State University of New York

What you'll study

This programme combines core ecological science, applied conservation practice and research methods to give a broad foundation in natural resources. Study is organised around lectures, laboratory classes, fieldwork and a substantial research project or capstone. Typical subject areas include:

• Foundations of ecology and biodiversity – population and community ecology, species interactions, landscape ecology and ecosystem function.
• Natural resources management – principles of sustainable forestry, wildlife management, fisheries science, rangeland and watershed management.
• Conservation biology and restoration – conservation planning, habitat restoration techniques, invasive species management and protected-area design.
• Environmental and natural resources policy – legislation, governance, socio-economic aspects of resource use, and stakeholder engagement.
• Research methods and statistics – experimental design, ecological sampling techniques, quantitative analysis, GIS and remote sensing for natural resource applications.
• Field methods – extended field courses that teach survey methods, ecological monitoring, species identification and use of field instrumentation.
• Capstone research or honours project – an independent research project conducted under faculty supervision, which may involve laboratory analysis, field studies, data synthesis or applied management planning.

The typical programme structure progresses from introductory science and maths in the first year to more specialised and research-oriented modules in later years, with opportunities for internships, study abroad and multidisciplinary electives.

Entry requirements

Applicants are normally expected to have a high school diploma or equivalent with strong preparation in biology and mathematics. Typical academic expectations include:

• A background in biology and earth or environmental science; chemistry is often required or strongly recommended.
• Competence in mathematics, generally through algebra and preferably introductory calculus or statistics.
• Demonstrated interest in fieldwork, environmental issues or scientific research through coursework, extracurricular activities, volunteering or relevant work experience.
• Standardised test requirements vary by campus and admission pathway; some SUNY campuses may consider SAT/ACT scores where applicable or use test-optional policies.
• International applicants must meet English language proficiency requirements and provide documentation of secondary education equivalency.

Applicants with non-traditional backgrounds or relevant work experience are encouraged to contact the admissions office at the specific SUNY campus to discuss transfer or mature-student entry routes.

Career prospects

Graduates are prepared for careers in natural resource agencies, conservation NGOs, environmental consultancies, land and water management, and scientific research. Common roles include:

• Field biologist, ecological technician or wildlife technician conducting surveys and monitoring.
• Conservation scientist or natural resources manager working for federal, state or local agencies.
• Restoration ecologist or habitat restoration specialist delivering on-the-ground restoration projects.
• Environmental consultant advising on impact assessments, habitat mitigation and regulatory compliance.
• GIS analyst or remote sensing specialist supporting mapping and spatial analysis for resource planning.
• Research assistant or technician in academic or government research programmes; graduates may also progress to postgraduate study (MSc, MPhil or PhD) in ecology, conservation science or environmental management.

Practical skills gained—field methods, data analysis, GIS, report writing and stakeholder engagement—are highly transferable across public, private and non-profit sectors involved in resource stewardship.

Why study at State University of New York

The SUNY system offers a diverse range of campuses with access to a wide array of ecosystems—forests, lakes, rivers and coastal environments—providing strong opportunities for field-based learning and applied research. Many campuses have established relationships with state and federal natural resource agencies, conservation organisations and regional land managers, supporting internships and collaborative projects.

Students benefit from faculty with active research programmes in ecology, conservation biology and resource management, as well as laboratory and field facilities, including research stations and GIS/remote-sensing resources. The breadth of the SUNY network also provides options to take complementary courses across campuses and engage with multidisciplinary environmental programmes.