A Community-Driven, Health-First Approach to Climate Action and the Energy Transition
Project Number1P20ES036747-01
Contact PI/Project LeaderPATZ, JONATHAN ALAN
Awardee OrganizationUNIVERSITY OF WISCONSIN-MADISON
Description
Abstract Text
PROJECT SUMMARY - OVERALL
The threat of climate change and urgency for large-scale preventive mitigation policies are now broadly
recognized and supported by calls for a rapid and comprehensive energy transition. Major climate policies,
however, are emerging without consideration of the near-term human health or equity implications. Missing is
the evidence base required to guide specific policy decisions that would maximize health and equity
benefits while also reducing further warming of the planet. The overarching goal of the proposed Health-
First Climate Action Research Center is to catalyze rigorous, innovative, community-driven, policy-relevant,
transdisciplinary research aimed at understanding the health and equity impacts of specific energy choices as
the US strives to reach a low-carbon energy transition. Achieving this goal requires engagement across
community, scientific, and policy sectors and defines the theme of our proposal, “A Community-Driven, Health-
First Approach to Climate Action and the Energy Transition.” We posit that a “health-first” approach to climate
decision-making will increase both distributive and procedural equity associated with specific policy solution
pathways proposed for climate mitigation. Our key innovation is in developing and employing a linked pathway
that starts and ends with communities as it generates robust estimates of the health impacts of contemplated
climate change actions. Innovations in community engagement will include: participatory web-based
technologies, including web-based mapping and storytelling, crowd-sourcing and artificial intelligence, and
utilization of low-cost air pollution monitors, which are increasingly being used by citizen scientists and
communities. Innovations coming from our primary research project will include development of a new, high-
resolution Scenario Health Risk for Energy model to support decision-making by policy makers and community
partners, balancing representation of complex processes with the speed and ease-of-use required for public
utilization. We also will conduct a Pilot Target Trial to assess the likely impacts of climate change action on
asthma burden of Milwaukee public school children. The proposed Data Science Core will prioritize authentic,
multi-directional, equitable community engagement and data sharing. Innovations will stem from: establishing a
Data Repository that will foster team science and provide a single point of access for all stakeholders; creating
a Data Commons that provides linkage, integration, mapping, metadata management, and computerized
routines for reusable data, metadata, and software artifacts for collaborative research and data sharing; and
providing Digital Engagement tools using advanced technologies (e.g., natural language processing) to ensure
that community voices are utilized efficiently to inform research and policy development. Our Wisconsin-based
community, government, and university environments have the track record, expertise, foundations, and
institutional support for high productivity and policy impact of this Health-First Climate Action Research Center.
Public Health Relevance Statement
PROJECT NARRATIVE
The threat of climate change and urgency to transition away from fossil fuels are broadly
recognized. The proposed Health-First Climate Action Research Center will establish the nation’s
first Climate Change and Health Research Center dedicated to investigating the potential health
benefits of various policy and practice initiatives related to the transformation of energy and
transportation systems made necessary by the threat of climate change. Grounded in
community-engagement and innovative yet rigorous science, this Center will seek practical,
actionable, and evidence-based solutions to optimize health and equity benefits as the nation’s
energy transformation advances.
National Institute of Environmental Health Sciences
CFDA Code
113
DUNS Number
161202122
UEI
LCLSJAGTNZQ7
Project Start Date
20-September-2024
Project End Date
31-August-2027
Budget Start Date
20-September-2024
Budget End Date
31-August-2027
Project Funding Information for 2024
Total Funding
$3,820,922
Direct Costs
$2,709,049
Indirect Costs
$1,111,873
Year
Funding IC
FY Total Cost by IC
2024
National Institute of Environmental Health Sciences
$3,820,922
Year
Funding IC
FY Total Cost by IC
Sub Projects
No Sub Projects information available for 1P20ES036747-01
Publications
Publications are associated with projects, but cannot be identified with any particular year of the project or fiscal year of funding. This is due to the continuous and cumulative nature of knowledge generation across the life of a project and the sometimes long and variable publishing timeline. Similarly, for multi-component projects, publications are associated with the parent core project and not with individual sub-projects.
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Patents
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Outcomes
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Clinical Studies
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History
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Similar Projects
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