The study analyzes and proposes in the historical and in the area immediately to it adjacent, the "values-nature" of the buildings through the creation of gardens wall and vertical gardens in the elevatiloy of non-monumental buildings. The study deepens in particular the specificity of the garden roof and the garden vertical, recognizing benefits and critical issues that distinguish these green systems for construction. It also deepens the concept of resilience in close relationship sustainability and regenerative design applied to the built environment. The theme of regenerative design is studied and promoted as an adaptive strategy at the design stage; it requires you to leave nature strengthens its capacity for self-healing and integrity, through the use of integrated regenerative methodologies. The study aims to propose a basis on which to base further developments scientific systems, greening systems existing patents or patents under development applicable to the historical centers of the territory Sicilian. It is planned to draw up a booklet for the inhabitants aimed at the dissemination of a culture of greenery technology, still not very present in the Sicilian. With regard to the implementation of the research project, are identified: both actions oriented towards awareness-raising of the citizens of Alcamo and the residents of the province, and the identification of possible forms of incentives for mobilising private resources. Such study is part of a strand research on technological systems greening for the construction of "City park" and "Green hill", whose guidelines and implementation methods have already been identified author for several Sicilian municipalities.

VITRANO, R.M. (2021). SISTEMI VERDI COME CULTURA RIGENERATIVA: STRUMENTI E TECNOLOGIE. In Giuseppe Trombino (a cura di), ALCAMO Studi, piani e progetti per il centro storico (pp. 183-194). Milano : Franco Angeli.

SISTEMI VERDI COME CULTURA RIGENERATIVA: STRUMENTI E TECNOLOGIE

VITRANO, Rosa Maria
2021

Abstract

The study analyzes and proposes in the historical and in the area immediately to it adjacent, the "values-nature" of the buildings through the creation of gardens wall and vertical gardens in the elevatiloy of non-monumental buildings. The study deepens in particular the specificity of the garden roof and the garden vertical, recognizing benefits and critical issues that distinguish these green systems for construction. It also deepens the concept of resilience in close relationship sustainability and regenerative design applied to the built environment. The theme of regenerative design is studied and promoted as an adaptive strategy at the design stage; it requires you to leave nature strengthens its capacity for self-healing and integrity, through the use of integrated regenerative methodologies. The study aims to propose a basis on which to base further developments scientific systems, greening systems existing patents or patents under development applicable to the historical centers of the territory Sicilian. It is planned to draw up a booklet for the inhabitants aimed at the dissemination of a culture of greenery technology, still not very present in the Sicilian. With regard to the implementation of the research project, are identified: both actions oriented towards awareness-raising of the citizens of Alcamo and the residents of the province, and the identification of possible forms of incentives for mobilising private resources. Such study is part of a strand research on technological systems greening for the construction of "City park" and "Green hill", whose guidelines and implementation methods have already been identified author for several Sicilian municipalities.
Settore ICAR/12 - Tecnologia Dell'Architettura
VITRANO, R.M. (2021). SISTEMI VERDI COME CULTURA RIGENERATIVA: STRUMENTI E TECNOLOGIE. In Giuseppe Trombino (a cura di), ALCAMO Studi, piani e progetti per il centro storico (pp. 183-194). Milano : Franco Angeli.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/10447/497912
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