Kent State University

What you'll study

This master's programme combines coursework, hands-on laboratory and field training, and independent research. Core themes include evolutionary processes, population genetics, community and ecosystem ecology, phylogenetics and systematics, and quantitative methods for ecological and evolutionary data.

• Core and elective modules: typical topics include Evolutionary Theory, Population and Quantitative Genetics, Community and Landscape Ecology, Phylogenetic Methods, Conservation Biology, Molecular Ecology, and Advanced Field Methods.
• Research and thesis: students conduct an original research project under faculty supervision, producing a thesis and presenting findings in departmental seminars. Projects frequently blend field work, lab work (e.g. molecular techniques), and statistical modelling.
• Skills training: emphasis on statistics and programming for ecology (e.g. R), experimental design, GIS and spatial analysis, scientific writing, and oral communication.
• Practical experience: extensive use of regional field sites and on-campus lab facilities to develop skills in sampling, species identification, genomic methods and long-term data analysis.
• Seminars and professional development: participation in research seminars, journal clubs and opportunities to gain teaching or research assistant experience.

Entry requirements

Applicants should normally have a bachelor’s degree in biology or a closely related discipline with substantial coursework in ecology, evolution, genetics and statistics. Successful candidates typically demonstrate research experience through undergraduate projects, internships or employment.

• Academic transcripts: evidence of relevant undergraduate coursework and a competitive academic record.
• Supporting documents: a statement of purpose outlining research interests, a CV, and two or three academic or professional references.
• Research fit: identification of potential faculty mentors and alignment of research interests with department strengths strengthens an application.
• English language: international applicants must meet the university's English language requirements.
• Additional considerations: prior laboratory, field, or quantitative experience is advantageous. Program-specific requirements such as GRE scores vary and applicants should consult the department for current guidance.

Career prospects

Graduates go on to varied careers in research, conservation and applied biology. The degree prepares students for doctoral study and academic careers, as well as roles outside academia.

• Academic research: many students progress to PhD programmes in ecology, evolution or related fields.
• Government and conservation: positions with wildlife and natural resource agencies, environmental regulatory bodies and conservation NGOs.
• Environmental consulting and management: ecological assessment, biodiversity monitoring, habitat restoration and impact analysis for consulting firms.
• Biotech and diagnostics: roles using molecular ecology and population genetics skills in private-sector laboratories and companies.
• Science communication and policy: roles that combine scientific expertise with outreach, education or policy development.

Why study at Kent State University

Kent State offers active research groups in ecology, evolution and population biology with opportunities for close faculty mentorship and collaborative projects. Students benefit from a mix of laboratory facilities and accessible regional field sites in northeastern Ohio, enabling diverse projects in forest, wetland and freshwater ecosystems.

• Research-led faculty: faculty members with ongoing projects across evolutionary biology, conservation and population ecology provide supervision and collaboration opportunities.
• Hands-on training: the programme emphasises practical skills—field sampling, molecular methods, and quantitative analysis—preparing graduates for research and applied roles.
• Interdisciplinary links: opportunities to work with colleagues in related departments and local organisations on applied ecological problems.
• Professional development: teaching and research assistantships, seminar participation and workshop opportunities help build experience and networks for future careers.