The world’s biggest sustainability, energy and environmental challenges require innovative, interdisciplinary, inclusive solutions. Our teams tackle complex, real-world problems — transitioning society to sustainable energy, agriculture, resource and infrastructure systems while mitigating and adapting to climate change. The iSEE model incorporates collaborations, cutting-edge science, stakeholder partnerships, and policymaking.
Our Research Themes
Engage with iSEE
As a premier research institution, the University of Illinois Urbana-Champaign features brilliant minds across its campus.
If you are a campus faculty member and your scholarly interests complement one or more of iSEE’s research themes, we encourage you to apply for iSEE faculty or affiliate status >>>
Our institute can help support your research by:
- Building interdisciplinary teams
- Developing grant proposals
- Managing awards
- Communicating your accomplishments
- Providing seed funding
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Seed Funding Opportunities
Research News
iSEE is accepting proposals to support interdisciplinary research on ambitious topics related to sustainability, energy, and environment.
Innovative work by Illinois researchers at the Agroecosystem Sustainability Center strengthens monitoring of global agricultural yields.
A $3 million project funded by the U.S. Department of Energy’s Advanced Research Projects Agency–Energy (ARPA-E) is reimagining how wastewater can be transformed into a source of essential nutrients for agriculture and industry.
The analysis outlines where these crops perform best and what factors shape their potential for sustainable aviation fuel.
For their leadership in advancing resilient food systems, clean energy transitions, and global sustainability technologies, professors Kaiyu Guan and Jeremy Guest were honored at the University of Illinois.
Researcher Lei Zhao, an iSEE affiliate, has been awarded the AGU James B. Macelwane Medal in recognition of his work on climate change and urbanization.
A new agrivoltaic system is up and running at the Energy Farm, and will allow researchers to study how solar panels and crops can share space while optimizing energy generation and crop yield.
A three-part study will help gather direct user data related to electric vehicle charging on campus, using a readily available charging source: AC outlets.
The multi-year “Next Generation Feedstocks” project has identified economic and environmental considerations that make switchgrass a candidate for SAF.
Our Research Videos
Take an inside look at the work being done by our researchers to create real-world solutions to some of today’s most challenging problems.
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