10 Best Colleges for Environmental Science in the US in 2026

Environmental science is one of the fastest-growing fields today, driven by climate change, sustainability, and resource management. Environmental scientists earn a median salary of about $80,060, which is roughly 62% higher than the average for all occupations.

Choosing the right program, therefore, matters because it determines your access to fieldwork, research labs, and hands-on training in areas like climate science, ecosystems, and environmental policy. 

In this blog, we list the 10 best colleges for environmental science in the US in 2026, based on the U.S. News Best Global Universities for Environment/Ecology (national) and QS World University Rankings by Subject: Environmental Sciences (global) rankings.

• What Are the Best Colleges for Environmental Science in the US?
• Stanford University
• Harvard University
• University of California, Berkeley
• Yale University
• Cornell University
• University of California, Davis
• Massachusetts Institute of Technology
• University of California, Los Angeles
• Columbia University
• University of Michigan
• Frequently Asked Questions
• Takeaways

What Are the Best Colleges for Environmental Science in the US?

To help you quickly compare the best colleges for environmental science, the table below summarizes each school along with its U.S. News and QS World University ranking in environmental sciences.

Note: Our ranking equally weights national and global environmental science rankings, averaging each school’s positions into a composite score and ordering them from lowest to highest. For tied scores, we use the national ranking as the tiebreaker.

Let’s discuss each college one by one.

1. Stanford University

Rankings: #7 (U.S. News), #3 (QS World University) 

Key strengths: Climate science, Earth system science, environmental policy, sustainability, energy systems

Acceptance rate (overall): 3.61% (Class of 2028)

The Stanford Doerr School of Sustainability, launched in 2022 with a $1.1 billion endowment, integrates programs across Earth sciences, energy, climate, and environmental policy.

Undergraduates can pursue environmental science through the Earth Systems Program, which is highly customizable. You choose one of eight tracks, such as biosphere, climate change, sustainable food and agriculture, or energy systems, then combine natural science coursework with policy and economics. Courses like Earth Systems Modeling, Climate Change Biology, and Energy and the Environment anchor the curriculum.

Moreover, you can work at the Stanford Woods Institute for the Environment, which runs interdisciplinary projects on climate resilience and conservation, or the Precourt Institute for Energy, which focuses on clean energy systems and decarbonization. 

Stanford’s location in Silicon Valley also creates pathways into climate tech, especially through startups working on carbon capture, renewable energy, and environmental data systems.

2. Harvard University

Rankings: #9 (U.S. News), #1 (QS World University) 

Key strengths: Environmental science, climate science, environmental policy, ecosystem science, atmospheric chemistry

Acceptance rate (overall): 4.18% (Class of 2029)

Environmental Science and Engineering (ESE) at the Harvard School of Engineering and Applied Science (SEAS) has a dual structure allowing you to pursue either a natural science-focused A.B. or a more technical, engineering-oriented S.B.

One of Harvard’s most distinctive advantages is access to the Harvard University Center for the Environment (HUCE), which funds undergraduate research through programs like the Summer Undergraduate Research Fund. Students regularly work on projects ranging from Arctic climate modeling to urban air pollution monitoring.

Moreover, you can also cross-enroll at MIT through the Harvard-MIT agreement, which expands options in climate modeling and environmental engineering.

Harvard’s research network includes the Arnold Arboretum, a 281-acre living laboratory for plant science and biodiversity, and the Harvard Forest in Petersham, Massachusetts, where long-term ecological experiments track carbon cycling and forest responses to climate change.

3. University of California, Berkeley

Rankings: #6 (U.S. News), #9 (QS World University) 

Key strengths: Environmental science, ecology, climate science, environmental economics, conservation biology

Acceptance rate (overall): 11.43% (Class of 2029)

The Department of Environmental Science, Policy, and Management is primarily housed in the Rausser College of Natural Resources, which offers the Environmental Sciences major (B.S.). You choose a specialization such as ecology and conservation biology, climate and energy, or environmental economics and policy, then complete coursework that connects scientific analysis with real-world systems. 

