Central Washington University

What you'll study

This programme balances core scientific foundations, quantitative skills and hands‑on field training with an independent research project or thesis. Typical core topics include conservation biology, population and community ecology, restoration ecology, ecosystem management and landscape ecology. Students also study practical methods such as field sampling design, habitat and vegetation assessment, wildlife survey techniques and ecological monitoring.

Quantitative and technical training is emphasised: common modules cover statistics for natural resources, spatial analysis using GIS and remote sensing, and data management. Coursework is complemented by seminars on research design, scientific communication and natural resource policy and law to place ecological practice within social and regulatory contexts.

Students usually choose between a thesis route or a non‑thesis option with a substantial capstone research project or practicum. Fieldwork is a central component: multi‑day field camps, seasonal monitoring projects and collaborative research with faculty or partner agencies provide direct experience across terrestrial and aquatic systems typical of central Washington and the broader Pacific Northwest.

• Conservation Biology and Restoration Ecology
• Population Ecology and Community Dynamics
• Field Methods in Natural Resources
• Statistics for Natural Resources and Experimental Design
• GIS and Remote Sensing for Environmental Analysis
• Habitat Assessment and Monitoring Techniques
• Environmental Policy, Law and Resource Management
• Research Seminar and Graduate Colloquium
• Thesis or Capstone Research Project

Entry requirements

Applicants should hold a bachelor's degree from an accredited institution, typically in biology, ecology, forestry, environmental science, natural resources or a closely related discipline. A background in ecology, basic statistics and field or laboratory methods is expected. Admissions committees look for evidence of quantitative competency, research potential and relevant practical experience such as fieldwork, internships or laboratory work.

Required application materials commonly include official transcripts, a statement of purpose outlining research interests and career goals, a CV or résumé, and contact details for academic or professional references. Some applicants may be invited to discuss research fit with potential faculty supervisors. Specific prerequisites, minimum GPA expectations and submission requirements are published by the university and can vary by advisor or by pathway (thesis versus non‑thesis).

Career prospects

Graduates from this programme are prepared for a broad range of roles in conservation, natural resource management and applied ecological science. Typical career outcomes include positions as conservation biologists, restoration ecologists, wildlife and fisheries technicians, habitat assessment specialists, environmental consultants, GIS analysts and resource managers for government agencies, non‑governmental organisations and private sector firms.

The research training also provides a pathway to doctoral study and academic research. Many alumni take roles with federal and state natural resource agencies, watershed councils, land trusts, environmental consultancies and conservation NGOs, where they apply monitoring, planning and restoration skills to real‑world resource challenges.

Why study at Central Washington University

Central Washington University offers strong hands‑on and field‑based training supported by faculty active in applied research relevant to the Pacific Northwest. The university’s location gives easy access to a diversity of ecosystems—dryland shrub‑steppe, mixed conifer forests, riparian corridors and nearby alpine environments—making it well suited to practical courses and long‑term field projects.

Students benefit from small class sizes, close mentoring by faculty and collaborative projects with regional partners such as state natural resource agencies, land trusts and conservation organisations. On‑campus resources include ecology laboratories, GIS facilities and equipment for field sampling and monitoring. The programme emphasises applied skills, professional development and opportunities for internships and agency collaborations that help graduates transition into conservation careers or further research study.