published_or_final_version / Public Administration / Master / Master of Public Administration

Thesis (M.A.)--University of Hong Kong, 1999. / Includes bibliographical references (leaves 57-58).

Thesis (M.A.)--University of Hong Kong, 1999. / Includes bibliographical references (leaves 57-58). Also available in print.

京都大学 / 0048 / 新制・課程博士 / 博士(工学) / 甲第17960号 / 工博第3808号 / 新制||工||1583(附属図書館) / 30790 / 京都大学大学院工学研究科都市社会工学専攻 / (主査)教授 藤井 聡, 准教授 SCHMOECKERJan-Dirk, 准教授 神田 佑亮 / 学位規則第4条第1項該当 / Doctor of Philosophy (Engineering) / Kyoto University / DFAM

Da diversi anni la letteratura economica raccomanda l'utilizzo del road pricing come strumento efficiente per internalizzare le esternalità (ambientali e di congestione) prodotte dalla circolazione dei veicoli sulle strade. Tuttavia, l'accettabilità di questo strumento è in genere molto bassa. Pertanto, il lavoro di ricerca svolto è stato indirizzato allo studio di uno schema di road pricing più accettabile, giungendo alla elaborazione di una politica innovativa, il charge-subsidy road pricing (CSRP). Il CSRP prevede che gli automobilisti ricevano gratuitamente un certo numero di permessi che consente loro di guidare in un'area soggetta a pricing nelle ore in cui è in richiesto il pagamento. Inoltre, il CSRP consente a coloro che hanno bisogno di un numero maggiore di permessi di comprarne di aggiuntivi dentro pagamento di una charge; allo stesso tempo lo schema prevede che coloro che riescono a risparmiare parte dei permessi ricevuti possano restituirli e ottenere in cambio un beneficio (monetario/fiscale o in natura ) dall'amministrazione incaricata di gestire il sistema. L'idea di fondo che sta dietro il CSRP è il fatto che la distribuzione gratuita di un certo numero di permessi dovrebbe rendere il CSRP più accettabile di altre politiche di road pricing più tradizionali: il lavoro svolto testa questa ipotesi sia da un punto di vista teorico che empirico. / Economists tend to support road pricing for its efficiency properties in tackling road usage externalities (in particular, congestion and environmental impacts), but usually the acceptability of this instrument is really low both among the general public and politicians. Thus, this PhD research is an attempt to design and analyse a more acceptable road pricing scheme, i.e. a charge-subsidy road pricing scheme (CSRP) where car owners are allotted an amount of free units they can use in place of money to pay for the kind of road pricing scheme implemented. Under the CSRP those who want to drive more than the allowance provided are required to pay a charge, while a (monetary/fiscal or in kind) subsidy might be given to those who manage to spare some of the initially distributed rights. The presence of an initial amount of free units should make the CSRP more acceptable than other traditional road pricing schemes: indeed this work investigates this hypothesis by means of a theoretical and an empirical analysis.

Car usage is determined by several facts, e.g. living conditions determined by geographical matters. There is a political will to control car usage with different kinds of incentives since car usage generates environmental problems. This essay analyses the differences between car usage in urban areas as opposed to thinly populated areas in Sweden and their significance on governmental incentives. By using statistics differences in car ownership during ten years between thinly populated areas, areas in the countryside and urban areas is studied. Among other things living conditions determined by geographical matters that can explain the differences and problems with fuel taxes and road pricing is being discussed in the analyse.

published_or_final_version / Transport Policy and Planning / Master / Master of Arts

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. / Dissertation (Magister Commercii)--University of Pretoria, 2007. / Economics / unrestricted

E-tolling was recently implemented on roads in Gauteng, South Africa. This gave rise to a great deal of protest by road users and a court battle between the South African National Roads Agency (SANRAL) and the Opposition to Urban Tolling Alliance, a body representing road users. The e-tolling system was criticised at various levels and on numerous grounds, some financial and others appearing to be emotional. This thesis attempted to analyse the various grounds for objection against the system, the main goal of the research being to analyse e-tolling in Gauteng to ascertain whether or not the introduction of e-tolling was justified or whether an alternative method of taxation to pay for the upgrading of Gauteng roads would have been more cost-effective. Secondary data in the form of documents from multiple sources was used in the analysis, including an Economic Impact Assessment that was one of the key inputs into the decision to introduce e-tolling. It was found that there are multiple problems plaguing the e-toll system and e-tolling is not the most cost-effective taxation method of paying for Gauteng roads. Using a fuel levy or general tax revenue available to the National Treasury were both found to be more cost-effective methods as they would have achieved the same result (repairing and upgrading specific Gauteng roads), at a cost of R20,0913 billion less than e-tolling. It was suggested that the best taxation method/s to pay for the roads would have been using a fuel levy and general tax revenue as the primary funding methods, with vehicle licensing fees and long distance toll roads as secondary methods to aid the primary methods.

This diploma thesis deals with the changes of toll taxes and their implication in the Czech Republic between years 2007 -- 2015. The research was done using a dynamic regression analysis of monthly data provided by the web portal MYTO CZ. Based on the available data it was shown that the increase in average prices of toll transactions of ecologically unfavorable EURO groups leads to a decline in the share of total realized transactions. As a result carriers are most likely motivated to vehicle fleet renewal, which is reflected in the increase in the share of cars with lower environmental load.