The effects of climate change in cities are already visible with extreme events globally increasing in both frequency and intensity. It is essential to consi- der the impact of urban regeneration strategies on local microclimatic conditions in order to guide urban planning and design in a resilient key. The complex ma- nagement of information required to define adequate intervention strategies at a local level is a growing challenge for public administrations. The paper presents the first results of the ongoing H2020 project CLARITY (2017-2020) aimed at developing climate services for the integration of adaptation measures in urban redevelopment actions focused on activities performed in partnership by the UNINA team and the City of Naples, one of the project’s case studies.

Climate-resilient urban transformation pathways as a multi-disciplinary challenge: the case of Naples / Leone, Mattia Federico; Zuccaro, Giulio. - In: TECHNE. - ISSN 2239-0243. - Special Series Vol. 2:(2021), pp. 159-164. [10.13128/techne-10702]

Climate-resilient urban transformation pathways as a multi-disciplinary challenge: the case of Naples

Leone, Mattia Federico;Zuccaro, Giulio
2021

Abstract

The effects of climate change in cities are already visible with extreme events globally increasing in both frequency and intensity. It is essential to consi- der the impact of urban regeneration strategies on local microclimatic conditions in order to guide urban planning and design in a resilient key. The complex ma- nagement of information required to define adequate intervention strategies at a local level is a growing challenge for public administrations. The paper presents the first results of the ongoing H2020 project CLARITY (2017-2020) aimed at developing climate services for the integration of adaptation measures in urban redevelopment actions focused on activities performed in partnership by the UNINA team and the City of Naples, one of the project’s case studies.
2021
Climate-resilient urban transformation pathways as a multi-disciplinary challenge: the case of Naples / Leone, Mattia Federico; Zuccaro, Giulio. - In: TECHNE. - ISSN 2239-0243. - Special Series Vol. 2:(2021), pp. 159-164. [10.13128/techne-10702]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11588/892220
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