The paper refers to a research that the authors are developing as part of the Erasmus+KA203 e-CREHA project, “education for Climate Resilient European Heritage Architecture”. The specific contribution that the activity illustrated here intends to provide to the achievement of the objectives of the project concerns the hypothesis that the re-activation of ‘human ecologies’, interpreted as localized processes of mutually evolutionary interaction between human beings and the environment, is fundamental to reduce the vulnerability to climate change of architectural heritage, broadly understood as a ‘built cultural environment’ (alias landscape) as a whole. To this end, the contribution aims in particular at identifying and reinterpret some types of Nature Based Solutions able to create, maintain and restore entire ecosystems, through multifunctional management strategies that simultaneously provide environmental, social and economic benefits, thus contributing to building the resilience of cities and landscapes due to systemic interventions fitted to local resources.

Riattivare le ‘ecologie umane’ per ridurre la vulnerabilità del paesaggio al cambiamento climatico

de bonis;ottaviano
2022-01-01

Abstract

The paper refers to a research that the authors are developing as part of the Erasmus+KA203 e-CREHA project, “education for Climate Resilient European Heritage Architecture”. The specific contribution that the activity illustrated here intends to provide to the achievement of the objectives of the project concerns the hypothesis that the re-activation of ‘human ecologies’, interpreted as localized processes of mutually evolutionary interaction between human beings and the environment, is fundamental to reduce the vulnerability to climate change of architectural heritage, broadly understood as a ‘built cultural environment’ (alias landscape) as a whole. To this end, the contribution aims in particular at identifying and reinterpret some types of Nature Based Solutions able to create, maintain and restore entire ecosystems, through multifunctional management strategies that simultaneously provide environmental, social and economic benefits, thus contributing to building the resilience of cities and landscapes due to systemic interventions fitted to local resources.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11695/122249
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