A public authority may decide to allow private actors to be involved in the management and operations of transport infrastructure and terminals over a series of options:
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Rationale of Transport Privatization
Source: adapted from Notteboom, T. (2013) “Transport Policy Instruments“, in J-P Rodrigue, T. Notteboom and J. Shaw (eds) The Sage Handbook of Transport Studies, London: Sage.
The Time Horizon and Decision Structure of Transport Planning
The Transport Planning Process
Source: adapted from Meyer, M. and E. Miller (2000) Urban Transportation Planning, Second Edition, New York: McGraw-Hill.
Chapter 9.1 (The nature of transport policy) updated
A primer on the nature and how transport policy is applied through policy instruments. 9.1 – The Nature of Transport Policy | The Geography of Transport Systems (transportgeography.org)
Continue readingB.17 – Logistics Policies
Author: Dr. Jean-Paul Rodrigue Logistics policies cover a range of freight distribution activities related to modes, terminals and warehousing. 1. Context To better adapt to the growing complexity of the transportation system, there has been an emerging shift in transportation policy towards a set of logistics policies. They cover a
The Bullwhip Effect on Supply Chains
A common risk in a supply chain is referred to as the “bullwhip effect“, where demand can back-propagate and create an undue level of procurement; an amplification. For instance, a customer may order 10 units of a product from a retailer. The retailer may order 12 units from a distributor
Chapter 8.4 (Urban transport challenges) updated
Updated the section dealing with the complex challenges of urban transportation. Congestion is an enduring issue, but mitigation is difficult to implement. 8.4 – Urban Transport Challenges | The Geography of Transport Systems (transportgeography.org)
Continue readingCommon Tools for Mitigating Urban Road Congestion
Street Network Orientation, Selected Cities
Source: Adapted from Boeing, G (2019) “Urban spatial order: street network orientation, configuration, and entropy”. Applied Network Science 4, 67. Note: Each city chart is a 360-degree histogram divided into 36 bins. The length of each bin is the frequency of the streets having this bearing. Since each street has