2019 iSEE-Funded Research Projects
Supporting interdisciplinary research and collaboration
Since its first year in 2013-14, iSEE has seed-funded interdisciplinary research projects on topics related to sustainability, energy, and environment to promote new research collaborations or enhance existing collaborations among faculty across campus that will improve their potential for attracting external support.
The goal of this funding is to enable faculty to develop exploratory research ideas that involve multiple disciplines and departments in any of the five thematic areas of
interest to iSEE (Climate Solutions, Energy Transitions, Secure & Sustainable Agriculture; Sustainable Infrastructure, and Water & Land Stewardship); collect preliminary data or other information to develop a research project; and prepare and submit research proposals for external funding.
iSEE’s 2019 projects were chosen because of their innovativeness, their commitment to collaboration, and their initiative to tackle real issues. Read the news release >>>
Pollution Emissions: Combining Atmospheric and Economic
Air Pollution Transmission
We know that carbon dioxide emissions happen when we create and transport goods, but consider the emissions that occur at their travel destination. An interdisciplinary research approach will investigate the methods and techniques used in both economic and atmospheric sciences. This research will consider air pollution output and inputs during transmission, as well as identify which pairs of country sectors are the main exporters and net importers of carbon monoxide. Final results would assist in providing solutions for pollution reduction strategies. iSEE’s seed-funding grant will support an analysis of the pollutant, carbon monoxide, as proof of concept for a larger federal grant proposal.
The Project Team
- Sandy Dall’erba, Associate Professor of Agricultural & Consumer Economics
- Nicole Riemer, Associate Professor of Atmospheric Sciences
- Yilan Xu, Assistant Professor of Agricultural & Consumer Economics
Advancing Sustainability through the Transformation
of Water and Sanitation Infrastructure
The United Nations’ Sustainable Development Goals target universal access to sanitation by 2030, despite a current global shortfall of 2.3 billion people. Collecting data on and communicating with the individuals and households using water systems must happen to optimize enduse within those infrastructure systems. An Illinois research team will work collaboratively with other scientists and community stakeholders to survey and interview households as well as collect water samples to investigate this matter. A majority of this research will take place in Bwaise (Kampala, Uganda). The end goal of this project is to improve overall health, nutrition, and sustainability through the transformation of water and sanitation systems.
The Project Team
- Jeremy Guest, Assistant Professor of Civil & Environmental Engineering
- Assata Zerai, Professor of Sociology and Associate Provost for Faculty Excellence
- Daniel C. Miller, Assistant Professor of Natural Resources & Environmental Sciences
Assessing Resilience for Ag Infrastructure in Extreme Weather Events
As extreme weather events such as hurricanes, tsunamis, and wildfires grow in intensity across the globe, it becomes ever more important to protect farmland and stock. This Illinois research team is focused on building resilience in livestock, seafood, and storage facilities vulnerable to coastal flooding. To remain competitive for larger grant funding, the researchers will take water samples in locations affected by hurricanes that occur in 2019. The microbes, bacteria, and pathogens discovered will aid in developing the very first Farm Vulnerability Index (FVI) to quantify the pathogen risks found in livestock and food storage flooded by water.
The Project Team
- Thanh H. Nguyen, Associate Professor of Civil & Environmental Engineering
- Joanna Shisler, Professor of Microbiology and Pathobiology
- Rachel Whitaker, Professor of Microbiology
Community Resilience: Forecasting Infrastructure Impacts
Fast-paced messages traveling across the social media universe are becoming an increasingly important part of collecting data during disaster events. Cross-disciplinary expertise in infrastructure resilience, communication, and modeling will analyze social media data collected at different disaster events. The collection and modeling of this information may lead to an improvement shift in disaster response and infrastructure management — and a better understanding of inequalities and biases that exist within these systems.
The Project Team
- Pingfeng Wang, Associate Professor of Industrial & Enterprise Systems Engineering
- Huy T. Tran, Research Assistant Professor of Aerospace Engineering, Applied Research Institute
- JungHwan Yang, Assistant Professor of Communication
Development and Testing of a CyberGIS System for Urban Sustainability
A geographic information system will be specifically designed to understand, visualize, and combat resilience and sustainability issues facing urban communities. This work goes hand-in-hand with CURES’, the University of Illinois’ Center for Urban Resilience and Environmental Sustainability, long-term goals of deploying research to help cities, big and small, have better, more sustainable lives. Cities currently collect complex and massive geospatial data. This research will marry that information with already developed models that consider climate and air quality changes.
The Project Team
- Donald Wuebbles, Professor of Atmospheric Sciences
- Shaowen Wang, Professor of Geography and Geographic Information Science
- Ashish Sharma, Center Affiliate at the National Center for Supercomputing Applications; Illinois State Water Survey, Prairie Research Institute
Our research requires interdisciplinary collaboration, bringing the brightest of the bright together to solve the world’s current and future problems. We call it “actionable research” — that is, scientific progress toward real-world solutions that can have an immediate and/or lasting impact on the world we live in.
Approved by the University of Illinois Board of Trustees in December 2013, iSEE made its first funding award in 2014 for three projects. In 2015, iSEE seed-funded four projects. It has helped facilitate large research grant proposals in ensuing years, acquiring funding for projects and centers on the Illinois campus. In 2018, iSEE began offering seed funding for its Campus as a Living Laboratory program. In 2019, supported its largest class of seed-funded projects with nine total, including four that are part of Campus as a Living Lab.