University of North Dakota

What you'll study

This programme combines advanced coursework, laboratory and field training, and an independent research thesis. Core themes include evolutionary theory, population and community ecology, phylogenetics and systematics, and modern molecular and quantitative approaches to studying biodiversity and population processes.

• Advanced Evolutionary Biology and Speciation
• Population Genetics and Genomics
• Phylogenetic Methods and Systematics
• Community and Landscape Ecology
• Statistical Methods and Ecological Modelling (including R and Bayesian approaches)
• Field Methods in Ecology and Long-term Ecological Research techniques
• Molecular Ecology and Conservation Genetics
• Graduate Seminars and Journal Clubs focused on current research

Most students undertake a substantial, original research project under the supervision of a faculty advisor and present their results in a written thesis and oral defence. There is often flexibility to pursue a coursework-only or non-thesis option depending on career goals and departmental policies.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in biology, ecology, environmental science, zoology, or a closely related discipline. Suitable preparation includes courses in genetics, ecology, organismal biology and statistics, and demonstrated experience with laboratory or field work is advantageous.

• A competitive undergraduate academic record; applicants should meet the Graduate School and department minimum GPA requirements (equivalents are considered for international qualifications).
• Evidence of research potential, such as a senior thesis, research assistantship, or relevant work experience.
• Statement of purpose describing research interests and proposed faculty mentors, a current CV, and at least two academic references.
• International applicants must demonstrate English language proficiency through accepted tests or exemptions—check the department for accepted formats and minimum scores.

Standardised tests such as the GRE may not be required by the department but policies can change; prospective students should consult the programme web pages or contact the graduate coordinator for current information.

Career prospects

Graduates acquire quantitative, molecular and field skills that are sought after across academia, government and industry. Career paths commonly followed by alumni include:

• Doctoral studies and postdoctoral research in evolution, ecology and related disciplines.
• Research and technical roles in conservation organisations, wildlife agencies and natural resource management.
• Environmental consulting and ecological impact assessment, providing expertise in population monitoring and biodiversity assessments.
• Positions in museums and herbaria, taxonomy and systematics programmes, and science communication.
• Data analysis and modelling roles in biotechnology, environmental informatics and regulatory agencies.

Why study at University of North Dakota

UND offers a supportive research environment with faculty whose expertise spans molecular ecology, population genetics, phylogenetics and landscape ecology. The university’s location provides access to a range of temperate prairie, wetland and managed forest ecosystems well suited to field-based evolutionary and population research.

• Opportunities to work directly with faculty research groups on funded projects and long-term datasets.
• Hands-on training in field methods, genomics and computational analysis with access to molecular labs and statistical resources on campus.
• A smaller cohort size that enables close mentoring, interdisciplinary collaboration and regular seminar interaction with graduate peers and faculty.

Prospective students are encouraged to review faculty research interests and contact potential supervisors to discuss fit and possible project ideas before applying.