WIT Press


Rural Areas, High-speed Train Accessibility And Sustainable Development

Price

Free (open access)

Volume

120

Pages

11

Page Range

375 - 385

Published

2009

Size

255 kb

Paper DOI

10.2495/SDP090361

Copyright

WIT Press

Author(s)

C. Ribalaygua & A. de Meer

Abstract

This paper analyzes the key steps in the reorganization of demand-responsive transport systems in rural areas with low population density, and their connection with the high-speed railway network. The deficiencies of public transport in sparsely populated rural areas means that captive users of public transport avoid trips, or even that they move to live near more accessible places, with the consequential abandonment of the poorly served areas towards urban centres where accessibility is not a problem. On the other hand, those who can use private vehicles are forced to do so, consequentially giving up using public transport altogether and thus reducing demand for this type of transport, which increases the environmental impact caused by the private vehicles. To confront these difficulties, demand-responsive transport systems came into use, responding to the needs of low density territories. The study carried out analyses of the territorial experiences of demand-responsive systems and their implications. Results obtained in this investigation, regarding the definition of potential users, the confluence of diverse types of travellers and merchandise and the support points of compatible attraction of activity with the station, among others, are reviewed in this paper. The experience analyzed in the study cases demonstrates the suitability of this type of system as an alternative to regular transport, contributing to a sustainable use of the territory and public services, among which high-speed railway stations are very significant Keywords: demand-responsive system, high-speed railway, low-density territories, strategies, transport effects.

Keywords

demand-responsive system, high-speed railway, low-densityterritories, strategies, transport effects.