Upper-division requirements include courses in environmental modeling, statistics, and research methods such as Intro to Methods of Environmental Science (ESPM 100ES), followed by a two-semester Senior Research Seminar (ESPM 175A/L and 175B/L) where you design and complete an independent research project. 

UC Berkeley’s location and field infrastructure are a major advantage. The program uses the Sagehen Creek Field Station (over 9,000 acres in the Sierra Nevada) for long-term ecological monitoring, snowpack research, and watershed studies. Students also have access to the Berkeley Seismology Lab, which monitors earthquakes across Northern California.

4. Yale University

Rankings: #13 (U.S. News), #12 (QS World University) 

Key strengths: Environmental science, environmental policy, climate change, biodiversity conservation, sustainability

Acceptance rate (overall): 4.75% (Class of 2029)

Yale’s environmental science program is offered through the Yale School of the Environment, one of the most established schools for environmental policy and management in the U.S. As an undergraduate, you major in Environmental Studies (B.A. or B.S.) or pursue a more science-focused path through the Earth & Planetary Sciences (EPS) undergraduate program, but both routes give you access to YSE faculty, courses, and research.

Yale’s environmental science coursework combines natural science, data analysis, and policy. Students take classes such as ENV 602a: Ecosystems and Landscapes, ENV 730a: Environmental Data Science in R, and ENV 603a: Environmental Data Visualization for Communication, alongside more specialized offerings like ENV 623: The Role of Methane in Global Climate Disruption and ENV 733b: Global Threats to Freshwater.

Yale also offers highly applied courses like ENV 726: Observing Earth from Space, which teaches satellite image analysis for climate, ocean, and land systems, and ENV 735a: Hydrologic Science for Environmental Managers, which examines water systems across rivers, soils, and aquifers. 

Yale’s research infrastructure is anchored by the Yale Center for Environmental Law & Policy (YCELP), which produces tools like the Environmental Performance Index (EPI) used by governments worldwide, and the Yale Program on Climate Change Communication, known for its national surveys on climate opinion in the U.S.

Fieldwork is a core part of the program.The Yale Myers Forest, which spans 7,840 acres in Connecticut, serves as a managed research forest where students study carbon sequestration, forest ecology, and land-use management.

5. Cornell University

Rankings: #19 (U.S. News), #25 (QS World University) 

Key strengths: Environmental science, natural resources, sustainability, environmental engineering, agricultural systems

Acceptance rate (overall): 8.38% (Class of 2029)

Instead of a single track, Cornell’s program in Environment and Sustainability (E&S) allows you to specialize in one of six core concentrations: Environmental Biology & Applied Ecology, Environmental Humanities, Environmental Policy & Governance, Land, Air & Water Resources, Sustainable Business & Environmental Economics, or a student-designed concentration.

Students train directly at multiple field sites, including the Arnot Teaching and Research Forest for forest carbon storage, wildlife monitoring, and watershed analysis. They also use the Cornell Biological Field Station at Shackelton Point (CBFS), which operates boats, wet labs, and long-term freshwater research on fish populations, invasive species, and nutrient cycles.

Moreover, classes like NTRES 2100 (Field Biology) require students to identify local species across ecosystems, collect ecological data in the field, and complete applied research projects tied to environmental systems. Students also use collections like the Cornell Lab of Ornithology and the university’s herbarium with 860,000 specimens to study biodiversity at a level most programs do not offer.

6. University of California, Davis

Rankings: #28 (U.S. News), #18 (QS World University) 

Key strengths: Environmental science, ecology, hydrology, environmental toxicology, agriculture

Acceptance rate (overall): 44.6% (Class of 2029)

The Department of Environmental Science and Policy at UC Davis runs one of the most structured environmental science majors in the U.S. through Environmental Science and Management (B.S.), jointly administered by the Department of Environmental Science and Policy and the Department of Land, Air and Water Resources. 

