and cultures.
Covers aspects of organismal ecology (including population genetics, structure, growth and regulation; adaptations and responses to the physical environment and biological communities); community ecology; and ecosystems (including energy flow, biogeochemical cycles, and biomes). Students will learn to apply ecological principles to understand and solve environmental problems.#N#Components: LEC.#N#Grading: GRD.#N#Typically Offered: Fall.
This course is for hands-on experience and research culminating in a final Master's internship report. Students will enroll in 3-6 credits while completing their internship and researching their final project for the ECM Masters of Professional Science.
Students plan and manage ongoing and proposed green space projects. Student managers work with supervising faculty; also organize and educate student volunteers and students concurrently enrolled in ECS 215 and 415.
Intersection between economic development, science and conservation in one of the world's most pristine and fragile ecosystems. Exploration of how tourism offers an alternative to unsustainable fisheries that once drove the local economy, yet has created a new set of pressures on the people and the environment. Mitigation efforts, science, and international conservation mesh with an understanding of local politics, customs, and cultures.
Covers aspects of organismal ecology (including population genetics, structure, growth and regulation; adaptations and responses to the physical environment and biological communities); community ecology; and ecosystems (including energy flow, biogeochemical cycles, and biomes). Students will learn to apply ecological principles to understand and solve environmental problems.#N#Components: LEC.#N#Grading: GRD.#N#Typically Offered: Fall.