2027 Environmental Science Degree Hiring Strength by State: Where Employers Need Graduates Most
Co-Founder and Chief Data Scientist
Choosing where to launch an environmental science career can matter as much as choosing the degree itself. The Bureau of Labor Statistics reports a $80,060 median annual wage for environmental scientists and specialists in its May 2024 data, but pay, openings, industries, and competition vary sharply by state.
This guide is for students, recent graduates, and career changers comparing relocation, internships, graduate school, or job offers. You will learn which states show stronger employer demand, where salaries stretch further, and how to weigh job availability against cost, licensing, and long-term career fit.
Key Things You Should Know
- Large employment markets such as California, Texas, Florida, Washington, and New York tend to offer more entry points because they combine regulation, infrastructure, consulting, energy, coastal resilience, and public-sector environmental work.
- The strongest salary state is not always the best value: the May 2024 national median for environmental scientists and specialists was $80,060, but high-paying coastal markets often come with higher housing and transportation costs.
- Fast-growing states can be attractive for early-career graduates, but job seekers should compare current openings, industry mix, fieldwork requirements, certifications, and local cost of living before relocating.
- Which States Have the Strongest Demand for Environmental Science Graduates?
- Which States Offer the Highest Salaries for Environmental Science Professionals?
Which States Have the Strongest Demand for Environmental Science Graduates?
Employer demand for environmental science graduates is strongest where environmental regulation, construction, energy, water management, land use, climate adaptation, and corporate sustainability all create recurring hiring needs. In practical terms, "hiring strength" means more than one number: a state may have many existing jobs, strong projected growth, or a smaller but highly specialized market with less competition.
The table below summarizes states that commonly stand out in current environmental science hiring because of their labor-market size, industry base, and public-sector environmental needs. Use it as a starting point, then verify recent job postings in your preferred specialty, such as environmental consulting, GIS, remediation, ecology, sustainability, or water quality:
| State | Hiring strength | Main demand drivers | Best fit for graduates |
| California | Very strong | Climate policy, water scarcity, wildfire risk, air quality, environmental consulting, renewable energy, coastal planning | Graduates seeking a large, competitive market with broad specialization options |
| Texas | Very strong | Energy, environmental compliance, industrial permitting, remediation, water resources, coastal and storm resilience | Graduates interested in private-sector consulting, energy, infrastructure, and field-based work |
| Florida | Strong | Wetlands, coastal resilience, water quality, development permitting, ecosystem restoration, hurricane adaptation | Graduates drawn to ecology, marine-adjacent work, permitting, and public agencies |
| Washington | Strong | Water resources, forestry, salmon habitat, climate planning, environmental technology, public-sector programs | Graduates who want policy, restoration, GIS, or climate-focused roles |
| New York | Strong | Urban environmental health, infrastructure, brownfield redevelopment, coastal resilience, public agencies | Graduates interested in urban sustainability, consulting, and government work |
| Colorado | Selective but strong | Water scarcity, public lands, energy transition, outdoor recreation impacts, federal and state agencies | Graduates with GIS, hydrology, field science, or natural resources experience |
Large states usually offer more openings, but they also attract more applicants. Smaller markets can be smart choices when your skills match a local need, such as mining reclamation in Nevada, coastal restoration in Louisiana, forestry in Oregon, or water management in Arizona.
Before treating a state as "high demand," check whether employers are hiring for the kind of environmental science role you actually want. A market rich in compliance jobs may not be ideal if your goal is wildlife biology, while a strong conservation state may not have as many corporate sustainability roles.
Which States Offer the Highest Salaries for Environmental Science Professionals?
High salary states often cluster around expensive metropolitan areas, federal contracting centers, energy hubs, or regions with complex environmental regulation. The May 2024 BLS median of $80,060 is useful as a national benchmark, but state-level salary comparisons should be interpreted alongside experience level, employer type, and local costs.
The following table groups states that tend to offer stronger compensation for environmental scientists and specialists:
| State or market | Salary position | Why compensation can be stronger | Trade-off to consider |
| Washington | High | Strong public-sector, technology, water, forestry, and climate-related work | Seattle-area housing can reduce take-home value |
| California | High | Large regulatory environment, consulting demand, climate programs, and infrastructure work | Competition and cost of living are high in many major metros |
| Maryland | High | Federal agencies, contractors, Chesapeake Bay work, environmental health, and policy roles | Some roles favor graduate credentials or specialized regulatory experience |
| Virginia | High | Federal contracting, environmental planning, defense-related compliance, coastal resilience | Northern Virginia pay may come with higher housing costs |
| Colorado | Competitive | Water, energy transition, federal lands, environmental consulting, and outdoor-resource management | Popular locations may have intense competition for entry-level roles |
| Texas | Competitive | Energy, industrial compliance, remediation, infrastructure, and coastal work | Pay varies widely between energy, consulting, agency, and nonprofit employers |
New graduates should be careful not to compare a senior environmental consultant salary in one state with an entry-level technician role in another. Entry-level titles may include environmental technician, field scientist, environmental analyst, GIS technician, water quality specialist, sustainability coordinator, or junior consultant, and these roles often differ significantly in travel demands and advancement potential.
