The realization of an effective level of urban planning with the consequent activation of the urban and environmental design levels of more detailed scale, requires appropriate steps for the initiation of a circular process. This process must proceed from the assessment of risks and vulnerabilities, leading to the identification and selection of the most effective socio-economic and technical options for adaptation, to its implementation through appropriate levels of Design (urban project, minimum intervention units, design and technical-type solutions), monitoring and evaluation of interventions. the methodology of intervention proposed by the Metropolis research is based on a series of interconnected assumptions identified in the comparative analysis of European and Italian best practices, in the addresses of the policy International and national technique, in the practices of governance and urban and environmental design, in the specificities related to the contexts identified in the settlement, typological and technological characteristics of the built. The methodology of the research proposed to subdivide urban districts on the basis of homogeneous urban areas, which can be considered in all respects as minimum units in relation to which adaptation measures are to be implemented. A comparative process between homogeneous urban areas of the same typology is significant, in order to consider the results achievable and to verify its comparability. If so, downstream of tests of this type that take a validation value of the process, an analog procedure can be implemented that allows to transfer the values of the indicators to other homogeneous urban areas of the same typology. This allows to implement a mapping of various homogeneous areas of similar typology within the urban district for which thematic maps are returned with the projections to the future scenarios of the improvements achievable in terms of lowering the vulnerability and increase of adaptive and resilient capacity by adopting specific design concepts and equally targeted categories of works and technical solutions.

Environmental design, climate risks, construction resilience / Progettazione ambientale, rischi climatici, resilienza del costruito / / Losasso, MARIO ROSARIO. - 26:(2017), pp. 146-171.

Environmental design, climate risks, construction resilience / Progettazione ambientale, rischi climatici, resilienza del costruito /

Mario Losasso
2017

Abstract

The realization of an effective level of urban planning with the consequent activation of the urban and environmental design levels of more detailed scale, requires appropriate steps for the initiation of a circular process. This process must proceed from the assessment of risks and vulnerabilities, leading to the identification and selection of the most effective socio-economic and technical options for adaptation, to its implementation through appropriate levels of Design (urban project, minimum intervention units, design and technical-type solutions), monitoring and evaluation of interventions. the methodology of intervention proposed by the Metropolis research is based on a series of interconnected assumptions identified in the comparative analysis of European and Italian best practices, in the addresses of the policy International and national technique, in the practices of governance and urban and environmental design, in the specificities related to the contexts identified in the settlement, typological and technological characteristics of the built. The methodology of the research proposed to subdivide urban districts on the basis of homogeneous urban areas, which can be considered in all respects as minimum units in relation to which adaptation measures are to be implemented. A comparative process between homogeneous urban areas of the same typology is significant, in order to consider the results achievable and to verify its comparability. If so, downstream of tests of this type that take a validation value of the process, an analog procedure can be implemented that allows to transfer the values of the indicators to other homogeneous urban areas of the same typology. This allows to implement a mapping of various homogeneous areas of similar typology within the urban district for which thematic maps are returned with the projections to the future scenarios of the improvements achievable in terms of lowering the vulnerability and increase of adaptive and resilient capacity by adopting specific design concepts and equally targeted categories of works and technical solutions.
2017
978-88-8497-641-3
Environmental design, climate risks, construction resilience / Progettazione ambientale, rischi climatici, resilienza del costruito / / Losasso, MARIO ROSARIO. - 26:(2017), pp. 146-171.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11588/704053
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