The resilience of territories, cities and buildings represents the new challenge in the current risk society, in which it is necessary to combine planning and innovation in reference to conservative, adaptive, reactive and regenerative capacities aimed at minimizing the impacts and vulnerabilities due to extreme events. The resilience related to natural and anthropic risks is linked to the functional-spatial and environmental conditions, to the procedural and governance aspects, to the technical-constructive ones, which require the implementation of forecasting and prevention strategies, the adaptation to impacts, the reduction of vulnerabilities and the planning of mitigation measures. This feature allows a complex system to adapt to new operating conditions and to improve its adaptive capacity by maintaining, integrating or replacing its own functionalities for the conservation of a cycle life aimed at the purpose of the system itself.

Progetto, Ambiente, Resilienza / Design, Environment, Resilience / Losasso, MARIO ROSARIO. - In: TECHNE. - ISSN 2239-0243. - 15(2018), pp. 16-20. [10.13128/Techne-23195]

Progetto, Ambiente, Resilienza / Design, Environment, Resilience

Mario Losasso
2018

Abstract

The resilience of territories, cities and buildings represents the new challenge in the current risk society, in which it is necessary to combine planning and innovation in reference to conservative, adaptive, reactive and regenerative capacities aimed at minimizing the impacts and vulnerabilities due to extreme events. The resilience related to natural and anthropic risks is linked to the functional-spatial and environmental conditions, to the procedural and governance aspects, to the technical-constructive ones, which require the implementation of forecasting and prevention strategies, the adaptation to impacts, the reduction of vulnerabilities and the planning of mitigation measures. This feature allows a complex system to adapt to new operating conditions and to improve its adaptive capacity by maintaining, integrating or replacing its own functionalities for the conservation of a cycle life aimed at the purpose of the system itself.
2018
Progetto, Ambiente, Resilienza / Design, Environment, Resilience / Losasso, MARIO ROSARIO. - In: TECHNE. - ISSN 2239-0243. - 15(2018), pp. 16-20. [10.13128/Techne-23195]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11588/722806
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