University of Arizona

What you'll study

This programme establishes a foundation in ecological and environmental sciences and builds applied skills in natural resources assessment, monitoring and restoration. Core subject areas include ecology and conservation biology, hydrology and watershed science, soil science, wildlife and fisheries management, conservation genetics, and restoration ecology.

Students also develop quantitative and technical skills through modules in statistics for ecologists, geographic information systems (GIS) and remote sensing, spatial analysis, and environmental modelling. Research methods and experimental design are emphasised to prepare students for independent research and evidence-based management.

Typical programme structure combines classroom courses, laboratory work and field-based learning. Students take core courses in the first two years, choose electives that match career interests, and complete a capstone experience in the final year: options commonly include a supervised research project or thesis, a field practicum, or an applied internship with a government agency, NGO or private firm.

• Fundamental ecology and evolution
• Conservation biology and biodiversity assessment
• Hydrology and watershed management
• Soils and plant–soil interactions
• Wildlife and fisheries ecology
• GIS and remote sensing for resource assessment
• Statistical methods and data analysis
• Restoration ecology and land management practices
• Environmental policy, law and natural resource economics
• Capstone research project or practicum

Entry requirements

Applicants are expected to have completed a secondary education qualification equivalent to a US high-school diploma. Strong preparation in mathematics and the natural sciences is recommended, typically including biology and chemistry; physics is advantageous. Competitive applicants demonstrate solid academic performance in science and maths courses.

The University of Arizona accepts domestic and international applicants; international students must demonstrate English language proficiency through an approved test or an accepted alternative pathway. Transfer applicants from community colleges or other universities should present transcripts of completed coursework and may have prerequisites evaluated for credit. Admissions may consider applicants' relevant extracurricular experience, such as field or laboratory work, volunteer conservation activity, and letters of recommendation.

Career prospects

Graduates leave with the scientific knowledge and technical skills required for a broad range of roles in environmental and natural resource sectors. Typical career paths include:

• Conservation scientist or ecologist with government agencies (for example, forestry services, park management)
• Natural resource manager or land stewardship specialist
• Restoration ecologist working on habitat rehabilitation or invasive-species control
• Environmental consultant providing assessment, permitting and monitoring services
• GIS analyst or remote sensing specialist in ecology and conservation
• Research technician or coordinator in academic, non-profit or government research programmes
• Policy analyst or programme officer for conservation NGOs and advocacy groups

Graduates also commonly pursue postgraduate study (master’s and doctoral degrees) in ecology, natural resources, conservation biology, hydrology or related disciplines to specialise further or prepare for research and academic careers.

Why study at University of Arizona

The University of Arizona offers distinct advantages for studying natural resources owing to its location in a region of high ecological diversity and active land-management challenges. Students benefit from hands-on field training in the Sonoran Desert, mountain forests and riparian systems, and from access to long-term research sites and laboratory facilities.

Research infrastructure and collaborative centres at the university support applied conservation science — examples include field stations, landscape-scale research programmes and interdisciplinary groups that integrate ecology, social science and policy. Notably, students frequently engage with facilities that enable controlled-environment experiments and large-scale ecosystem research.

The university also has strong links with federal and state land-management agencies, tribal land managers, conservation organisations and consulting firms, helping students secure internships, practicum placements and employment. Emphasis on experiential learning, quantitative training and faculty-led research prepares graduates to address real-world natural resource challenges.