The paper discusses the relationship between adaptation and mitigation in different dimensions (temporal, spatial, economic, political, psychological, social, and finally architectural), to highlight the existing or potential links. The perspective the one of the systemic and multi-scale design approach, capable of integrating its benefits. This strategy is based on widespread technological awareness, on smart metering, and on available IoT technologies, which can be integrated into buildings to govern the metabolism of matter and energy of the urban system. The essay relates disciplinary and specialized scientific approaches, making a synthesis focused on the theme of the relationship between global warming, ecological transition, enabling technologies, and perception of the risks associated with climate change in progress.

Adaptation, Mitigation, and Smart Urban Metabolism towards the Ecological Transition / Pollo, Riccardo; Trane, Matteo. - ELETTRONICO. - (2021), pp. 74-89.

Adaptation, Mitigation, and Smart Urban Metabolism towards the Ecological Transition

pollo,riccardo;trane,matteo
2021

Abstract

The paper discusses the relationship between adaptation and mitigation in different dimensions (temporal, spatial, economic, political, psychological, social, and finally architectural), to highlight the existing or potential links. The perspective the one of the systemic and multi-scale design approach, capable of integrating its benefits. This strategy is based on widespread technological awareness, on smart metering, and on available IoT technologies, which can be integrated into buildings to govern the metabolism of matter and energy of the urban system. The essay relates disciplinary and specialized scientific approaches, making a synthesis focused on the theme of the relationship between global warming, ecological transition, enabling technologies, and perception of the risks associated with climate change in progress.
978-88-5509-232-6
978-88-5509-209-8
Possible and preferable scenarios of a Sustainable Future. Towards 2030 and beyond
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2872597