Satellites, Urban Heat, and Environmental Justice: Community as the Bridge Between Analysis and Action

Heat waves are increasing in frequency, intensity, magnitude, and duration, causing a disproportionate impact on marginalized communities exposed to urban heat islands. Newly emerging spaceborne thermal sensing instruments, such as ECOSTRESS and Hydrosat, now have the capabilities to measure urban surface temperatures accurately at the block level (<100 m) and with enough frequency to capture transient heat waves (daily to subweekly). Such data are critical for monitoring and informing policy and mitigation efforts, such as resurfacing, green space, cooling stations, and medical mobilization. These serve to advance environmental justice and reduce health risks—and deaths—among the most vulnerable: minority, low-income, elderly, those with physical- and mental-health preconditions, unhoused, children, and outdoor workers. While scientists have increasingly used satellite data to quantify urban heat islands and risks to communities, there remains a significant gap in action resulting from such analyses—a figurative and literal “valley of death.” Reviewing over 500 scientific publications, we identify a critical lack of engagement with the communities being analyzed (10.9%; n = 58); yet, community engagement is key to bridging such analysis with subsequent action. Here, we demonstrate how participatory community engagement directly with data and analysis leads to increased policy changes and mitigation efforts. Our framework has immediate implications for how scientists may augment their work and thought processes to achieve objectives and impact from urban heat research, needed now in the face of accelerating climate change.

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Publication Details

Journal
Environmental Justice
Published
2026-02-17
DOI
https://doi.org/10.1177/19394071251413391
Primary Topic
Urban Heat Island Mitigation
Type
article
Field-Weighted Citation Impact
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article

Satellites, Urban Heat, and Environmental Justice: Community as the Bridge Between Analysis and Action

Jason A. Douglas, Reginald S. Archer, Ashley Agatep, Ava Cison et al.
Environmental Justice
Urban Heat Island Mitigation
article

Satellites, Urban Heat, and Environmental Justice: Community as the Bridge Between Analysis and Action

Jason A. Douglas, Reginald S. Archer, Ashley Agatep, Ava Cison, Rio E. Fisher, Kainani Tacazon, Sophia Spiegleman, Joshua B. Fisher, Ambar Rivera, Alison McKenery
article en

Abstract

Heat waves are increasing in frequency, intensity, magnitude, and duration, causing a disproportionate impact on marginalized communities exposed to urban heat islands. Newly emerging spaceborne thermal sensing instruments, such as ECOSTRESS and Hydrosat, now have the capabilities to measure urban surface temperatures accurately at the block level (<100 m) and with enough frequency to capture transient heat waves (daily to subweekly). Such data are critical for monitoring and informing policy and mitigation efforts, such as resurfacing, green space, cooling stations, and medical mobilization. These serve to advance environmental justice and reduce health risks—and deaths—among the most vulnerable: minority, low-income, elderly, those with physical- and mental-health preconditions, unhoused, children, and outdoor workers. While scientists have increasingly used satellite data to quantify urban heat islands and risks to communities, there remains a significant gap in action resulting from such analyses—a figurative and literal “valley of death.” Reviewing over 500 scientific publications, we identify a critical lack of engagement with the communities being analyzed (10.9%; n = 58); yet, community engagement is key to bridging such analysis with subsequent action. Here, we demonstrate how participatory community engagement directly with data and analysis leads to increased policy changes and mitigation efforts. Our framework has immediate implications for how scientists may augment their work and thought processes to achieve objectives and impact from urban heat research, needed now in the face of accelerating climate change.

Environmental Justice
Alion Science and Technology (United States) (US), Chapman University (US), University of California, Irvine (US), Eagle Mount (US), Tennessee State University (US)
Openalex Percentile: Top 59%
Urban Heat Island Mitigation
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