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New York State Climate Impacts Assessment Chapter 04: Buildings.
Nicholas B Rajkovich1, Carrie Brown2, Illya Azaroff3
1School of Architecture and Planning, University at Buffalo, Buffalo, New York, USA.
Annals of the New York Academy of Sciences
|December 9, 2024
Summary
New York State’s 5.3 million buildings face climate change risks. This study examines climate impacts on buildings, identifies vulnerable populations, and proposes adaptation strategies for resilience.
Area of Science:
- Environmental Science
- Urban Planning
- Climate Adaptation
Background:
- New York State possesses approximately 5.3 million buildings, all susceptible to climate change impacts.
- Building risks extend beyond structural damage, threatening human lives and community resilience.
- Understanding climate change effects on the built environment is crucial for adaptation.
Purpose of the Study:
- To examine the multifaceted impacts of climate change on buildings in New York State.
- To identify specific building types and populations at heightened risk from climate-related events.
- To present actionable adaptation strategies for safeguarding current and future building stock.
Main Methods:
- Review of climate change projections and their effects on building performance.
- Vulnerability assessment of diverse building typologies across New York State.
- Analysis of demographic data to identify at-risk populations within vulnerable communities.
Main Results:
- All 5.3 million buildings in New York are vulnerable to various climate change impacts.
- Certain building types and demographic groups face disproportionately higher risks.
- Climate change poses significant threats to the integrity of the built environment and community well-being.
Conclusions:
- Proactive adaptation strategies are essential to mitigate climate change risks to New York's buildings.
- Protecting the building stock is vital for ensuring the safety of residents and community resilience.
- Integrated approaches considering building performance and social vulnerability are necessary for effective climate adaptation.
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