Building Equitable University-Community Geoscience Research Collaborations on Chicago’s South Side
- Institution
- University of Illinois at Chicago, IL
- Principal investigator
- Max B Berkelhammer
- Funding
- $299K
- Duration
- 2024–2026
Moonbase score
Still being scored
Abstract
The geosciences have long struggled to recruit and retain students and professionals that reflect the diverse population its research serves. While traditional approaches to recruitment and retention have made important progress in recent years, this project seeks to build on new frameworks for equitable-reciprocal partnerships between geoscience departments and community-based organization applied within the city of Chicago through open sharing of assets and knowledge spanning both research and teaching practices. These transparent sharing practices open pathways for place-based learning and research, actively engage individuals outside the mainstream geosciences, invest in regenerative community enterprise and train students for inspiring career pathways in sustainable geoscience fields. This planning grant will specifically formalize and accelerate a partnership between the Earth and Environmental Sciences Department at University of Illinois Chicago (UIC) with the Urban Growers Collective (UGC), a Black and Women-led 501(c)(3) nonprofit. The goal is to develop a scalable roadmap to address structural and cultural barriers that hinder partnership growth. The initial phase of the project will utilize approaches developed by Partnerships for Antiracist Campus Transformation (PACT) at University of Illinois Chicago to establish how best to develop equitable budgets, redress structural barriers, align strategic plans between institutions, co-create teaching and research plans and identify new workforce pathways. The project will then pilot both teaching and research projects that empower students to solve problems on urban land stewardship, food production and waste upcycling in Chicago. For the teaching case, the department’s core soil class will work with stewards across the network of urban agriculture sites in the city to develop actionable ideas for soil renewal in disinvested and industrially zoned areas of Chicago’s southside. For the research case, the community researchers and university investigators will quantify carbon, nutrient, and greenhouse gas benefits associated with upcycling of urban food waste using composting and UGC’s new anaerobic digester facility. This aspect of the project will shed light on workforce development avenues based on upcycling and regenerative practices. A formal project assessment will be undertaken by consultants of the Urban Growers Collective during each phase of the project with the goal of developing an implementation project that incorporates a larger cohort of community groups, confronts institutional challenges associated with supporting these partnerships and developing a pathway for sustainable implementation of these approaches with other urban Community Based Organizations and geoscience departments. This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.
Research team
- Max B BerkelhammerPI
- Gavin Mcnicol
- Jennifer Brier
- Erika Allen
LOADING MOONBASE SCORE
Questions for University of Illinois at Chicago
Answered by the team behind this research.
No questions yet. Sign in to ask the first one
Related grants
Same researchers, same institution, same topic, scored first.
- NSF · University of Illinois at ChicagoNot yet scored
Collaborative Research: NSFGEO-DFG-BSF--The Contribution of Coastal Systems to the Atmospheric Carbonyl Sulfide Budget Using Tower-based Fluxes, Isotopic Measurements and Modeling
Max B Berkelhammer · $406K · 2025–2028
- NSF · University of Illinois at ChicagoNot yet scored
Collaborative Research: MRA: Dew impacts on ecosystem carbon, energy and water fluxes at continental scale - a synthesis across NEON sites
Max B Berkelhammer · $347K · 2023–2027
- NSF · University of Illinois at Chicago70
Electromagnetic Physically-Unclonable Functions Generated by Graphene Radio-Frequency Circuits
Pai-Yen Chen · $420K · 2023–2026