Research

Seedling growing out of a motherboard.

Research

Led by the Prairie Research Institute and the Institute for Sustainability, Energy, and Environment, CACS facilitates multidisciplinary research and education across the University of Illinois Urbana-Champaign to accelerate the development of practical climate solutions. The center’s research falls under four main themes:

Climate Hazard Mitigation

Climate change has altered weather-related hazards — extreme heat, wildfires, drought, heavy precipitation, and flooding, among others — in virtually every global region. In the United States, weather-related hazard frequency and intensity are projected to increase across the country regardless of climate change mitigation. As recent extreme hazards and their devastating impacts have shown, better solutions for effective preparation, management, and response to weather-related hazards are critically needed.

Current project: Green Infrastructure Solutions Toolkit (GIST): Pathway to Rural Climate Resiliency

Increased heavy precipitation is transforming 20-year rainfall events into 7-year occurrences, significantly increasing community vulnerability to extreme precipitation events. Rural communities are particularly vulnerable due to limited resources and personnel. The Green Infrastructure Solutions Toolkit (GIST) project, led by researchers from the Illinois State Water Survey and various departments at the University of Illinois, aims to develop a decision support tool. This tool will help rural communities implement green stormwater infrastructure (GSI) to mitigate flooding and water quality issues exacerbated by climate change. The project incorporates a fragility curve approach to tailor GSI applications and includes sample ordinances and resources for effective climate-resilient development.

Keywords: Green Infrastructure, Decision Support Tool

Project Team

  • Camden Arnold, Illinois State Water Survey (PI)
    Expertise: Hazard Mitigation | Email: carnold3@illinois.edu
  • Ashlynn Stillwell, Civil and Environmental Engineering (Co-PI)
    Expertise: Green Stormwater Infrastructure, Decision Tools, Policy | Email: ashlynn@illinois.edu
  • Arthur Schmidt, Civil and Environmental Engineering (Advisor)
    Expertise: Green Stormwater Infrastructure, Field Instrumentation, Modeling | Email: aschmidt@illinois.edu
  • Glenn Heistand, Illinois State Water Survey (Advisor)
    Expertise: Hydrology Modeling | Email: heistand@illinois.edu
  • Duane Friend, U. of I. Extension (Advisor)
    Expertise: Climate Outreach | Email: friend@illinois.edu
  • Eliana Brown, U. of I. Extension (Advisor)
    Expertise: Green Stormwater Infrastructure, Outreach | Email: brown12@illinois.edu
  • Carrie McKillip, U. of I. Extension (Advisor)
    Expertise: Community Development | Email: mckillip@illinois.edu
  • Russell Medley, U. of I. Extension (Advisor)
    Expertise: Community and Economic Development | Email: rmedley@illinois.edu
  • Zach Kennedy, U. of I. Extension (Advisor)
    Expertise: Data Analysis, Planning | Email: zkenned2@illinois.edu

Building Climate Resilience in Urban Living

Expanding urbanization and changing urban landscapes magnify climate change impacts and governance, equity, health, and mobility issues. As they become increasingly frequent and intense, storms are overwhelming aging water instructure and causing flooding, while heat waves are intensifying urban heat island effects, disproportionately affecting vulnerable, low-income urban areas. Hazard preparation in addition to holistic solutions for housing, transportation, and green infrastructure are all needed to foster future urban resilience.

Current project: Resilient Agricultural Supply Chains Against Climate Hazards (RASCCH)

This project focuses on creating a climate-resilient, cyber-enabled platform for enhancing the planning, operations, and management of national food supply chains. Led by experts in civil engineering, crop sciences, and supercomputing, the project uses multi-source data, AI, and optimization tools to improve food security through efficient, resilient, and sustainable practices. The initiative aims to transition research findings into practical strategies that bolster local, regional, and national food systems.

