The paper explores the hypothesis that reactivating localized processes of co-evolu- tionary interaction between humans and the environment is crucial for reducing the vulnerability to climate change of architectural heritage, intended in a broad sense as ‘built cultural environment’, and also as ‘landscape’. It focuses on two case studies, Xo- chimilco in Mexico and Tamera in Portugal, to identify and reinterpret those kind of Nature-based Solutions able to create, maintain, and restore entire socio-ecological sys- tems, by simultaneously providing environmental, social, and economic benefits, ulti- mately enhancing landscape resilience through integrated interventions based on local resources.

Il contributo esplora l’ipotesi che la riattivazione di processi localizzati di interazione coevolutiva tra uomo e ambiente sia fondamentale per ridurre la vulnerabilità ai cambiamenti climatici del patrimonio architettonico, inteso in senso lato come ‘ambiente culturale costruito’, ma anche come ‘paesaggio’. Tramite l’analisi di due casi di studio, Xochimilco in Messico e Tamera in Portogallo, il paper mira a identificare e reinterpretare quei tipi di Nature-based Solutions in grado di creare, mantenere e ripristinare interi sistemi socio-ecologici, fornendo contemporaneamente benefici ambientali, sociali ed economici, e migliorando così in definitiva la resilienza del paesaggio attraverso interventi integrati basati sulle risorse locali.

Ridurre la vulnerabilità climatica del paesaggio tramite processi di coevoluzione locale

Luciano De Bonis;Giovanni Ottaviano
2023-01-01

Abstract

The paper explores the hypothesis that reactivating localized processes of co-evolu- tionary interaction between humans and the environment is crucial for reducing the vulnerability to climate change of architectural heritage, intended in a broad sense as ‘built cultural environment’, and also as ‘landscape’. It focuses on two case studies, Xo- chimilco in Mexico and Tamera in Portugal, to identify and reinterpret those kind of Nature-based Solutions able to create, maintain, and restore entire socio-ecological sys- tems, by simultaneously providing environmental, social, and economic benefits, ulti- mately enhancing landscape resilience through integrated interventions based on local resources.
http://www.serena.unina.it/index.php/tria/article/view/10590
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11695/129529
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