earthquakes, public spaces and (the social construction of) environmental disasters. the role of public space for risk mitigation and urban redevelopment and the role of environmental disasters for re assessing the ‘space of the public’.
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ID: 233576
2014
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Abstract
This paper stems from longlasting research dedicated to urban risk reduction through a planning approach. It focuses on public space, proposing an inversion of the usual perspective: instead of considering public spaces for risk mitigation and urban redevelopment, here the imperatives of environmental safety and urban resilience can be instrumental for exploring the meaning and role of the public space from a different, rather compelling point of view. One starting point is the concept of SUM, Strategic Urban Structure (or Framework), from the Italian “Struttura urbana minima”, which has been introduced in order to set out the contents of urban risk reduction in local administration agendas and particularly into ordinary planning processes. The SUM has been conceived both as an analytical and a normative/planning tool. Public spaces are the backbone of both urban structure and of the SUM. From their features, localization, distribution within the
settlement, and their systemic characters, largely depend the capacity of a town to positively react to a seismic event. Six casestudies of small and mediumsize historic towns in the Umbria Region (one of the many Italian Regions with a high level of seismic risk), help to understand the complexities and problems related to seismic prevention within historical centres, and the conflicts between conservation of the heritage and the imperatives of environmental safety. In order to overcome possible criticalities identified in a SUM, it is necessary to provide alternatives to its functioning through redundant elements. The concept of redundancy, which is strictly related to that of uncertainty, is very interesting and promising in this field of research.
settlement, and their systemic characters, largely depend the capacity of a town to positively react to a seismic event. Six casestudies of small and mediumsize historic towns in the Umbria Region (one of the many Italian Regions with a high level of seismic risk), help to understand the complexities and problems related to seismic prevention within historical centres, and the conflicts between conservation of the heritage and the imperatives of environmental safety. In order to overcome possible criticalities identified in a SUM, it is necessary to provide alternatives to its functioning through redundant elements. The concept of redundancy, which is strictly related to that of uncertainty, is very interesting and promising in this field of research.
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| Authors | ;Barbara Pizzo;Giacomina Di Salvo;Margherita Giuffrè;Piera Pellegrino |
| Journal | Chemphyschem : a European journal of chemical physics and physical chemistry |
| Year | 2014 |
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