Great Lakes Ecosystem Science, M.A.
The master of art in Great Lakes ecosystem science provides students with the opportunity to attain a broad understanding of the physical, chemical, biological, and social factors that comprise the Great Lakes ecosystems. Graduates will be prepared for advanced research, professional employment, or study at the Ph.D. level.
About the Great Lakes Center
Alexander Y. Karatayev, Director
Kelly M. Frothingham, Program Coordinator
Science and Mathematics Complex 319
1300 Elmwood Ave.
Buffalo, NY 14222
Phone: (716) 878-4329
Fax: (716) 878-6644
1. A bachelor's degree in a science (e.g., chemistry, biology, geography, geology, earth science, environmental science) or math discipline from an accredited college or university with a minimum cumulative GPA of 3.00 (4.0 scale).
2. Scores on the Graduate Record Examination (GRE) general test.
3. An official transcript of the applicant’s undergraduate program, giving evidence of satisfactory completion of college science and mathematics courses. It is strongly recommended that all applicants have introductory college coursework in chemistry, biology, geography, geology, and mathematics/statistics. The absence of any of this coursework may be regarded as a deficiency and students may be required to complete this recommended coursework before graduation.
4. Two letters of recommendation evaluating the applicant’s academic qualifications.
5. A written statement of the applicant’s academic background, future plans, and area of research interest.
Applicants interested in completing a thesis must identify one or more potential faculty advisers with whom they are interested in working on their thesis research. This information should be included in the applicant’s written statement. Please consult the list of GLES faculty participants.
Applicants are strongly encouraged to contact potential faculty advisers prior to submitting their applications.
Required Core Courses (12 cr)
GLC 535 Great Lakes Ecosystem Science
GLC 600 Great Lakes Seminar* 1
BIO 670 Biological Data Analysis
(or equivalent quantitative data analysis course)
Select one of the following:
GEG 525 Fundamentals of GIS or
GEG 528 Environmental Assessment and Planning Applications or
GEG 529 Advanced Topics in GIS
*GLC 600 is taken three times
Elective Courses (12 cr)
Appropriate biology, chemistry, earth sciences, and geography and planning courses selected by advisement.
Master's Thesis (6 cr)
GLC 695 Master's Thesis 6
Total Required Credits Hours (30 cr)
All courses are 3 credit hours unless otherwise indicated