The greatest environmental challenges of our time - climate change, sustainable energy, conservation, and mitigating pollution, just to name a few - are highly complex issues, and understanding how to solve them requires teams that collaborate across disciplines, oftentimes across the globe.

The Bren School is a leading center of environmental research conducted by faculty, postdoctoral scholars, visiting researchers, and students. Bren researchers are leaders in disciplines and issues that span the natural sciences, data science, engineering, law, policy, economics, business, and more under the umbrella of environmental science and management.

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Lush native forest trees in Chile

Faculty Research

Bren faculty, lecturers, and visiting scholars are subject matter experts in areas that span the natural sciences, data science, law, policy, corporate practices, and economics.

FACULTY RESEARCH AREAS

PhD Research

Bren School PhD researchers immerse themselves in the process of conducting research to analyze, quantify, and develop solutions to complex environmental problems.

LEARN ABOUT PHD RESEARCH

Master's Research

Every Bren master's student completes a research-driven thesis project on behalf of a client, developing comprehensive solutions to real world environmental problems.

EXPLORE MASTER'S RESEARCH

Research Centers and Partners

Researchers at the Bren School collaborate across disciplines and departments, and oftentimes across the globe, to make a real impact solving environmental problems. Graduate students, post-docs, and visiting researchers benefit from Bren’s close partnership with these centers, institutes, and labs around the world

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Hillside with burn scar. Credit to Ethan Turpin.

Strategic Environmental Research Initiatives

The Bren School's Strategic Environmental Research Initiative (SERI) program was launched to create new collaborations aimed at developing timely solutions to the grand environmental problems of our time. Involved faculty have the opportunity to assemble a broad community of scholars from the Bren School, the greater UCSB campus, and beyond to achieve significant progress in addressing these large-scale environmental challenges. SERI topics are also integrated into the Bren master's and PhD curricula, the Bren public colloquium series, and campus-wide activities.

SERI-Fire

Wildfires have been increasing in the western U.S. and elsewhere, a trend that is expected to continue with climate change. And while fire plays a vital role in maintaining the health of many ecosystems, it can also be a destructive force that puts human communities at risk. Recent ecological research has highlighted how changes in climate and land-management practices can affect fire regimes and their impacts. 

Wildfire risk and climate change is the theme of SERI-Fire, a project funded by the National Science Foundation and the National Socio-Environmental Synthesis Center (SESYNC). Participating scientists develop new management strategies to prepare for and respond to wildfires in a changing climate.

Our Global Impact

Bren researchers and students develop solutions to critical environmental problems around the world. We are expanding our scientific understanding, planning and implementing viable solutions, and building sustainable industries.

 

 

MORE NEWS 

News

How an artist and a scientist uncovered hidden landscapes

"Tree Water," an installation by artist Ethan Turpin and UCSB environmental scientist Naomi Tague, visualizes hidden water flows beneath forests, challenging conventional scientific models. Part of the WILDLAND exhibition, the piece merges art and eco-hydrology, offering an immersive perspective on climate and water movement.

The AI Revolution’s Energy Dilemma

Discover how AI’s rapid expansion is fueling unprecedented data center growth and energy consumption. Dr. Eric Masanet reveals the challenges—and potential solutions—for sustainable computing.

How Small Changes In Farming Practices Can Yield Big Savings in Agricultural Water Use

Small changes in farming practices could save as much water as switching crops or fallowing fields. Researchers found that improving irrigation efficiency and adopting better agricultural techniques could significantly reduce water use without drastic land-use changes.

A novel approach to tracking conservation reveals more areas may be conserved than currently accounted for

A new study finds that conservation efforts go beyond national parks, highlighting Indigenous governance, community management, and eco-certified production as key contributors to protecting 30% of Earth’s land and water by 2030.