The program requires a full foundation in biology, chemistry, physics, calculus, and economics, followed by upper-division training in GIS, environmental monitoring, impact assessment, and statistical analysis.

You then choose a specialization such as Watershed Science, Ecology and Biodiversity, or Soil and Biogeochemistry, each with its own required sequence. All students complete a senior capstone and a required internship (3 units) in order to graduate.

The most distinctive part of UC Davis is that students take courses directly at the Bodega Marine Laboratory. For example, Marine & Coastal Field Ecology (ESP 124) requires students to live on-site for a field intensive, where they collect data in coastal habitats such as estuaries, mudflats, and open ocean environments.

7. Massachusetts Institute of Technology

Rankings: #43 (U.S. News), #10 (QS World University) 

Key strengths: Climate science, environmental engineering, atmospheric science, energy systems

Acceptance rate (overall): 4.56% (Class of 2029)

The MIT Department of Earth, Atmospheric, and Planetary Sciences (EAPS) offers a Bachelor of Science in Climate System Science and Engineering, jointly offered by the Department of Civil and Environmental Engineering (CEE) and EAPS, focusing on climate modeling, adaptation, and mitigation. Environmental training is built through multiple programs, especially Earth, Atmospheric and Planetary Sciences (Course 12) and the newer Climate System Science and Engineering major (Course 1-12).

The Climate System Science and Engineering degree is one of the most technical undergraduate climate programs in the U.S. Required subjects include Atmosphere, Ocean and Climate Dynamics, Physics of Low-Carbon Energy Systems, and Global Carbon Cycle and Climate Science, along with computational modeling and policy coursework.

MIT’s scale of coursework is a defining feature. Students can choose from 120+ sustainability-related classes across 23 departments, ranging from environmental chemistry to climate policy and energy systems. 

Research access is immediate through the Undergraduate Research Opportunities Program (UROP), where students work directly with faculty or industry partners on projects like carbon capture, climate modeling, and energy systems. Programs like TREX also fund field research trips, including international environmental studies and site-based data collection.

8. University of California, Los Angeles

Rankings: #36 (U.S. News), #21 (QS World University) 

Key strengths: Environmental science, GIS, environmental policy, environmental health, atmospheric science

Acceptance rate (overall): 9.41% (Class of 2029)

UCLA’s environmental science major is run through the Institute of the Environment and Sustainability (IoES) and is built as a two-part degree. You complete a broad Environmental Science B.S., then a required minor concentration, chosen from eight options, to develop depth in a specific area like Atmospheric and Oceanic Sciences, Conservation Biology, or Environmental Systems and Society.

Students are required to take GIS (GEOG 7), full sequences in chemistry, biology, calculus, and physics, plus upper-division courses such as ENV 140: Foundations of Environmental Policy and Regulation, ENV 175: Programming with Big Environmental Datasets, and electives like AOS 102: Climate Change and Climate Modeling or Introduction to CEE 153: Environmental Engineering Science.

A defining feature is the Senior Practicum, a year-long capstone where student teams work with external partners such as NASA JPL, NOAA, or local governments to solve environmental problems. 

9. Columbia University

Rankings: #43 (U.S. News), #17 (QS World University) 

Key strengths: Climate science, environmental systems, oceanography, environmental policy, sustainability

Acceptance rate (overall): 4.94% (Class of 2029)

Columbia’s environmental science major is run through the Department of Earth and Environmental Sciences (DEES) and requires at least 47.5 credits, with a heavy emphasis on core science before specialization.

Upper-level coursework at Columbia can include BC3017: Environmental Data Analysis, BC3028: Volcanoes and the Environment, and GR9810: Race, Climate Change, and Environments, depending on the student’s plan of study. 

Moreover, students can work with the Lamont-Doherty Earth Observatory through research opportunities and summer programs, where they study topics like ocean circulation, climate systems, and geophysics under the supervision of Columbia-affiliated scientists. The observatory also hosts lectures, workshops, and field-based training tied to ongoing research projects.

