A transport terminal is composed of a set of intermodal infrastructures taking advantage of a geographical location, conferring a higher level of accessibility to local, regional, and global markets. Depending on the mode being considered, terminals are bound to various degrees to their sites. For instance, maritime transportation terminals are
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Operational Differences between Passengers and Freight Transportation
Source: adapted from EU-funded Urban Transport Research Project Results. There are fundamental differences between passenger and freight transport systems since they commonly move through separate conveyances and, occasionally, on separate networks. However, the differences are the most acute at their respective terminals since they involve facilities that are often at
6.1 – The Function of Transport Terminals
Authors: Dr. Jean-Paul Rodrigue and Dr. Brian Slack A terminal is a facility where passengers and freight are assembled or dispersed during transportation. 1. Transport Terminals Passengers and freight cannot travel individually but in groups or batches. Passengers must go to bus terminals and airports first, where they are “assembled”
City Logistics page migrated
The topic of city logistics covers a whole range of urban freight distribution issues that are being increasingly challenged by urbanization, changing consumption patterns and the rapid diffusion of e-commerce. Some of the contents on this page also appear on the book chapter that Laetitia Dablanc and I wrote for
Continue readingContainer Transport Costs
Source: Stopford, M. (2002) Is the Drive For Ever Bigger Containerships Irresistible?, Lloyds List Shipping Forecasting Conference. The costs of moving a container along a transport chain fall into five major categories: Ship (23%) charges that are reflecting the shipping line operating expenses, capital costs, and bunker fuel. This share
Economies and Diseconomies of Scale in Container Shipping
Like many forms of transportation, container shipping benefits from economies of scale in maritime shipping, transshipment, and inland transportation. The rationale of maritime container shipping companies to have larger ships becomes obvious when the benefits, in terms of lower costs per TEU, increase with the capacity of ships. Thus, there is
Average Cost per TEU by Containership Capacity and By Route, 1997
Source: Data from Cullinane, K. and M. Khanna (2000) “Economies of Scale in Large Containerships”, Journal of Transport Economics and Policy, Vol. 33, pp. 185-207. Economies of scale in container shipping are achieved by using larger containerships, which reduces unit transport costs. In the late 1990s, the cutting point was around
Impacts of River / Sea Shipping on a Transport Chain
Transport chains enable to connect origins and destinations through a sequence of modes. Some sequences can be labeled conventional since they use rail or road segments to service the hinterland and intermodalism at two maritime ports (A). Where geographical and market conditions are suitable, a fluvial link can be used
Moving a 40 Foot Container between the American East Coast and Western Europe
Source: Cost of Operations and Time for Shipping a 40′ Container; in APEC’s Congestion Points Study, Phase III, Best Practices Manual and Technical Report, Volume 2 Sea Transport, Feb. 1997, p. 105. Moving a standard 40-foot container involves a set of cost or time-intensive shipments, transshipment, and warehousing activities. The
Migration of Chapter 3 (Transportation Modes) completed
The contents of chapter 3 of the Geography of Transport Systems, covering transportation modes, have been migrated to the new web platform. This chapter is very substantial and covers a lot of material. Keep in mind that some links remain broken, many because they refer to sections that have not
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