Fast job growth can signal opportunity, but it does not always mean a state has many current openings. A smaller state can show rapid growth from a small base, while a large state may grow more slowly but still create more total positions.
BLS projections released for the 2023-2033 period estimate 7% employment growth for environmental scientists and specialists nationally, which is a useful benchmark for judging whether a state or region is outperforming the broader occupation.
State workforce agencies may use different projection windows, so compare directionally rather than treating every projection as perfectly equivalent.
| Growth pattern | States where this pattern often matters | Why it creates environmental hiring | Best applicant strategy |
| Population growth and development pressure | Texas, Florida, Arizona, North Carolina, Georgia | Permitting, stormwater, water supply, land development, habitat protection, and compliance needs increase | Build permitting, GIS, field sampling, and environmental impact assessment experience |
| Climate resilience and coastal risk | Florida, California, Louisiana, New York, Washington | Sea-level rise, storms, erosion, wetlands, and infrastructure adaptation require technical staff | Focus on water quality, coastal systems, restoration, and climate adaptation planning |
| Energy transition and industrial compliance | Texas, Colorado, Pennsylvania, Ohio, Wyoming | Energy production, remediation, emissions monitoring, and renewable projects create compliance needs | Learn environmental regulations, site assessment, data reporting, and health and safety protocols |
| Federal lands and natural resources | Colorado, Utah, Montana, Oregon, Alaska | Public lands, habitat, forestry, wildfire, recreation, and resource extraction require environmental oversight | Gain seasonal fieldwork, ecology, GIS, and natural-resource management experience |
The safest way to use growth data is to combine it with real-time employer evidence. Review state job boards, consulting-firm postings, government civil service listings, and internship pipelines for at least 30 to 60 days before deciding that a "fast-growing" market is worth a move.
Cost of living can change the value of an environmental science job offer. A higher salary in a high-cost metro may leave less room for rent, transportation, savings, and student loan repayment than a lower salary in a more affordable region.
The Council for Community and Economic Research cost-of-living index uses 100 as the U.S. average, with higher numbers representing more expensive markets. Because many environmental science jobs involve regional fieldwork, compare the cost of the specific metro or county, not just the state average:
| State type | Examples | Career value advantage | Main risk |
| High salary, high cost | California, Washington, New York, Massachusetts | More specialized employers, stronger professional networks, and better advancement options in some metros | Rent and commuting costs can erase part of the salary premium |
| Strong demand, moderate cost | Texas, Pennsylvania, North Carolina, Georgia | Often offers a practical mix of openings, salaries, and affordability | Pay varies by city, employer, and industry segment |
| Specialized demand, lower density | Montana, Wyoming, Alaska, New Mexico | Good fit for field-heavy natural resources, mining, public lands, or ecology work | Fewer employers can make job switching harder without relocating again |
| Coastal resilience markets | Florida, Louisiana, Virginia, South Carolina | Ongoing need for water, wetlands, planning, and storm-risk expertise | Local wages may not always match insurance, housing, or transportation pressures |
A common mistake is accepting the highest posted salary without calculating real take-home value. Before relocating, compare rent, transportation, insurance, taxes, student loan payments, commuting time, and whether the employer pays for field travel, certifications, safety gear, or continuing education.
High-demand states do not hire environmental science graduates only because they completed the right major. Employers increasingly look for graduates who can collect reliable field data, interpret it, explain it clearly, and apply it to regulation, planning, or business decisions.
The most competitive graduates usually combine science knowledge with applied tools and workplace-ready communication. Prioritize the following skills if you want to compete in states with large applicant pools:
- GIS and spatial analysis, including map production, land-use interpretation, and basic remote-sensing workflows.
- Environmental sampling and field methods for soil, water, air, habitat, wetlands, or hazardous materials, depending on your target industry.
- Data analysis using Excel, R, Python, or statistical software to clean, summarize, visualize, and defend findings.
