A review of participatory methods used by forty-nine of the fifty State Departments of Transportation during preparation of their most recently adopted statewide long-range transportation plan revealed the flexibility needed to design context-sensitive methods tailored to the specific planning situation. Four parameters are used to characterize methods used by the States: the planning purpose, participatory goal, timing, and the public scale. The report discusses five opportunities to optimize the participatory process that can broaden reach while maintaining a slim budget. These value-added strategies include taking the process to the public, taking stock of public knowledge and understanding, leveraging existing local relationships, using online techniques to supplement face-to-face contact, and integrating public input into the plan. / text

Distance based vehicle insurance (sometimes know as “Pay as you drive,” “Pay by the mile” or “Pay per-km” insurance) has long been advocated by transportation planners as a transportation demand management (TDM) strategy. In addition to reducing congestion and greenhouse gas emissions, it also has the potential to meet a number of planning goals, such as health and equity improvements. Despite the wide interest in and predicted benefits of distance based insurance, there is little consensus on the detailed design of a system that could be implemented. Five main distance based pricing schemes have been proposed: a flat per-km rate, temporal or “time of day” pricing, road-type pricing, demographic pricing and “differential” pricing, which prices low mileages at a higher per-km rate. Each of these systems treats risk differently and thus results in different cross-subsidies between drivers. The proposal’s design thus has implications for an insurance system’s fairness and equity. This report examines the distribution of crash risk across time, across space, and across the different demographic groups. It then compares the current annual insurance system’s treatment of risk with that of various proposals for distance based insurance. It evaluates each proposal, considering its treatment of risk and its potential for increasing fairness and equity of costs and of mobility. It also examines each proposal’s other impacts, such as effectiveness in maintaining privacy and in reducing health impacts, greenhouse gas emissions and congestion. The recommended model is a flat per-km rate. Each driver would pay the same rate for every kilometer driven, regardless of time or place. However, individual drivers’ per-km rates would vary, depending on current insurance rating factors, such as residential location, type of car and driving record.

Distribution, warehousing and logistics facilities located in Canadian municipalities have significant impacts on surrounding land uses and on nearby transportation infrastructure, not to mention the broader socio-economic environment. While there is considerable literature available concerning the location choices of generic industrial firms, explorations of logistics firms’ locations have been less extensive. This is somewhat surprising because of the increasing ‘footlooseness’ of logistics firms and the potential issues surrounding their activity, for example related to the amount of freight traffic that they generate. There is a need for the public sector, including planners and economic developers, to better understand the requirements of the logistics industry in order to accommodate these firms while mitigating potentially adverse impacts to communities. The goal of this thesis is to identify and assess the relative importance of factors that influence the location choices of logistics firms in a municipality, and to identify potential issues of operational conflict between municipalities, their residents, and logistics firms. A web-based survey of logistics professionals has been carried out to help address this goal. Semi-structured interviews were then undertaken with participants who completed the survey and indicated an interest in further participation in the study. Overall, 42 completed survey responses were received, and 10 follow up phone interviews were conducted. The ability to operate 24/7 was reported as one of the most important location factors in addition to land costs, proximity to transportation infrastructure, and access to a skilled workforce. Transportation infrastructures such as rail intermodal facilities and airports are seen as important regional considerations but close proximity is not important on a site specific level. Through interview results participants indicated problems with parking bylaw requirements, and operating restrictions during the nighttime as challenges related to their specific location. Results confirm general understanding of what drives location choice for industrial firms, but the additional necessity for a robust operating environment for logistics firms highlights the need for planners to pay particular attention to the specific requirements of this important economic sector.

The Regional Municipality of York introduced a new bus service known as VIVA in 2005. Although it has been deemed a success by many, it remains to be seen to what degree transit use was affected by its introduction. This study shows that transit ridership in York jumped substantially immediately after the implementation of VIVA. Furthermore, it is determined that the majority of new transit users in York are making home-based work or post-secondary school trips. To evaluate this, home-based work and post-secondary school generalized extreme value discrete choice models are estimated. Improvements in transit service are found to have a greater impact on transit mode share than increases in congestion for both work and post-secondary school trips. It is also, however, concluded that transit improvements played a relatively small role in the considerable shift to transit amongst post-secondary students.

The Regional Municipality of York introduced a new bus service known as VIVA in 2005. Although it has been deemed a success by many, it remains to be seen to what degree transit use was affected by its introduction. This study shows that transit ridership in York jumped substantially immediately after the implementation of VIVA. Furthermore, it is determined that the majority of new transit users in York are making home-based work or post-secondary school trips. To evaluate this, home-based work and post-secondary school generalized extreme value discrete choice models are estimated. Improvements in transit service are found to have a greater impact on transit mode share than increases in congestion for both work and post-secondary school trips. It is also, however, concluded that transit improvements played a relatively small role in the considerable shift to transit amongst post-secondary students.

No description available.

No description available.

No description available.

No description available.

No description available.