Florida State University

What you'll study

This degree combines foundational natural science with applied conservation and research techniques. Core topics typically include ecology, conservation biology, ecosystem management, soil and hydrology, wildlife biology, and plant sciences. Students also take quantitative and technical modules such as ecological statistics, geographic information systems (GIS), remote sensing, and environmental data analysis.

Programme structure emphasises experiential learning: practical laboratory classes, regular field courses in regional habitats, and project-based coursework. Most students complete a substantial research project or capstone in their final year, often working alongside faculty on ongoing investigations, or undertake an internship with governmental or non‑profit conservation organisations.

• Foundations of ecology and organismal biology
• Conservation biology and restoration ecology
• Soil science, hydrology and watershed management
• GIS, remote sensing and spatial analysis for natural resources
• Research methods, experimental design and ecological statistics
• Field methods and monitoring techniques
• Environmental policy, resource economics and management strategies
• Capstone research project or professional internship

Entry requirements

Admissions are based on a standard undergraduate application review. Typical requirements include a completed secondary education qualification equivalent to a high school diploma, with strong preparation in biology, chemistry, mathematics and English. Successful applicants normally demonstrate a solid academic record, relevant extracurricular experience (such as fieldwork, volunteering or natural history clubs) and a clear statement of purpose explaining their interest in natural resources.

Applicants whose first language is not English must meet the university's English proficiency standards through recognised tests or approved exemptions. Specific course prerequisites, minimum grade expectations and documentation requirements vary by applicant background; prospective students should consult the university admissions pages for precise guidance.

Career prospects

Graduates are prepared for a wide range of careers in conservation and resource management. Common roles include:

• Conservation scientist and land manager
• Wildlife biologist or fisheries technician
• Environmental consultant and field surveyor
• GIS analyst and spatial data specialist
• Research technician or project coordinator in academic, governmental or NGO settings
• Park and protected-area manager
• Policy analyst or natural resource planner

Many graduates also pursue postgraduate study (master’s or doctoral research) to specialise in areas such as conservation ecology, restoration, environmental monitoring, or natural resource policy and law.

Why study at Florida State University

Florida State University offers a strong combination of field opportunity and research capacity. Located in Tallahassee, the university provides convenient access to diverse ecosystems—coastal wetlands, longleaf pine forests and freshwater systems—enabling frequent fieldwork and applied learning. FSU faculty are active in regionally relevant conservation research, offering undergraduates chances to join lab teams and contribute to publishable studies.

Students benefit from university resources such as modern GIS and remote sensing facilities, laboratory space, and connections with state and regional conservation organisations for internships and employment. The programme’s interdisciplinary links with departments in biology, geosciences and policy prepare graduates with the scientific, technical and managerial skills needed to address complex natural resource challenges.