Salisbury University

What you'll study

This programme combines ecological theory, quantitative methods and practical field and laboratory techniques to prepare you for conservation and research work in terrestrial and aquatic systems. Core topics typically include community and landscape ecology, conservation biology, wildlife and fisheries management, soil and water science, environmental policy and natural resource law, and ecological modelling.

• Field and lab techniques: species identification, biodiversity surveys, sampling methods, habitat assessment, wetland delineation and restoration techniques.
• Quantitative skills: biostatistics, experimental design, data analysis, and Geographic Information Systems (GIS) for mapping and spatial analysis.
• Research training: research methods, scientific writing, and an independent capstone or honours project that emphasises original data collection and analysis.
• Professional practice: internship placements, stakeholder engagement, natural resource policy, and risk/impact assessment.

Courses are typically delivered through a combination of lectures, small seminars, laboratory practicals and extensive field work leveraging the region’s coastal, estuarine and agricultural landscapes. Students are encouraged to undertake independent research with faculty and to complete internships with government agencies, non‑profits or private sector partners.

Entry requirements

Applicants are expected to have a high school diploma or equivalent with evidence of academic readiness for undergraduate science study. Typical preparation includes coursework in biology, chemistry and mathematics; demonstrated competence in laboratory or field sciences is advantageous.

• Academic record: a competitive high‑school transcript showing strong performance in STEM subjects.
• Supporting materials: a personal statement outlining interest in conservation and research, and any relevant field experience, volunteer work or summer programmes.
• Transfers and mature applicants: transfer students with college credits in biology or related fields are considered; mature applicants should document relevant experience and prior learning.
• International applicants: equivalent secondary qualifications and proof of English proficiency are required.

Specific GPA thresholds, admissions tests and any portfolio requirements are set by the university and may vary by application cycle; applicants should consult Salisbury University’s admissions pages for current details.

Career prospects

Graduates are prepared for entry‑level professional roles in conservation, resource management and environmental research, and for graduate study. Common career paths include:

• Natural resources or conservation scientist with state and federal agencies (for example, departments of natural resources, environmental protection agencies).
• Field biologist, wildlife or fisheries technician conducting monitoring, population surveys and habitat assessments.
• Environmental consultant or technician working on impact assessments, remediation and compliance.
• GIS analyst or technician supporting spatial planning and resource inventories.
• Restoration practitioner or project manager in habitat restoration and conservation NGOs.
• Environmental educator or outreach coordinator in parks, nature centres and community organisations.

Many graduates also move into postgraduate study (master’s or doctoral research) in ecology, conservation biology, environmental science or related applied disciplines.

Why study at Salisbury University

Salisbury University offers a hands‑on, regionally relevant programme that takes advantage of the university’s location on Maryland’s Eastern Shore. Students benefit from frequent fieldwork opportunities in coastal, estuarine and agricultural landscapes and from a curriculum emphasising applied research and career readiness.

• Experiential learning: high proportion of field courses, undergraduate research projects and internships that build practical skills employers seek.
• Faculty mentorship: accessible faculty with active research programmes who involve undergraduates in data collection, analysis and publication.
• Regional advantages: close proximity to Chesapeake Bay and diverse habitats for hands‑on study and community partnerships with local agencies and conservation organisations.
• Facilities and support: modern laboratories, field equipment and student support services for academic and career planning.

Together, these features make the programme well suited to students who want a science‑based education with direct experience in conservation practice and ecological research.