The Union Ministry of Urban Development has chalked out a quality bus system plan, under which the bus rapid transit system project has started in eight cities

Transit planning in the United States has tended toward viewing BRT as an analogue to light rail transit, with similar operating patterns. This model, referred to as "Light Rail Lite,' is compared to international best practices, which have often favored the development of a grade-separated bus infrastructure ("Quickways') that in turn supports a varied mix of all-stops, express, and branching services. This model, dubbed the Quickway model, evolved out of the practical necessity of cities to meet ambitious ridership or mode split targets.

Several cities are now implementing bus rapid transit system (BRTS) as a measure to reduce traffic congestion and cater to increasing populations. Jaipur is making a pioneering effort in this regard by developing a bus system to cover 138 km of road length with an investment of Rs 7.83 billion on an innovative public-private partnership model.

This handbook is based on the results an EU Asia Pro Eco co-funded project "CURB-AIR: CDM and urban air pollution: partnerships enhancing synergies in urban air and health in Kyoto mechanisms'. The CURB-AIR project intends to pave the way for projects that both improve air quality and reduce greenhouse gases emissions. The handbook aims to be a guide for policymakers, civil servants and anyone who is interested in the issue of CDM, urban air pollution and climate change.

The objective of the Partnership for Sustainable Urban Transport in Asia (PSUTA) is to work with stakeholders in Asian cities to identify indicators of sustainable transport for use in policy making. It is a response to the extraordinary

This guidelines focus on the BRT environment and assume that interested parties can take advantage of existing guidelines to clarify general issues of access to public space, buildings, and pedestrian infrastructure. The guidelines generally follow the travel path of a passenger using a full-featured Bus Rapid Transit system.

This article examines Bus Rapid Transit (BRT) as a near-term strategy for reducing CO2 emissions in a typical medium-sized U.S. city. The paper compares the expected CO2 emissions from three scenarios to meet the city's growth in work trips by 2011: a no-build option that relies upon private automobiles and a diesel bus fleet; building a light rail (LRT) system; and building a BRT system using 40-ft or 60-ft low emission

This report briefly summarizes the information related to Bus Rapid Transit (BRT) developments in China collected through independent research and a visit to China from April 17-26, 2006 as part of FTA Public Transportation Trade Mission. The purpose of NBRTI's participation in the mission was to visit operational BRT systems and to meet with organizations engaged in BRT planning or operations in China. By establishing initial contact with such organizations, a channel of communications has been opened to exchange information and allow for future cooperation on common problems or programs.

This report is in continuation to the EPCA report no. 21 of May 2006 The imperative of public transport: Implementing the High Capacity Bus System: a progress report which was in response to the Hon

This report contains the progress made on the implementation of the HCBS since Hon

Pages