The concepts of resilience and adaptation are becoming increasingly relevant in urban planning, particularly in cities where climate change poses significant threats. These concepts should be linked to health and liveability to both turn risks into opportunities and safeguard the environment while improving the quality of life for citizens. This study explores the strategies implemented in a city like New York, which has embraced this ‘holistic’ approach over the past decade to enhance resilience while improving liveability, particularly through public space development. New York’s public spaces, including waterfronts, elevated parks and multifunctional urban parks, are key elements in addressing environmental challenges such as sea-level rise, storm surges and the urban heat island effect. The revitalisation of Hudson River Park demonstrates how urban green spaces can integrate natural flood defences and support biodiversity while remaining functional and accessible. The High Line, an elevated park, showcases the potential for reusing industrial infrastructure to create adaptive, vibrant public spaces, though it faces challenges such as overcrowding and heat exposure. Bryant Park, located in Midtown Manhattan, provides insights into managing smaller urban parks that accommodate diverse uses and heavy foot traffic while mitigating the effects of heat and overcrowding. This paper presents three case studies, which were analysed using an original methodology specifically ideated to identifying the effects of concurrent risks, people’s perceptions and possible projects or policies to improve urban adaptation and liveability.

Combining urban strategies for resilience and liveability: three emblematic case studies / Sepe, Marichela. - In: JOURNAL OF URBAN REGENERATION AND RENEWAL. - ISSN 1752-9646. - 19:(2025), pp. 100-118. [10.69554/OLFK3557]

Combining urban strategies for resilience and liveability: three emblematic case studies

sepe marichela
2025

Abstract

The concepts of resilience and adaptation are becoming increasingly relevant in urban planning, particularly in cities where climate change poses significant threats. These concepts should be linked to health and liveability to both turn risks into opportunities and safeguard the environment while improving the quality of life for citizens. This study explores the strategies implemented in a city like New York, which has embraced this ‘holistic’ approach over the past decade to enhance resilience while improving liveability, particularly through public space development. New York’s public spaces, including waterfronts, elevated parks and multifunctional urban parks, are key elements in addressing environmental challenges such as sea-level rise, storm surges and the urban heat island effect. The revitalisation of Hudson River Park demonstrates how urban green spaces can integrate natural flood defences and support biodiversity while remaining functional and accessible. The High Line, an elevated park, showcases the potential for reusing industrial infrastructure to create adaptive, vibrant public spaces, though it faces challenges such as overcrowding and heat exposure. Bryant Park, located in Midtown Manhattan, provides insights into managing smaller urban parks that accommodate diverse uses and heavy foot traffic while mitigating the effects of heat and overcrowding. This paper presents three case studies, which were analysed using an original methodology specifically ideated to identifying the effects of concurrent risks, people’s perceptions and possible projects or policies to improve urban adaptation and liveability.
2025
resilience; adaptation; urban health; public spaces; climate change
01 Pubblicazione su rivista::01a Articolo in rivista
Combining urban strategies for resilience and liveability: three emblematic case studies / Sepe, Marichela. - In: JOURNAL OF URBAN REGENERATION AND RENEWAL. - ISSN 1752-9646. - 19:(2025), pp. 100-118. [10.69554/OLFK3557]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1745077
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