University of Tulsa

What you'll study

The degree blends foundational natural science with applied conservation and research techniques. Core topics typically include ecology, ecosystem management, soil science, hydrology, conservation biology and wildlife ecology. Students also study quantitative skills such as ecological statistics, experimental design and data analysis, and learn to use technical tools including geographic information systems (GIS), remote sensing and field instrumentation.

The course structure normally combines lectures, laboratory classes and extended fieldwork. Typical modules and learning experiences include:

• Foundations of Ecology – population and community ecology, energy flow and nutrient cycles.
• Soil and Water Resources – soil properties, watershed processes and basic hydrogeology.
• Wildlife and Plant Conservation – species management, habitat assessment and restoration techniques.
• Field Methods and Monitoring – sampling design, vegetation surveys, wildlife sampling and use of field equipment.
• GIS and Remote Sensing for Natural Resources – spatial analysis, mapping and geoprocessing for resource assessment.
• Research Methods and Statistical Analysis – experimental design, hypothesis testing and use of statistical software.
• Policy, Ethics and Resource Economics – natural resource law, conservation policy, stakeholder engagement and basic economics of land use.
• Capstone Project or Undergraduate Research – a supervised research project or applied conservation practicum drawing together field data collection, analysis and reporting.

Students are encouraged to take elective modules in allied areas such as environmental chemistry, restoration ecology, environmental education, or energy and land‑use interactions. Practical experience is emphasised through field courses, laboratory projects and internship placements with conservation agencies, NGOs or private-sector partners.

Entry requirements

Applicants are normally expected to hold a high school diploma or equivalent with a record of strong performance in college‑preparatory science and mathematics. Typical prerequisites include biology and chemistry, and competence in algebra or introductory calculus. Admissions also consider overall academic record, personal statement, and letters of recommendation.

Specific requirements for transfer students include completion of relevant general education and introductory science courses, and submission of college transcripts. The University of Tulsa may consider standardised test scores where provided, but applicants should consult the university's admissions guidance for current testing policies and other admissions details.

Career prospects

Graduates with a Bachelor in Natural Resources Conservation and Research are prepared for a variety of roles in the environmental sector. Typical career paths include:

• Conservation biologist or ecologist with governmental agencies and environmental NGOs
• Field technician or natural resources technician involved in monitoring and data collection
• Restoration specialist working on habitat rehabilitation and invasive species control
• GIS or mapping analyst supporting land management and resource assessment
• Environmental consultant advising on impact assessments, permitting and best‑practice management
• Park and wildlife area manager or environmental educator

Many graduates also progress to postgraduate study or professional training in fields such as conservation science, environmental policy, hydrology or wildlife management to advance research careers or specialist roles.

Why study at University of Tulsa

The University of Tulsa offers a small‑campus learning environment with close faculty mentorship and opportunities for undergraduate research. The programme emphasises applied, hands‑on training and provides access to nearby rivers, prairie and forested areas that serve as living laboratories for field courses and student projects.

Students benefit from interdisciplinary collaborations across biology, geology and environmental studies, and from internship and partnership opportunities with regional natural resource agencies, conservation organisations and industry. The emphasis on combining field skills, quantitative analysis and policy understanding prepares graduates to enter the workforce immediately or pursue advanced study.