Slippery Rock University

What you'll study

This master's programme combines core coursework in ecology and evolution with hands-on laboratory and field research. Students develop skills in systematics, population biology, phylogenetics, community and landscape ecology, and advanced statistical and modelling approaches used to analyse biological data.

• Core topics: population dynamics, community ecology, evolutionary processes, systematics and taxonomy, conservation biology.
• Methods and techniques: molecular methods (DNA barcoding, phylogeography), ecological field methods (sampling design, mark–recapture, habitat assessment), GIS and spatial analysis, multivariate statistics and population modelling.
• Research component: an independent research project or thesis under faculty supervision, emphasising experimental design, data collection, analysis and scientific communication.
• Optional practical experiences: internships, practicum placements with regional conservation agencies or environmental consultancies, and opportunities to contribute to ongoing faculty-led field studies.

Typical module formats include seminars, laboratory practicals, field courses, and a substantial research dissertation; students learn to design experiments, manage datasets and present findings in written and oral formats.

Entry requirements

Applicants are normally expected to hold a bachelor's degree in biology or a closely related discipline with substantial coursework in ecology, genetics, and statistics. Relevant laboratory and field experience is desirable.

• Official transcripts from undergraduate studies demonstrating a solid foundation in life sciences.
• A personal statement outlining academic interests, proposed research direction and career goals.
• Two or three academic or professional references commenting on research potential and preparation for graduate study.
• A curriculum vitae listing relevant research, fieldwork and technical skills.
• International applicants must demonstrate English language proficiency through recognised tests or previous instruction in English, where required.

Some applicants may be asked to contact potential supervisors to discuss research fit. GRE scores are not universally required; applicants should check current departmental guidance.

Career prospects

Graduates are well placed for roles that require strong analytical, research and field skills. Career paths commonly followed by alumni include:

• Research technician or scientist positions in universities, museums and government agencies (wildlife, fisheries, biodiversity monitoring).
• Conservation practitioner roles in non-governmental organisations and land management bodies.
• Environmental consulting and ecological assessment for infrastructure and development projects.
• Data analyst or modelling specialist roles in ecology and environmental sectors.
• Further academic study at doctoral level leading to careers in research and higher education.

The programme’s emphasis on practical skills, field methods and quantitative analysis helps graduates transition into jobs that require independent research, grant-writing, and interdisciplinary collaboration.

Why study at Slippery Rock University

Slippery Rock University offers a close-knit academic environment with strong faculty mentorship and accessible research opportunities. The campus is located within reach of diverse habitats—woodlands, wetlands and regional state parks—providing convenient field sites for ecological and population studies.

• Faculty-led research groups with expertise in ecology, evolutionary biology and systematics provide personalised supervision.
• Access to campus laboratories, molecular facilities and collections that support both lab and field-based projects.
• Opportunities to collaborate with regional conservation organisations and state agencies on applied research and internships.
• Small cohort sizes that foster interdisciplinary discussion, peer collaboration and ample contact time with supervisors.

Students complete a practical, research-led programme that balances theoretical training with the real-world skills employers and PhD programmes look for in ecology and evolution graduates.