Planning to prevent disasters

Keywords: Safety, Securety, Planning in risk areas

Abstract

The evolution of cities, whose pattern is all but regular, is sometimes marked by rare events that may disrupt the normal development. Throughout history, cities grow and shrink, flourish and perish, in a slow and somehow predictable way, but sometimes they suffer sudden and unexpected changes. Those breakages that profoundly modify their urban schemes and land-uses, their identity and their economic and social activities, transform them into entirely new cities or radically convert large portion of space.

Whatever the outcome of a disaster could be, although it may result in a pattern of positive development, we must prevent the loss of human lives, the suffering, the loss and damages that accompanies every catastrophe. The main task of human action must therefore be risk mitigation, bearing in mind that risk is always present and the resources to mitigate it are often scarce.

Without going into the detail of any particular event and with methodological intent, the paper will try to investigate how we can better understand risk and how planning may influence the mitigation of risk.

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Author Biography

Maurizio Tira, DICATAM-University of Brescia

Engineer, Full Professor of Town and regional planning in the University of Brescia, where he teaches Urban Planning and risk mitigation (in English) and Town and regional planning.
He is Rector of the University of Brescia. He is also a member of the College of Professors of the Ph.D. Course in Civil and Environmental Engineering at the University of Brescia. In the past, he was Deputy rector for disable students and Chair of the Courses and Master Courses in Civil and Environmental Engineering, member of the board of the Italian Society of Urban Planners and the Coordinator of Italian Local Agenda 21 Association.
He has been doing research uninterruptedly since 1989, mainly at the University of Brescia, but also at research institutions abroad. His main research fields are “accessibility and safety in urban environment”, “urban and traffic planning”, “environmental assessment” and “regional planning”.
He has been responsible of several EU funded research programmes, concerning town and regional planning, sustainable mobility, planning in hazardous areas, road safety and energy. He recently chaired the COST Action TU0602 “Land management for urban dynamics”, where the main topics of land management regimes and tools were assessed. Invited expert at OECD for two working groups about pedestrian and cyclist safety, it is a permanent expert at the European Transport Safety Council (Brussels), he is President of the Italian Centre for Town planning studies (CeNSU), member of the board of the National Society of Urban Planners and of the Coordination of the Association “Agenda 21st century”. Author of several books, papers and other publications (more than 200 in total), he has been invited as a speaker to a large number of Conferences in Italy and abroad.

References

Angiello, G., Carpentieri, G., Morosini, R., Tremiterra, M. R., & Tulisi, A. (2018). Review Pages: The Resilience City/The Fragile City. Methods, Tools and Best Practices 3 (2018). TeMA - Journal of Land Use, Mobility and Environment, 11(3), 361-382. https://doi.org/10.6092/1970-9870/5957

Barone, C. & Mocetti, S. (2014). Natural disasters, growth and institutions: a tale of two earthquakes. Working papers, n. 949. Banca d’Italia, Rome

Dal Co, F. (2012). Lisbona dalla macerie alla modernità. Corriere.it [12th October 2012]

Dufour, L., & Raymond, H. (1693). Val di Noto. La rinascita dopo il disastro. Domenico Sanfilippo editore, Catania

European Commission (2006). Environmental aspects of urban spread in Europe. Joint Research Centre, European Commission

Galderisi, A. et al. (eds.) (2020) Geografie del rischio. Nuovi paradigmi per il governo del territorio. Donzelli, Roma

ISTAT (2020), Ricerca e sviluppo in italia: anni 2018-2020. Rome

Røstum, J., Novembre, V., & Vatn J. (eds.)(2008). Proactive crisis management of urbran infrastructure, Final report of the COST Action C19, SINTEF Byggforsk (N), ISBN 978-82-536-1003-0, pp. 8-12

Smith, K. (1998). Environmental hazards–assessing risk and reducing disaster, 2nd edn. Routledge, New York

Starr, C. (1969). Social Benefit versus Technological Risk. Science. Vol. 165, Issue 3899, pp. 1232-1238.

Swiss Federal Office for Civil Protection (2008). Conference on civil protection and disaster management.

Tira, M. (1997). Pianificare la città sicura. Edizione Librerie Dedalo, Roma.

Tira, M., Blancher, P., Badiani, B., & Confortini, C. (2008). Setting a safety policy, in: Røstum, J., Novembre, V., & Vatn, J. (eds.) Proactive crisis management of urbran infrastructure. Final report of the COST Action C19, SINTEF Byggforsk (N), ISBN 978-82-536-1003-0, pp. 107-113

Volta, G. (1981). Review of methods for risk analysis. Angewandte Systemanalyse, 2: 158 - 167

Published
2021-06-30
How to Cite
Tira, M. (2021). Planning to prevent disasters. TeMA - Journal of Land Use, Mobility and Environment, 191-202. https://doi.org/10.6093/1970-9870/7890
Section
The Emergency Plan for the use and management of the territory