Environmental Science Professor

An Environmental Science Professor occupies one of the more physically varied and policy-relevant positions in higher education. The job combines classroom teaching, laboratory and field research, external grant management, graduate student mentorship, and increasingly, engagement with policymakers and the public who are grappling with the environmental problems these professors study.

Teaching typically spans a range from introductory environmental science to specialized graduate seminars. An introductory course might enroll 80 students with varied science backgrounds, requiring careful scaffolding of quantitative concepts alongside more accessible observational and policy content. A graduate seminar might have eight students reading the current literature on a narrow topic — urban heat island effects on insect communities, or microplastic contamination in Great Lakes tributaries — and working through the methodological debates in detail.

The research dimension of the job is where most environmental science professors have the deepest identity. The questions that drew them to the field — why are amphibian populations declining in this watershed, what does wildfire smoke do to urban air quality over decadal timescales, how do farmers adapt to shifting precipitation patterns — are the questions they continue to pursue throughout their careers. Grant funding is the infrastructure that makes this possible, and writing competitive federal grant applications is a major time investment for active researchers.

Beyond the university, environmental science faculty are increasingly called on as credible voices in public and policy conversations. Climate scientists testified before Congress; toxicologists consult for state environmental agencies; ecologists serve on management advisory boards for national forests and wildlife refuges. This public engagement is professionally rewarding but requires time and communication skills that academic training doesn't fully address.

Education:

• PhD in environmental science, ecology, environmental chemistry, environmental biology, hydrology, earth science, atmospheric science, or a closely related field
• Postdoctoral research experience is expected for tenure-track positions at R1 universities and increasingly expected at other four-year institutions
• A strong publication record — typically 3–8 peer-reviewed publications at time of application — is standard for assistant professor candidates

Research skills:

• Field sampling and monitoring methods relevant to specialization (stream ecology, atmospheric sampling, soil science)
• Laboratory analysis: chromatography, spectroscopy, isotope analysis, or biological assay techniques depending on research area
• Statistical analysis and data management: R, Python, or specialized modeling software
• Grant writing: NSF, EPA, NOAA, USDA proposal development and management

Teaching preparation:

• Graduate teaching assistantship experience
• Curriculum development for lab-based or field-based courses
• Experience with diverse student populations and STEM equity challenges
• Familiarity with active learning pedagogies appropriate for environmental science

Technical tools:

• GIS software (ArcGIS, QGIS) for spatial analysis and cartographic work
• Remote sensing tools and satellite data analysis
• Environmental monitoring equipment relevant to research specialty
• Data management and metadata documentation practices

Soft skills:

• Communication for diverse audiences: from peer-reviewed papers to public lectures to agency testimony
• Mentorship of students at different career stages
• Cross-disciplinary collaboration — environmental problems rarely stay within disciplinary boundaries

The job market for Environmental Science faculty has been more active than most STEM fields over the past decade, driven by growing student demand for environmental programs, increased federal research funding for climate and environmental work, and the inherent interdisciplinarity of the field that allows environmental scientists to be competitive for positions in multiple departments — biology, chemistry, earth sciences, geography, public policy, and engineering schools that are adding environmental programs.

Climate-related research funding from NSF, NOAA, DOE, and USDA has grown in response to policy priorities, and faculty whose research addresses climate change, clean energy transitions, or environmental justice are finding favorable grant conditions. The Inflation Reduction Act of 2022 included significant investment in climate research infrastructure that continues to flow through federal agency grant programs.

On the academic job market, environmental science is one of the few humanities-adjacent or natural science fields where hiring has been relatively stable. Institutions are building or expanding environmental programs to meet student demand, which requires faculty. Environmental studies and sustainability programs, which draw heavily on environmental science faculty, are among the fastest-growing undergraduate program areas at four-year colleges.

However, the same structural pressures that affect other faculty job markets apply here: the ratio of PhDs to tenure-track positions means that most graduates will not obtain the positions they initially sought, and geographic flexibility is essential. Field-based environmental scientists who can collaborate with regional agencies, natural resource managers, and local governments sometimes find opportunities outside traditional R1 universities — at regional comprehensive universities, tribal colleges, or research institutes — that offer meaningful research environments with better job security.

For those who do secure faculty positions, the intellectual rewards are substantial: working on problems that matter, training the next generation of environmental scientists, and contributing to the knowledge base that informs environmental management and policy.

Dear Search Committee,

I am applying for the Assistant Professor of Environmental Science position at [University]. I completed my PhD in Environmental Chemistry at [University] in June and am currently in the second year of a postdoctoral fellowship at [Research Institution] studying per- and polyfluoroalkyl substance (PFAS) contamination pathways in agricultural soils and groundwater.

My dissertation examined the transformation products of PFAS compounds under anaerobic soil conditions — a question with immediate relevance to understanding risk at industrial sites and land-application fields and a methodological contribution in developing a solid-phase microextraction protocol that significantly improved detection limits for short-chain compounds in complex matrices. That work resulted in two publications in Environmental Science & Technology and a third under review at Environmental Health Perspectives.

At the postdoctoral level I have extended this into a collaborative project with [State] Department of Agriculture examining PFAS uptake in vegetable crops irrigated with municipal water containing trace contamination. This work is directly applicable to regulatory questions the state is actively wrestling with, and it has given me experience communicating science to non-specialist audiences — regulators, farmers, and affected community members — that I expect to bring into public-facing teaching and extension work.

I teach whenever I have the opportunity. During my doctoral program I developed and taught a laboratory module on trace contaminant analysis that was incorporated into the department's Environmental Chemistry Lab course and is still in use. I also served as a guest lecturer in the introductory environmental science course twice, focusing on the regulatory history of emerging contaminants.

I am particularly drawn to [University]'s proximity to agricultural communities that intersect with my current research, and to your department's commitment to applied collaborative work. I would be glad to discuss how my background fits what you are looking for.

Sincerely, [Your Name]