The City from the Wire: the Aerial Cable Transport for the Urban Mobility

  • Romano Fistola Dipartimento di Ingegneria - Università degli Studi del Sannio

Abstract

The urban transfer oriented climbing slopes, jumps and singularities of altitude topography found within cities, particularly those hills, is of considerable interest in the analysis of the relationship between mobility and urban land management in covering a considerable range of physical/functional factors can produce impacts and externalities which, if well-managed, can trigger processes reliever, sustainable development and promoting tourism inside the city. The article starts from the consideration of urban transport by ropeways as a viable, effective alternative to the collective transfer among different areas of the city, particularly in those cities which are characterized by unique morphological or hydrographic territory of which lend themselves to be ‘dated’ by mobility systems at high altitude. These features, in many international urban context, also contribute to enhance the amenity and the urban appeal. The paper seeks to emphasize how the ropeways can becomes efficient urban transport system between locations in the city, often placed at different heights and for which there is a less accessibility by ground, and at the same time, a fascinating way of tourist mobility that allow people to observe the city from above (moving on it), in a sort of dynamic view. This interesting functional convergence has been often highlighted in the studies conducted on this mode of transportation which in the past was considered one of the real possibilities for urban moving. Many cities are characterized by this type of mobility and within which existing systems of lifts, oblique connection between parts of the city secured by urban systems, lifts, cable cars, escalators, moving walkways, etc. . A focus it is also provided in relation to the ropeways, currently operating in many cities around the world, highlighting the effectiveness of mobility solutions at high altitude, although not necessarily intended for the slope, taken in metropolitan contexts outside of Europe since the ‘ 70 year. Furthermore a specific attention it is payed to the plants currently disused in Turin and in Naples with a special regard to the possible recovery prospects in a new urban mobility system. For the city of Naples it is presented also a new project for a rope way between the two famous museums: the Archeological, which is located inside the inner city, and the Capodimonte one which is at top if the hill of Capodimonte inside the well known area of the royal palace. Finally some new projects are presented regarding the cities of Rome and Milan. For the two biggest Italian cities, there are two ropeways designed that will, in the case of Milan, to link urban areas along a path that includes interchanges and stations in major urban hubs, starting from the airport; in the case of Rome the “link” will cross the river Tevere in order to connect two large districts of the city: the EUR and Magliana, historically splitted by the barrier river.

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Author Biography

Romano Fistola, Dipartimento di Ingegneria - Università degli Studi del Sannio
Insegna “Tecnica Urbanistica” (Laurea Triennale in Ingegneria Civile) e “Pianificazione e Governo del Territorio” (Laurea Specialistica in Ingegneria Civile) presso la Facoltà di Ingegneria dell'Università degli Studi del Sannio. L'attività di ricerca sviluppata negli ultimi anni è incentrata sullo studio dell’assetto, delle caratteristiche e dei meccanismi di funzionamento del sistema delle attività urbane. Da tale tematica principale si sfioccano una serie di approfondimenti riconducibili: allo studio del rapporto fra innovazione tecnologica e trasformazioni territoriali, alle relazioni fra mobilità e governo delle trasformazioni urbane, alla definizione di procedure di mitigazione del rischio urbano (con particolare riferimento al rischio sismico) ed alla progettazione ed implementazione di ambienti GIS per lo sviluppo della conoscenza ed il supporto alla decisione territoriale. Ha collaborato con numerose istituzioni di ricerca straniere fra le quali: il Centre for Urban and Regional Studies (University of Newcastle upon Tyne – UK), con la Bartlett School of Planning (University College of London – UK) e con il Centre for Design della Royal Melbourne Institute of Technology (University of Melbourne – AU). È membro del Consiglio Direttivo dell’Associazione Italiana di Scienze Regionali ed è attualmente direttore del Laboratorio per l'Innovazione nel Governo delle Trasformazioni Territoriali (LIGhTT) dell’Università degli Studi del Sannio. È autore di oltre settanta pubblicazioni a stampa. links: http://www.romanofistola.it/

References

Verne, J. (1995), Parigi nel XX secolo, Tascabili Economici Newton, Roma.

Alexander James Wallis-Tayler, (1920), Aerial or wire ropeways: their construction and management, C. Lockwood and son, London.

Capasso, A. (a cura di) (2001), Trasporto verticale e città. Gli impianti di risalita nella mobilità urbana. Dagli ascensori alle funivie, CLEAN, Napoli.

Published
2010-10-23
How to Cite
Fistola, R. (2010). The City from the Wire: the Aerial Cable Transport for the Urban Mobility. TeMA - Journal of Land Use, Mobility and Environment, 3(3). https://doi.org/10.6092/1970-9870/152
Section
Contributions

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