Keywords: Agricultural Supply Chain, Resilience, Climate-Induced Risks, Infrastructure

Project Team

  • Yanfeng Ouyang, Civil and Environmental Engineering (PI)
    Expertise: Transportation | Email: yfouyang@illinois.edu
  • Nicolas Federico Martin, Crop Sciences (Co-PI)
    Expertise: Crop Science | Email: nfmartin@illinois.edu
  • Megan Konar, Civil and Environmental Engineering (Co-PI)
    Expertise: Water Resources | Email: mkonar@illinois.edu
  • Jessica Wedow, National Center for Supercomputing Applications (Co-PI)
    Expertise: Outreach | Email: wedow2@illinois.edu

Climate Change and One Health

Climate change, human health, and the health of ecosystems — including flora and fauna — are deeply interconnected and have significant consequences for public health. Examples of human impacts include the emergence and spread of vector- and water-borne infectious diseases from changes in organism migration patterns, increases in contamination across air, water, and food systems from droughts and heavy rainfall events, and direct health impacts from increased extreme weather events. The complexity of these human, animal, and environmental interactions requires adopting a One Health approach to develop effective climate–health solutions.

Current project: Developing a Socio-Ecological Framework to Assess the Impacts of Urban Greening on West Nile Virus Transmission

Urban greening is a widely adopted nature-based solution (NBS) for mitigating extreme heat and water-related issues. This project investigates the complex effects of greenspace development on mosquito-borne disease transmission, considering potential trade-offs like green gentrification. The team aims to develop a model-based framework to optimize greenspace planning and management, enhancing climate adaptation while mitigating health risks.

Keywords: Nature-Based Solutions, Urban Greenspace, Vector-Borne Disease, Heat Islands

Project Team

  • Chris Stone, Illinois Natural History Survey (PI)
    Expertise: Entomology | Email: cstone@illinois.edu
  • Brian Allan, Entomology (Co-PI)
    Expertise: Disease Ecology | Email: ballan@illinois.edu
  • Nick Pitas, Recreation, Sport, and Tourism (Co-PI)
    Expertise: Park and Recreation Management | Email: npitas@illinois.edu
  • Deanna Hence, Atmospheric Sciences (Co-PI)
    Expertise: Hazardous Weather | Email: dhence@illinois.edu
  • Japhia Jayasingh Ramkumar, Clinical Sciences (Co-PI)
    Expertise: Health Impacts of Climate | Email: jayasing@illinois.edu
  • Holly Rosencranz, Clinical Sciences (Co-PI)
    Expertise: Health Impacts of Climate | Email: harosen@illinois.edu

Decarbonizing the Economy

Climate change mitigation through the capture, storage, and utilization of emissions is necessary to ensure a productive world for future generations. This will require innovative solutions across many sectors — from power production, industrial processes, and manufacturing to transportation and food production.

Current project: Methane Capture and Upcycling for Decarbonization

Methane emissions are a significant environmental concern, particularly in industries like oil and gas production, agriculture, and mining. This project focuses on developing sustainable technologies for methane capture, storage, and conversion into valuable chemicals. By leveraging advanced materials and catalysts, the research aims to reduce methane emissions and contribute to decarbonization efforts.

Keywords: Methane Emissions Reduction, Carbon Capture, Photoelectrochemical Methane Conversion

Project Team

  • Lili Cai, Mechanical Science and Engineering (PI)
    Expertise: Nanostructured Catalysts, Photo-Electrochemical Conversion | Email: lilicai@illinois.edu
  • Chinmoy Baroi, Illinois Sustainable Technology Center (Co-PI)
    Expertise: Catalysis, Reaction Engineering, Techno-Economic Analysis | Email: cbaroi@illinois.edu
  • Jiajun He, Mechanical Science and Engineering/ISTC (Co-PI)
    Expertise: Porous Adsorbent Materials Development for Methane Storage | Email: jiajunhe@illinois.edu
  • Joaquín Rodríguez-López, Chemistry (Co-PI)
    Expertise: In-Situ Characterization of Electrochemical Reactions | Email: joaquinr@illinois.edu
Center for Advanced Climate Solutions
615 E. Peabody Drive
MC-650
Champaign, IL 61820
217-333-5111