University of Hawaii at Manoa

What you'll study

This research-led master's combines core coursework with a substantial independent research project. Core topics typically include evolutionary theory, population genetics, phylogenetic methods, community and ecosystem ecology, and quantitative methods such as statistics and modelling for ecological and evolutionary data. Students also take specialised seminars and lab courses that reflect faculty expertise—examples include molecular systematics, comparative methods, behavioural ecology, conservation biology, tropical ecology, and marine evolutionary ecology.

Practical training is emphasised: students gain experience in field methods, experimental design, molecular laboratory techniques (DNA sequencing, genotyping), bioinformatics, and statistical computing (R, Bayesian and likelihood approaches). The programme normally culminates in an original thesis based on supervised research, which may be conducted on Hawaii’s unique terrestrial and marine systems or comparative studies using broader datasets.

Entry requirements

• Academic background: A recognised bachelor's degree in biology, ecology, evolution, or a closely related discipline. Strong preparation in genetics, ecology, and statistics is expected.
• Grades: Competitive undergraduate performance; the department assesses applications holistically and considers the rigour of prior coursework.
• Research experience: Previous laboratory or field research experience is strongly recommended and often required for admission to research-led projects.
• Supporting documents: Personal statement outlining research interests and goals, curriculum vitae, and academic references (usually two or three) that can speak to research potential.
• English language: Proof of English proficiency for applicants whose first language is not English, via approved tests or institutional exemptions.
• Additional considerations: Some applicants may be encouraged to contact potential faculty supervisors before applying. Standardised test requirements (if any) follow university policy and may vary.

Career prospects

Graduates go on to a range of careers in academia, conservation and resource management, government and non-governmental organisations, environmental consulting, and applied research. Common pathways include pursuing a PhD in evolutionary biology, population ecology or related fields; roles in conservation biology and endangered species management; positions with government agencies responsible for fisheries, wildlife, and ecosystems; and work with research institutes, museums or botanical gardens.

Training in quantitative methods, molecular tools and field techniques also opens opportunities in applied ecology sectors such as ecological monitoring, restoration ecology, biodiversity assessment, and environmental impact assessment. The programme’s emphasis on island and marine systems is particularly relevant for organisations addressing tropical biodiversity, invasive species management and marine conservation.

Why study at University of Hawaii at Manoa

UH Manoa offers unique advantages for studying evolution and ecology: its location in the central Pacific provides direct access to highly endemic island biota, diverse tropical terrestrial habitats and nearshore marine ecosystems. Students benefit from active research centres and facilities, including marine laboratories and long-term ecological study sites, which support hands-on fieldwork across the Hawaiian Islands.

The faculty include researchers working on evolutionary genetics, phylogenetics, community ecology, conservation and marine biology, enabling interdisciplinary projects that span molecular to ecosystem scales. Collaboration opportunities extend to neighbouring institutes and state agencies, providing applied outlets for thesis projects and strong links to conservation and resource management in the Pacific region.

Beyond research, UH Manoa’s campus environment and regional partnerships offer practical training, field courses and community-engaged projects that prepare graduates for both academic and applied careers addressing global and island-specific ecological challenges.