Thermal (In)equity and incarceration: A necessary nexus for geographers

Author:

Colucci Alex R1ORCID,Vecellio Daniel J2ORCID,Allen Michael J3

Affiliation:

1. Kent State University, USA

2. Texas A&M University, USA

3. Old Dominion University, USA

Abstract

Despite overall societal progress in reducing adverse impacts of heat and cold, incarcerated populations remain highly vulnerable to environmental stressors. Incarcerated populations experience a combination of risk factors related to their physical health and well-being that increase their thermal vulnerability: social isolation, disproportionate mental health issues, comorbidities, limited mobility, and a reliance on external factors to provide a safe, healthy environment. In carceral spaces, thermal exposure agitates these already complex situations, shaping a confluence of various economic, political, and ecological intersectionalities. This synthesis contextualizes the ongoing scholarship on climate change, thermal exposure, the built environment, and public policy, to examine thermal inequities experienced by incarcerated populations. In examining this context, we connect our work to carceral geographies, the geographies of violence, racial capitalism, and abolition ecologies. Ultimately, the review highlights how physical geographers may directly converse with critical geographers, promote equity and environmental justice, and work to reduce adverse impacts of extreme temperature events.

Publisher

SAGE Publications

Reference142 articles.

1. Changing Discourses in Climate Health: An Anti-disciplinary Perspective

2. Spatio-temporal changes in heat waves and cold spells: an analysis of 55 U.S. cities

3. Impact of urban park’s tree, grass and waterbody on microclimate in hot summer days: A case study of Olympic Park in Beijing, China

4. American Association of Geographers (2020) News from the human-environment and geographical sciences (HEGS) program at the national science foundation (NSF). Available at: http://news.aag.org/2020/08/news-from-the-human-environment-and-geographical-sciences-hegs-program-at-the-national-science-foundation-nsf-september-2020/ (accessed 26 February 2021).

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