- Regulatory literacy, including familiarity with permitting, environmental impact review, stormwater rules, waste handling, or site assessment procedures.
- Technical writing for field reports, compliance memos, environmental assessments, grant narratives, and public-facing summaries.
- Professional safety habits, including field documentation, chain of custody, personal protective equipment, and basic health and safety training.
Communication skills deserve special attention because environmental work often involves public meetings, client updates, agency comments, and community education. Students comparing science-adjacent paths that combine technical knowledge with direct service may also explore SLP online programs, though those careers follow very different credentialing and licensing rules.
AI and automation are changing the work, but they are not eliminating the need for field judgment. Tools can speed up image interpretation, data cleaning, reporting, and document review, while employers still need graduates who understand sampling limits, site conditions, regulatory context, and ethical data use.
Most environmental science roles do not require one universal state license the way nursing, teaching, or clinical counseling often does. However, requirements can appear in specific subfields, job sites, government classifications, or advanced roles.
Licensing and certification matter because they can affect whether you qualify for certain titles, sign technical documents, supervise projects, or work on regulated sites.
Before moving, check the exact employer requirements for your target role:
- Environmental health roles may require state or local credentials, especially for food safety, onsite wastewater, vector control, or public health inspection work.
- Wetland delineation, asbestos, lead, hazardous waste, and remediation work may require specialized training, employer sponsorship, or documented field experience.
- Government jobs may use civil service classifications that specify coursework in biology, chemistry, geology, hydrology, environmental science, or related fields.
- Senior consulting roles may prefer or require professional credentials such as Professional Geologist, Professional Engineer, Certified Environmental Professional, or Certified Hazardous Materials Manager, depending on the scope of work.
The key mistake is assuming that a state with many openings has no credential barriers. If you are comparing regulated helping professions as a contrast, a marriage and family therapist degree shows how state-specific licensure can be much more central to career entry than it is in most environmental science jobs.
Students should save syllabi, lab descriptions, fieldwork records, internship documentation, and safety certificates. These records can help when an employer, agency, or graduate program asks you to prove that your coursework or experience matches a technical requirement.
Remote and hybrid work have expanded some environmental science opportunities, but they have not erased the importance of location. Field sampling, inspections, construction monitoring, habitat surveys, and site assessments still require physical presence, while data analysis, permitting support, GIS, reporting, and sustainability coordination may be partly remote.
This shift changes how graduates should think about state hiring. A hybrid role in a high-demand state may require living within driving distance of project sites, while a remote sustainability or environmental data role may hire nationally but attract far more applicants:
| Work format | Common environmental science tasks | State choice implication | Best fit |
| On-site | Sampling, inspections, monitoring, construction support, habitat surveys | You usually need to live near project sites or employer offices | Graduates who enjoy travel, fieldwork, and hands-on science |
| Hybrid | Field visits plus report writing, GIS, client meetings, and agency coordination | State and metro choice still matter, but commute flexibility may improve quality of life | Consulting, utilities, planning, and public agencies |
| Remote | Data analysis, ESG reporting, environmental research support, mapping, technical writing | You can apply across states, but competition is broader | Graduates with strong writing, data, GIS, and project coordination skills |
If you want remote flexibility, build proof of independent work: writing samples, GIS maps, data dashboards, coding notebooks, and completed reports. Graduates who like environmental communication, stakeholder outreach, or policy messaging may also compare an affordable online master's degree in communications as a related path into public information, sustainability messaging, or advocacy roles.
The best state is the one that fits your career target, not the one that ranks highest on a single metric. A student interested in wetlands should compare different states than a student targeting industrial compliance, climate analytics, or federal contracting.
Use a structured comparison so you do not overreact to one attractive salary or one viral "best states" list. A practical state comparison should include the following steps:
- Choose one or two target roles, such as environmental consultant, water quality analyst, GIS technician, sustainability analyst, or wildlife field technician.
- Search current postings in each state for those exact titles and note required coursework, software, certifications, travel, and experience.
- Compare employer types, including consulting firms, state agencies, local governments, utilities, nonprofits, energy companies, and federal contractors.
- Check whether the state's strongest industries match your preferred work setting and long-term advancement path.
- Estimate real take-home value using salary range, rent, transportation, insurance, taxes, student loans, and relocation costs.
- Look for internship pipelines, alumni networks, professional associations, and entry-level training programs in the state.
- Identify red flags, such as many postings requiring senior experience, unpaid seasonal work, frequent overnight travel, or unclear safety expectations.
High-demand states make the most sense when they offer both more openings and better skill development. Staying local may be smarter if you already have internships, faculty references, agency contacts, or a lower cost base that lets you gain experience without financial strain.
