Environmental and Ecological Science B.S.

4 Years On Campus Bachelors Program

Elon University

Program Overview

The Bachelor of Science in Environmental and Ecological Science at Elon University is designed for students who want to understand how natural ecosystems function and how scientific research can help address environmental challenges. Through a science-focused curriculum combining biology, chemistry, ecology, environmental assessment, and field research, students develop the knowledge and practical skills needed to pursue careers in conservation biology, wildlife ecology, ecosystem management, and environmental monitoring.

Curriculum Structure

The program requires the Elon Core Curriculum alongside 62–66 semester hours of major requirements. The following is an indicative four-year learning progression based on the university's published course requirements; the university does not specify every course as belonging to a particular year, so the exact sequence may vary.

Year 1: Building a Foundation in Environmental Science

Students begin with ENS 1110: Introduction to Environmental Science and ENS 1130: Introduction to Environmental Science Lab, which introduce environmental concepts and practical scientific investigation. They also study CHM 1110: General Chemistry I with Lab and CHM 1120: General Chemistry II with Lab, building a foundation in chemical principles and laboratory techniques that support later studies of ecosystems and environmental quality.

Year 2: Developing Biological and Research Skills

Students strengthen their understanding of living systems through BIO 2512: Introductory Population Biology and BIO 2513: Population Biology Laboratory, exploring population-level biological processes and practical investigation. ENS 2000: Sophomore Seminar: Environmental Inquiry further develops their ability to ask environmental research questions, evaluate evidence, and investigate environmental problems using scientific approaches.

Year 3: Exploring Ecological Processes and Environmental Management

Students can specialize through courses such as BIO 3622: General Ecology, BIO 3642: Field Biology, and CHM 3050: Environmental Chemistry, exploring ecosystem relationships, field investigation, and the chemical processes affecting the environment. Additional options include ENS 2440: Natural Resources Management and Sustainability, ENS 3200: Restoration Ecology, and GEO 2500/ENS 2500: Introduction to GIS: Vector, allowing students to connect ecological knowledge with resource management, habitat restoration, and spatial data analysis.

Year 4: Applying Knowledge Through Research and Assessment

In their final year, students bring together their scientific and analytical skills through ENS 4970: Senior Seminar: Environmental Assessment and Project Development. This capstone course focuses on assessing environmental issues and developing projects, with students working collaboratively on applied problems. Depending on their interests and chosen opportunities, students can also complete ENS 3985: Internship in Environmental Studies or ENS 4999: Research, gaining additional professional or research experience.

Focus Areas

The degree emphasizes ecological processes, population biology, biodiversity, field biology, aquatic ecosystems, environmental chemistry, wildlife ecology, wetland management, restoration ecology, urban ecology, natural resource management, sustainability, and geographic information systems. Students can select electives that align with their interests in ecosystem conservation, environmental monitoring, and applied ecological research.

Learning Outcomes

Students develop scientific knowledge of environmental systems and ecological processes, together with practical skills in field research, laboratory investigation, environmental data analysis, and assessment. Through coursework, research or internship experience, and the senior capstone, they also strengthen critical thinking, teamwork, scientific communication, and evidence-based problem-solving skills that can support professional or postgraduate progression.

Professional Alignment (Accreditation)

The program's science-intensive curriculum is aligned with career areas such as conservation biology, ecosystem management, wildlife ecology, and environmental monitoring. The official program information reviewed does not identify a specific external professional accreditation for this degree; students planning to enter a regulated profession should confirm any additional qualifications required for their intended career.

Reputation (Employability and Rankings)

Elon University highlights practical research, internships, fieldwork, and collaborative environmental projects as important elements of the major. The university also features graduate experiences that demonstrate how students can pursue faculty-mentored research and present findings at conferences. However, the official sources reviewed do not provide a specific employment rate, graduate salary figure, or program-level QS or Guardian ranking for Environmental and Ecological Science, so these should not be presented as verified program outcomes.

Experiential Learning (Research, Projects, Internships etc.)

At Elon University, Environmental and Ecological Science students gain practical experience by combining classroom learning with laboratory investigations, field research, faculty-mentored projects, and professional internships. Students can study ecological systems at Loy Farm's restored Piedmont Prairie, along the Haw River, in Elon Forest, and in coastal North Carolina. The program also emphasizes collaborative, community-based work through the senior capstone, helping students learn to investigate environmental issues, analyze evidence, and develop solutions in settings that reflect professional environmental practice.

Students can build practical skills through the following program-specific opportunities:

- Field research and ecological investigations: Study ecosystems at Loy Farm, the Haw River, Elon Forest, and coastal North Carolina. These experiences allow students to investigate ecological relationships and environmental conditions through field observations and data collection.

- Laboratory-based scientific training: ENS 1130: Introduction to Environmental Science Lab and BIO 2513: Population Biology Laboratory provide practical components to complement environmental science and population biology coursework.

