Date of Graduation
5-2026
Document Type
Thesis
Degree Name
Bachelor of Architecture
Degree Level
Undergraduate
Department
Architecture
Advisor/Mentor
Brian Holland
Committee Member
Ken McCown
Second Committee Member
Lily Mank
Abstract
This project approaches urban extreme heat as a complex planning problem and examines the unique actors and strategies addressing it. As extreme heat worsens, communities will be required to build resilience and their adaptive capacity. This paper identifies and explores the actors and strategies currently being employed in New York City to mitigate the effects of urban extreme heat.
This project illuminates current approaches to urban extreme heat in New York City to identify key ways that any community, but especially vulnerable communities, can improve their resilience to the impacts of extreme heat. Vulnerability is defined by a community’s exposure, sensitivity, and adaptive capacity to extreme heat. By identifying key actors, the resources they use, and the strategies they employ, a novel framework can be developed for understanding and addressing the complex problem of urban heat risk in New York City.
This capstone identifies and examines four key resource types and four common strategies employed to mitigate urban extreme heat in New York City. The four resource types are regulation, capital, expertise, and advocacy. The four strategies are increasing access to air conditioning, increasing the urban tree canopy, decreasing impermeable surfaces, and strengthening the social safety net.
This project utilizes literature review and interviews to identify relevant community actors involved with mitigating urban extreme heat in New York City and synthesizes this information into a working framework that can categorize and organize strategies for mitigating urban extreme heat and provide a larger context for individual interventions.
Keywords
urban heat island effect; climate change; extreme heat; planning; climate adaptation; community resilience; public health
Citation
Ball, R. (2026). Responses to Urban Extreme Heat in New York City: A Planning Analysis. Architecture Undergraduate Honors Theses Retrieved from https://scholarworks.uark.edu/archuht/89
Included in
Environmental Design Commons, Landscape Architecture Commons, Urban, Community and Regional Planning Commons