University of North Carolina at Chapel Hill

What you'll study

This programme combines foundational natural science with applied conservation practice and research methods. Core topics typically include ecology and conservation biology, ecosystem and landscape ecology, soil and watershed science, freshwater and marine systems, and biodiversity assessment. Students gain quantitative skills through statistics, spatial analysis and GIS, remote sensing, and ecological modelling. Laboratory and field training are central: courses cover field methods, species identification, sampling design, lab techniques for water and soil analysis, and data management.

Interdisciplinary modules address environmental policy, natural resource economics, conservation planning and stakeholder engagement, giving students the tools to evaluate management options and communicate with managers, policymakers and the public. Most students complete a senior research project or capstone that applies classroom learning to a local or regional conservation problem, often working with faculty, campus research centres or external partner organisations.

• Foundations in ecology and organismal biology
• Hydrology and watershed processes
• Soil science and biogeochemistry
• Spatial analysis, GIS and remote sensing
• Field methods and laboratory techniques
• Environmental policy, law and natural resource management
• Statistics and ecological modelling
• Capstone research or practicum with community or agency partners

Entry requirements

Admission to the programme is through the University of North Carolina at Chapel Hill undergraduate admissions process. Competitive applicants typically present a strong secondary-school record with emphasis on science and mathematics courses (for example biology, chemistry and calculus or precalculus), and a demonstrated interest in environmental work. Relevant extracurricular experience — such as fieldwork, volunteering with conservation groups, internships, or independent research — strengthens applications.

Applicants provide academic transcripts, a personal statement, and letters of recommendation as part of the general undergraduate application. International applicants should hold recognised secondary qualifications equivalent to U.S. high school completion and meet the university's English language requirements. Current students at UNC may transfer into the major subject to departmental criteria and availability.

Career prospects

Graduates find roles across the public, private and non-profit sectors. Typical career pathways include positions as conservation scientists, wildlife or fisheries biologists, natural resource managers, environmental consultants, restoration ecologists, GIS and remote sensing analysts, and monitoring and compliance specialists. Many alumni work for state and federal agencies, regional conservation organisations, environmental consultancies, land trusts and research institutions.

The degree also provides solid preparation for postgraduate study (master’s and PhD) in ecology, conservation biology, environmental science or natural resource management, and for professional training in environmental law or policy. Practical experience gained through internships, field courses and capstone projects often leads directly to employment or to opportunities for funded graduate research.

Why study at University of North Carolina at Chapel Hill

UNC Chapel Hill offers access to strong interdisciplinary environmental expertise, research centres and field resources across North Carolina’s diverse landscapes — from mountains to coast. Students benefit from faculty engaged in active research, opportunities to collaborate with the UNC Institute for the Environment and nearby marine and terrestrial research stations, and established partnerships with state agencies and conservation organisations for internships and applied projects.

The university emphasises hands-on learning: field courses, laboratory training, and community-engaged projects are integral to the curriculum. The campus location also provides easy access to regional ecosystems for study and seasonal fieldwork, while the broader academic environment supports cross-disciplinary study in policy, economics and data science to prepare graduates for the complex challenges of natural resource conservation.