All students complete a senior thesis, often conducted through affiliated centers like the Earth Institute, which runs projects on climate forecasting, water systems, and sustainability solutions in partnership with governments and NGOs.

10. University of Michigan

Rankings: #37 (U.S. News), #28 (QS World University) 

Key strengths: Environmental science, geochemistry, climate science, geophysics, sustainability

Acceptance rate (overall): 16.42% (Class of 2029)

Under the School for Environment and Sustainability (SEAS), UMichigan’s environmental science training runs through two main paths: the Earth and Environmental Sciences (EES) major and the Program in the Environment (PitE). This structure allows you to focus either on climate systems, water, and environmental chemistry, or on geology, geophysics, and Earth processes. 

The program also offers a fifth-year master’s pathway, where qualified students can earn an M.S. with one additional year of coursework and research.

The major requires a full sequence in chemistry, physics, and calculus, followed by upper-level courses such as ENVIRON 325: Environmental Geochemistry, EAS 501.091: Climate Change Science and Solutions, and EARTH 313: Geobiology.

Fieldwork is a core part of the program. Students often take EARTH 440 (Geology Field Course), which involves extended field mapping and on-site data collection in the geologic exposures of northwestern Wyoming, or EARTH 442 (Earth Surface Processes & Soils), which includes several required field trips across southern Michigan to study landforms and surface processes.

Frequently Asked Questions

1. What are the best colleges for environmental science in the US in 2026?

The best colleges for environmental science in 2026 include Stanford, Harvard, UC Berkeley, Yale, Cornell, UC Davis, MIT, UCLA, Columbia, and UMichigan.

2. What should I look for when choosing a college for environmental science?

Focus on how the program is structured. Look for required training in biology, chemistry, and data analysis, plus access to fieldwork sites like forests, marine labs, or research stations. Also check for specialization options such as climate science, ecology, or environmental policy, and whether the program includes internships or a capstone project.

3. Can I double major in environmental science and another field at these colleges?

Yes, most of these schools allow or encourage it. Environmental science is often combined with economics, public policy, engineering, or data science. Programs such as Stanford’s Earth Systems or Columbia’s Earth and Environmental Sciences make it easier to integrate coursework across departments.

4. Which environmental science specializations are most in demand today?

Climate science, renewable energy systems, environmental data analysis, and environmental policy are some of the most in-demand areas. There is also growing demand in fields like water resource management, biodiversity conservation, and environmental health.

5. What careers can you pursue with an environmental science degree?

Environmental science graduates work in climate research, environmental consulting, government agencies, renewable energy, and conservation. Many also go into roles involving environmental data analysis, sustainability planning, or regulatory work, while others pursue graduate study in environmental science, law, or public policy.

Takeaways

• The best colleges for environmental science in 2026 include Stanford, Harvard, UC Berkeley, Yale, Cornell, UC Davis, MIT, UCLA, Columbia, and UMichigan, with strengths ranging from climate science to environmental policy and ecosystem research.
• Stanford, Harvard, and Yale emphasize climate science and policy; UC Berkeley, Cornell, and UC Davis focus on field-based ecology and environmental systems; MIT and Columbia center on climate modeling and Earth systems; UCLA and UMich offer interdisciplinary programs with technical and policy training.
• Field access and research facilities differ significantly. For instance, UC Berkeley and Cornell operate large field stations and research forests, Columbia connects students to Lamont-Doherty Earth Observatory, and UC Davis offers in-residence courses at Bodega Marine Laboratory.
• Specialization matters. For example, schools like MIT emphasize climate systems and energy, Yale leans into environmental policy and governance, and UMich focuses on geochemistry and Earth systems, so your academic focus should guide your choice.
• Getting guidance from a college admissions expert can help you narrow down programs that match your interests and present your application more effectively in a highly competitive pool.