Clarkson University

What you'll study

This programme combines ecology, physical sciences and quantitative methods to give a practical grounding in natural resource assessment and conservation. Core topics typically include conservation biology, ecosystem ecology, wildlife management, freshwater ecology, soils and land use, geographic information systems (GIS), hydrology and environmental policy. Students also take courses in statistics and research methods to support data collection and analysis.

Instruction emphasises experiential learning: field courses, laboratory exercises, and long‑term monitoring projects are integral. Most students complete a senior capstone or independent research project under faculty supervision, applying techniques such as habitat assessment, population surveys, water quality sampling, spatial analysis and experimental design. Electives allow specialisation in areas such as restoration ecology, fisheries science, environmental education or environmental impact assessment.

• Introductory and advanced ecology
• Conservation biology and biodiversity management
• Watershed science and hydrology
• Soil science and land‑use impacts
• GIS and remote sensing for natural resource applications
• Statistics, modelling and research methods
• Field methods and long‑term monitoring
• Capstone research or internship

Entry requirements

Admission is for students who have completed a recognised secondary school qualification. Successful applicants typically demonstrate strong preparation in science and mathematics — for example, courses in biology, chemistry and algebra or precalculus. Admissions also consider academic record, recommendations and evidence of motivation for environmental work.

International applicants must present an equivalent secondary qualification and provide proof of English proficiency where required. Mature applicants or those with relevant work or volunteer experience in conservation or environmental fields are considered and may strengthen an application with a personal statement describing practical experience.

Career prospects

Graduates are prepared for a range of roles in the environmental and natural resource sector. Common career paths include conservation scientist, wildlife or fisheries biologist, natural resource manager, environmental consultant, GIS technician, field research technician, and roles with NGOs, land trusts, and governmental natural resource agencies. Many graduates move on to specialised professional work or pursue postgraduate study in ecology, conservation science, environmental management, forestry, or related fields.

The programme’s emphasis on field skills, data analysis and applied research also supports careers in environmental monitoring, habitat restoration, conservation planning and environmental education. Internship placements and faculty‑mentored research projects help build practical experience and employer connections.

Why study at Clarkson University

Clarkson offers a hands‑on learning culture with small class sizes and close faculty mentorship, well suited to applied natural resources training. Its location in northern New York provides convenient access to diverse forest and freshwater systems for field courses and seasonal research. Students benefit from dedicated laboratory facilities, opportunities for undergraduate research, and partnerships that support internships and practicums across government, non‑profit and private sectors.

The university’s interdisciplinary approach allows students to combine natural science training with quantitative and technical skills — for example GIS and data analysis — that employers value. Support services for career development and strong links between academic departments and regional conservation organisations help students transition into the workforce or further study.