With this contribu on to the open debate with the call “Mediterranea 2030” on the themes of the 2030 Sustainable Development Agenda, it is intended to underline how the Regenera ve Design has contributed to a more conscious approach to the project of the built environment based on resilience to climate change and how, through a real planning strategy, we also intend to reconstruct in this environment a cultural and scien c scenario. Some remarks were started a few years ago with the Art Department of the Mediterranea University of Reggio Calabria, through the “Messaggeri della Conoscenza” Program, which developed the “Regenera ve Design - Green Strategy” Project, hos ng Prof. Cole, the company designed by Perkins+Will, a group of teachers and young researchers from many Italian universi es.

Regenerative Design as a Contribution to Understanding Resilience to Climate Change / Trombetta, Corrado; Cavanna, Giovanni. - In: ARCHISTOR. - ISSN 2384-8898. - Supplemento di ArcHistoR 12/2019:(2019), pp. 787-794. [10.14633/AHR199]

Regenerative Design as a Contribution to Understanding Resilience to Climate Change

Corrado Trombetta
Methodology
;
2019-01-01

Abstract

With this contribu on to the open debate with the call “Mediterranea 2030” on the themes of the 2030 Sustainable Development Agenda, it is intended to underline how the Regenera ve Design has contributed to a more conscious approach to the project of the built environment based on resilience to climate change and how, through a real planning strategy, we also intend to reconstruct in this environment a cultural and scien c scenario. Some remarks were started a few years ago with the Art Department of the Mediterranea University of Reggio Calabria, through the “Messaggeri della Conoscenza” Program, which developed the “Regenera ve Design - Green Strategy” Project, hos ng Prof. Cole, the company designed by Perkins+Will, a group of teachers and young researchers from many Italian universi es.
2019
1) Regenerative Design 2) Resilienza, 3) cambiamenti climatici, 4) Sostenibilità ambientale, 5) Metodologia Green, 6) Bioispired Design,
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12318/77983
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