- Faculty-mentored undergraduate research: Students can undertake research through ENS 4999: Research, with opportunities to investigate environmental questions under faculty guidance and develop skills in research design, data analysis, and scientific communication.

- Internships with environmental organizations: ENS 3985: Internship in Environmental Studies allows students to gain professional experience. Previous student placements have included Conservators Center, Aqua Link Inc., Citizen Monitoring Program Pollution Ecology Lab, Savannah Wildlife Rescue Center, and The Utopian Seed Project. Individual opportunities depend on availability and student interests.

- Geographic Information Systems (GIS): GEO 2500/ENS 2500: Introduction to GIS: Vector introduces spatial-data concepts and tools that can support environmental mapping, resource management, and ecological analysis.

- Senior capstone and collaborative projects: ENS 4970: Senior Seminar: Environmental Assessment and Project Development brings students together to investigate environmental issues and develop community-based projects. Previous environmental studies capstones have included community gardens, disaster-relief housing concepts, and local food-system initiatives.

- Environmental learning facilities: The Elon University Center for Environmental Studies oversees the Environmental Education Center at Loy Farm and the Community Garden, providing opportunities for applied environmental learning and engagement with sustainable practices.

Progression & Future Opportunities

The Environmental and Ecological Science B.S. prepares students to explore careers focused on understanding, protecting, and managing natural environments. Its emphasis on biology, chemistry, ecological processes, field research, and environmental assessment can help graduates pursue opportunities with conservation organizations, environmental consultancies, research teams, and government agencies. Internships and faculty-mentored research can further strengthen students' practical experience and professional networks.

Potential career paths include:

Environmental Scientist: Investigate environmental conditions, collect samples, analyze data, and contribute to environmental assessments.
Ecologist: Study relationships between organisms and their environments and help assess ecosystem health.
Conservationist or Conservation Biology Assistant: Support habitat protection, biodiversity conservation, and wildlife management projects.
Ecosystem Manager or Environmental Monitoring Specialist: Assist with ecosystem restoration, natural resource management, and monitoring environmental changes.

These are potential career directions rather than guaranteed job placements. Specific roles may require additional technical training, professional experience, or postgraduate qualifications.

Students can strengthen their employability through the following opportunities and university resources:

- Internship and professional experience: Complete an environmental internship through ENS 3985 to gain workplace experience, explore career interests, and build professional connections. Elon faculty can help students identify relevant placements and opportunities.

- Faculty-mentored research: Use ENS 4999: Research to develop scientific investigation skills, gain experience with research methods, and explore environmental questions that may support future employment or graduate study.

- Collaborative project development: Complete ENS 4970: Senior Seminar: Environmental Assessment and Project Development to practice environmental assessment, teamwork, critical analysis, and the development of applied projects.

- Career preparation and professional networks: Build connections through internships, faculty relationships, and environmental research opportunities. These experiences can help students identify suitable employers and prepare for graduate school or professional applications.

- Employment statistics and salary figures: The official program sources reviewed do not publish a specific graduate employment rate, median salary, or program-level placement statistic for this degree. Salary and employment prospects will depend on the position, location, employer, experience, and additional qualifications.

- University–industry partnerships: The university identifies previous internship hosts, including Conservators Center, Aqua Link Inc., Citizen Monitoring Program Pollution Ecology Lab, Savannah Wildlife Rescue Center, and The Utopian Seed Project. These examples demonstrate external professional experiences available to students, but they do not establish guaranteed placements or formal partnerships for every student.

- Accreditation and professional value: The degree provides a science-focused foundation for environmental and ecological careers. The official program information reviewed does not specify a dedicated external professional accreditation, so students should check whether their intended career requires particular certifications or additional study.

- Graduation outcomes: Graduates can pursue work in environmental science, ecology, conservation, ecosystem management, and environmental monitoring. Research experience, fieldwork, GIS coursework, and internships can help students demonstrate relevant skills when applying for positions or postgraduate programs.

Further Academic Progression:

After completing the B.S. in Environmental and Ecological Science, students can continue into postgraduate programs that deepen their scientific expertise or prepare them for specialized research and professional roles. Depending on their academic background and career goals, suitable options may include:

Master's in Environmental Science: Develop advanced knowledge of environmental systems, assessment methods, and environmental problem-solving.
Master's in Ecology or Conservation Biology: Specialize in ecosystem processes, biodiversity, habitat conservation, or wildlife management.
Master's in Natural Resource Management: Explore sustainable resource use, ecosystem restoration, and environmental planning.
Master's in Geographic Information Science: Build advanced skills in geospatial analysis and environmental mapping.
Ph.D. in Ecology, Environmental Science, or a related discipline: Prepare for research-intensive careers, academic positions, or specialist scientific roles.

Students interested in research careers can use their undergraduate research experience and senior capstone as a foundation for postgraduate applications. Admission requirements vary by institution and program, and some research-intensive degrees may require relevant prerequisite courses or prior research experience.