Title page for ETD etd-04172007-155642


Document Type Master's Dissertation
Author Kekana, Robert Dipitseng
Email robertK01@webmail.co.za
URN etd-04172007-155642
Document Title An Economic impact assessment of toll roads, with specific reference to the impact on alternative roads between the Pumulani and Hammanskraal toll gates
Degree Magister Commercii
Department Economics
Supervisor
Advisor Name Title
Prof M C Breitenbach
Prof T J C Slabbert
Keywords
  • economic impact assessment
  • user pay principle
  • cost benefit analysis
  • toll road
  • road pricing
  • Road user charging
Date 2006-09-05
Availability unrestricted
Abstract
The erection of tollgates along the N1 freeway has triggered a great deal of interest. As a result of the toll fees, traffic has been diverted to alternative roads. This study investigates how traffic diverted from the toll road affect the welfare of users of the alternative road.

The literature review provides a theoretical framework of economic impact assessment and road pricing. Furthermore, the literature study reviews previous studies of a similar nature and compare them with the findings of this study.

There is no conclusive evidence that diversion of traffic from the N1 causes congestion on the R101 and has a negative impact on the economy of the region. On the contrary, evidence suggests that there was an initial diversion of traffic when the toll came into operation but that is slowly filtered back after six months.

In the application of the RED model, economic benefits are derived from user benefits, which is a function of savings in VOC’s and time of normal and generated traffic on a road or saving due to an improvement in road safety, resulting from improved roads. A decrease in traffic has a measurable effect on vehicle travel speeds and travel time only when the roads are significantly congested.

In the case of scenario 1 (including diversion), frequent maintenance needs to be performed under increased traffic. Increased traffic due to “diverted traffic” causes congestion in accidents and travelling time, which is a cost to the economy. Under scenario 2 (excluding diversion), it is assumed that ADT will return to normal. Due to lower levels of congestion and travelling times would be faster, while maintenance costs and accident rates would decrease. Scenario 2 is selected as being economically the most feasible option.

It is clear that the R101 cannot cope with the current levels of traffic and congestion. One can speculate about the causes of the congestion but in order to derive at a solution to the problem more research needs to be done on the cause of the congestion in order to resolve the problem.

Files
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  00Front-Abstract.pdf 102.52 Kb 00:00:28 00:00:14 00:00:12 00:00:06 < 00:00:01
  01Dissertation.pdf 890.43 Kb 00:04:07 00:02:07 00:01:51 00:00:55 00:00:04

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