Your best state depends on whether you prioritize entry-level access, salary growth, specialization, affordability, or lifestyle. Environmental science is broad enough that two graduates with the same degree may make very different location choices for good reasons.
Use the following decision guide to match your goal with the type of state market that may fit best:
- If you want the most openings, start with large diversified markets such as California, Texas, Florida, New York, Washington, and Pennsylvania.
- If you want strong pay and specialized employers, compare Washington, California, Maryland, Virginia, Colorado, and major federal-contracting regions.
- If you want field ecology or natural resources work, look closely at states with public lands, forests, fisheries, wetlands, or conservation agencies.
- If you want lower relocation risk, target states where you already have internships, alumni contacts, family support, or a lower cost of living.
- If you want long-term management roles, choose employers that offer project management, client exposure, budgeting, supervision, and tuition support.
Graduates who plan to move from technical environmental work into operations, consulting leadership, sustainability management, or entrepreneurship may eventually benefit from business training. For that route, comparing the easiest online MBA programs can help identify flexible options, though "easy" should never replace accreditation, employer reputation, and career fit.
The bottom line: relocate when the state offers a clear match between your target role, industry demand, salary value, and support network. Stay local or delay moving when a market looks attractive on paper but requires credentials, experience, or living costs that would make your first environmental science job financially unstable.
Environmental science hiring is not driven by one employer type. State agencies, consulting firms, energy companies, engineering firms, utilities, nonprofits, universities, local governments, and federal contractors all hire graduates, but the dominant industry varies by state.
The table below shows how industry concentration changes the kind of environmental science work graduates are likely to find. This matters because a state with many jobs may still be a poor fit if most employers hire for a specialization you do not want:
| Industry driver | States where it is especially relevant | Common entry-level roles | Degree or skill advantage |
| Environmental consulting and engineering | California, Texas, Florida, New York, Pennsylvania | Field scientist, environmental technician, permitting assistant, site assessment analyst | Sampling methods, report writing, OSHA safety awareness, GIS, regulatory basics |
| Water resources and utilities | Arizona, Colorado, California, Florida, Nevada | Water quality technician, watershed analyst, hydrology assistant | Hydrology, chemistry, data analysis, watershed science, field instrumentation |
| Energy and industrial compliance | Texas, Louisiana, Pennsylvania, Ohio, Oklahoma | Compliance coordinator, environmental health and safety assistant, remediation technician | EPA rules, hazardous materials awareness, audits, monitoring, technical documentation |
| Conservation and natural resources | Oregon, Washington, Colorado, Montana, Alaska | Biological science technician, restoration assistant, habitat monitoring technician | Ecology, field identification, GIS, statistics, seasonal fieldwork |
| Urban sustainability and resilience | New York, California, Massachusetts, Illinois, Washington | Sustainability analyst, climate planning assistant, environmental program coordinator | Data visualization, policy writing, stakeholder communication, emissions accounting |
Students who are still choosing electives should work backward from the dominant industries in their target states. For example, a graduate aiming for Texas consulting work may benefit more from compliance and site assessment coursework, while a graduate targeting Washington restoration work may need ecology, hydrology, and GIS experience.
Other Things You Should Know About Environmental Science
Large states such as California, Texas, Florida, Washington, and New York tend to have stronger environmental science job markets because they combine population, infrastructure, regulation, consulting, and public-sector environmental needs. The best state for you still depends on your specialization.
Relocating can be worth it if the state offers more relevant openings, better training, stronger advancement, and a salary that covers local costs. It may not be worth it if the role is short-term, the cost of living is high, or the market does not match your target specialty.
Most entry-level environmental science jobs do not require a universal state license. Some roles in environmental health, hazardous materials, geology, engineering-related consulting, or regulated inspections may require specific credentials, training, or supervised experience.
GIS, field sampling, data analysis, technical writing, regulatory knowledge, safety awareness, and clear communication are among the most useful skills. Employers often prefer graduates who can connect scientific evidence to practical decisions, permits, reports, or compliance needs.
- Data show today's environmental science grads have more diverse job prospects https://www.onlineu.com/magazine/environmental-science-majors-career-outcomes
- Environmental Science Jobs https://unity.edu/careers/environmental-science-jobs/
- Exploring the Demand for Environmental Science Professionals https://www.webuildstaffing.com/exploring-the-demand-for-environmental-science-professionals/
- Environmental Job Market Trends | ECO Canada https://eco.ca/research-and-resources/environmental-job-market-trends/
