The living and the second law of thermodynamics can significantly contribute to the metropolitan contexts’ regeneration in a bioregional key. The city, interpreted as a node of the eco-territorial network, can become part of the great chain of living, retrieving shape and measure thanks to the connection with the many autonomous, non-hierarchical, federative networks of a bioregional government that puts into a dialogue different grassroots practices (bioecological food communities with urban communities for the self-regeneration of outskirts; ecomuseum communities with local landscape observatories; energy communities with forest communities). This paper explores design scenarios and suggests a few design criteria and principles.
Progettare i sistemi insediativi come nodi di una complessa rete eco-territoriale in armonia con la vita e la natura / Daniela POLI. - STAMPA. - Bioeconomia e territori: oltre la crescita. Analisi, casi di studio, esperienze e pratiche territoriali:(2024), pp. 179-195.
Progettare i sistemi insediativi come nodi di una complessa rete eco-territoriale in armonia con la vita e la natura
Daniela POLI
2024
Abstract
The living and the second law of thermodynamics can significantly contribute to the metropolitan contexts’ regeneration in a bioregional key. The city, interpreted as a node of the eco-territorial network, can become part of the great chain of living, retrieving shape and measure thanks to the connection with the many autonomous, non-hierarchical, federative networks of a bioregional government that puts into a dialogue different grassroots practices (bioecological food communities with urban communities for the self-regeneration of outskirts; ecomuseum communities with local landscape observatories; energy communities with forest communities). This paper explores design scenarios and suggests a few design criteria and principles.I documenti in FLORE sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.



