Items in this collection
PublicationAccessibility of Urban Transport for People with Disabilities and Limited Mobility : Lessons from East Asia and the Pacific(World Bank, Washington, DC, 2012-04) Babinard, Julie; Wang, Wei; Bennett, Christopher R.; Mehndiratta, ShomikAccessibility of transport is not always a priority in transport planning and implementation. There can be barriers in the physical environment and delivery of services that render transport inaccessible. The principle of the UN Convention on the Rights of Persons with Disabilities (CPRD) brings new momentum to ensuring accessibility in the delivery of transport infrastructure and services. The CRPD recognizes that obstacles and barriers to indoor and outdoor public facilities and buildings and the physical environment should be removed to ensure equal access by people with disabilities and all members of society. This note summarizes the analysis done of the accessibility features of recent transport projects in the East Asia and Pacific (EAP) region. It seeks to highlight good practice in national laws, policies and project implementation to improve the welfare of transport users across projects. The overarching objective is to suggest how to improve the implementation of accessibility features in transport projects for people with disabilities and people with limited mobility. Mobility and access requirements of people with disabilities should be considered by planning and designing barrier- free transport systems. This implies an understanding and identification of the circumstances that create barriers for people with disabilities. Many countries have made progress in reducing barriers in the transport environment, particularly in high income countries. Countries have implemented regulation and design guidelines which explicitly consider accessibility for people with disabilities. PublicationImproving Local Roads and Creating Jobs through Rapid Response Projects : Lessons from Armenia Lifeline Roads Improvement Project(World Bank, Washington, DC, 2010-02) Ishihara, Satoshi; Bennett, Christopher R.In late 2008 the Republic of Armenia requested the Bank's assistance to mitigate the impact of the global financial crisis. This technical note describes how the Lifeline Road Improvement Project (LRIP) was prepared and implemented as a Rapid Response Project, prepared in only six weeks. This project saw over 150 km of roads improved and almost 12,000 person-months of employment generated during an eight month period between May to December 2009. The lessons learned may guide other projects with similar objectives. PublicationPlanning and Implementation of Road Use Charging : Options and Guidelines(World Bank, Washington, DC, 2009-11) Jung Eun, Oh; Vukanovic, Svetlana; Bennett, Christopher R.Road use charging is used by agencies for activities ranging from revenue collection, through demand and environmental management. It is applied on individual road segments, such as an expressway, or over geographic areas, such as zones in a city or even an entire country. When a government is considering implementing a road use charging system, it needs to consider four broad issues: (i) the technology to adopt; (ii) how it will be operated; (iii) how compliance will be enforced; and (iv) the social impact of the system. This transport note addresses each of these four issues, and presents guidelines towards implementing a successful road use charging scheme. PublicationData Collection Technologies for Road Management(World Bank, Washington, DC, 2006-05) Bennett, Christopher R.; De Solminihac, Hernán; Chamorro, AlondraDifferent types of data are required for managing the road infrastructure. Inventory data describe the physical elements of a road system. Condition data describe the condition of elements that can be expected to change over time. There are a wide range of technologies available to the road manager for measuring attributes of the road network. The challenge is to select the appropriate equipment, given local conditions and the way in which the data are expected to be used. The purpose of this note is to give a general view of the currently available survey technologies applied to pavements, bridges and traffic. This includes an assessment of the applicability of these technologies in developing countries. The goal is to assist managers in establishing an appropriate and sustainable e data collection program and procuring the appropriate equipment to collect the data. This note is a summary of the report 'Data Collection Technologies for Road Management' (see report no. 37372). The note opens with a discussion of data collection requirements. This is then followed by separate discussions on pavements, bridges and traffic survey technologies. A cost/performance analysis between available equipment is presented in each section. Finally, recommendations for data collection are presented as a guidance to managers in developing countries. PublicationSurfacing Alternatives for Unsealed Rural Roads(World Bank, Washington, DC, 2006-05) Henning, Theuns; Kadar, Peter; Bennett, Christopher R.Despite extensive road construction programs over the last century, a substantial proportion of roads remained unsealed especially in developing and emerging economies. As these economies develop, the demand arises to seal previously unsealed roads. The most economical transition point between unsealed and sealed roads depends on many conditions that need to be evaluated. The purpose of this Note is to provide guidance for decision makers, engineers and administrators on selecting the most appropriate surface for unsealed road given the prevailing conditions. It is based on the report "Surfacing Alternatives for Unsealed Roads" (report 37192). PublicationSuccess Factors for Road Management Systems(World Bank, Washington, DC, 2006-02) McPherson, Kevin; Bennett, Christopher R.Over the last 20 years most road agencies have implemented some form of computerized road management system (RMS). The purpose of these systems is to assist the road agency in the planning and prioritization of road investments. While some systems have been successful, there have also been many which have failed in one or more areas. This is in spite of large investments of time and money. While it is often easy to identify the symptoms of failure, the causes are often complex and multi-layered. However, for every failed system, there is a more successful implementation somewhere in the world, in an agency that often suffers from similar problems and constraints. This Note describes the different factors associated with successful RMS implementations. It is a summary of the report Success Factors for Road Management Systems.