Abstract
The 21st century will see a variety of new social and technological trends which will influence the way in which transport is supplied and utilized. At present a wide range of social phenomena, including rising incomes, increased leisure time, new communication technologies, an ageing population and a declining role of the traditional family are changing the nature of the demands we place on transport. In response to new techniques of production, shipping and the growth of markets economic activities are also changing. Institutional reforms such as privatisation and deregulation have changed transport in ways that are not yet well understood. At the same time the increasing use of petroleum resources for travel and transport has raised concerns about the eventual depletion of fossil fuels as well as the contribution to global warming and decreases in urban air quality. Europe and the United States are the world’s major energy consumers and transport users. However, the long-term sustainability of current transport systems is increasingly being questioned as levels of motor vehicle fatalities and injuries as well as congestion continue to rise. These trends raise questions on whether our current transport systems will be sustainable beyond the next half century (see also Black and Nijkamp, 2001).
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References
Becker H.A. and Dewulf G. (eds.) 1990: Terugkijken op Toekomstonderzoek, RUU-ISOR, Utrecht
Bijl R.V. (1991): Constructie van Toekomstscenario’s, PhD thesis, RUU, Utrecht
Black W. and Nijkamp P. (eds.) (2001): Social Change and Sustainable Transport, Indiana University Press, Indiana
Button K.J. and Gillingwater D. (1986): Future Transport Policy, Croom Helm, London
CPB (Central Planning Bureau) (1992): Verkeer en Vervoer in Drie Scenarios, Working Document 35, The Hague
DeLuchi M.A. (1993): Greenhouse-Gas Emissions from the Use of New Fuels for Transportation and Electricity, Transportation Research 27A (3), 207–216
ECMT (European Conference of Ministers of Transport) (1993): Annual Trends in Transport 1965–1989, Paris
Eurostat (1993): Demographic Statistics 1993, CEE, Luxembourg
Eurostat (several years): Basisstatistieken van de Gemeenschap, Luxembourg, Brussels
Grübler A. and Nakicenovicz N. (1991): Evolution of Transport Systems: Past and Future,IIASA Report RR-91–8, International Institute for Applied Systems Analysis,Laxenburg
Hall D.O. (1994): Biomass Energy Options, IEA Conference on ’Energy Technologies to Reduce CO 2 Emissions in Europe: Prospects,Competition, Synergy’, Petten, April 11–12, 1994
Hupkes G. (1982): Toekomstonderzoek, Scenario’s voor Verkeer en Vervoer, Planologische Verken-ningen 4, VUGA Publishers, The Hague
IEA/OECD (1993): Cars and Climate Change, IEA/OECD Energy and Environment Series
Leinbach T.R. (2000): Mobility in Development Context, Journal of Transport Geography 8, 1–9
Michaelis L. (1995): The Abatement of Air Pollution from Motor Vehicles: The Role of Alternative Fuels, Journal of Transport Economics and Policy 29 (1), 71–84
Nijkamp P., Rienstra S.A. and Vleugel J.M. (1998): Transportation Planning and the Future, Wiley, New York
OECD (1993): OECD Environmental Data: Compendium 1993, Organisation for Economic Cooperation and Development, Paris
Okken P.A., Kram T., Lako P., Ybema J.R. and Gerbers D. (1993): Kansrijke Energietechnieken: Vier Blauwdrukken voor een Energiehuishouding met Minimale Emissies op Langere Termijn, ECN Policy Studies, ECN-C-93–036, Petten
Oostvoorn F. van and Pellekaan W. (1995): Energy Scenarios for a Changing Europe, ECN, Petten (confidential)
Samaris Z., and Zierock K.H. (1992): Assessment of the Effect in EC Member States of the Implementation of Policy Measures for CO 2 Reduction in the Transport Sector, Report for DG XI-B/4
Samuelson K., Borko H. and Amey G.X. (1977): Information Systems and Networks, North-Holland, Amsterdam
Smokers R.T.M. and Hilten O. van (1992): Elektrische Auto’s in het Perspectief van de Milieu-en Energieproblematiek, ECN Policy Studies, ECN-RX--92–073, Petten
Steenbergen B. van (1983): In de Proeftuin van de Samenleving, PhD Thesis, RUU, Utrecht
Tweede Kamer (1990): Tweede Structuurschema Verkeer en Vervoer; Deel d: Regeringsbeslissing, Meeting Year 1989/1990, 20 922, no. 15–16, SDU, The Hague
Verhoef E.T. (1994): External and Social Costs of Road Transport, Transportation Research 28A (4), 273–287
WMO (1988): Implications for Global Security, Proceedings of the World Conference on the Changing Atmosphere, Toronto 1988, WMO Report 710, Geneva
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Nijkamp, P., Rienstra, S.A., Smokers, R.T.M., Vleugel, J.M. (2002). Socio-economic Dynamics and Spatial Mobility: A Scenario Application to Environmental Strategies in Transport. In: Atalik, G., Fischer, M.M. (eds) Regional Development Reconsidered. Advances in Spatial Science. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-56194-8_9
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DOI: https://doi.org/10.1007/978-3-642-56194-8_9
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