High-Speed Rail, Regional Economics, and Urban Development in China

Traditional economic evaluations of major transport infrastructure investments focus on the direct costs and benefits arising from travel, including user time savings, operator cost savings, and reductions in externalities including air pollution, noise, and accidents. There is an emerging consensus that major transport investments may have significant impacts that are not well captured by this type of conventional cost-benefit analysis. In China, the World Bank transport team has supported both econometric studies and on-the-ground surveys that begin to identify and quantify these impacts in the context of China's emerging High Speed Rail (HSR) program. Based on this and other research, the Bank team has begun to pilot a methodology to evaluate wider economic development benefits for several HSR projects, and has found them to be significant - of the same order as, but additional to the direct transport benefits that are traditionally measured. Crucially, these benefits of larger and better connected markets accrue to businesses and individuals even when they themselves do not travel. This paper highlights this research and methodology and the policy implications related to maximizing these benefits in practice.

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Bibliographic Details
Main Authors: Salzberg, Andrew, Bullock, Richard, Ying, Jin, Fang, Wanli
Format: Brief biblioteca
Language:English
en_US
Published: World Bank, Beijing 2013-01
Subjects:ACCESSIBILITY, ACCIDENTS, AGGLOMERATION BENEFITS, AGGLOMERATION ECONOMIES, AIR, AIR POLLUTION, AIR SERVICE, AIR SERVICES, AIR TRAVEL, AIRPORT, AIRPORTS, BEST PRACTICE, BUS, BUSES, BUSINESS ACTIVITIES, BUSINESS PLANNING, BUSINESS PLANS, BUSINESS SERVICES, BUSINESSES, CAPITAL INVESTMENT, COMMERCE, COMMUTERS, CONNECTIVITY, COST OF TRAVEL, COST-BENEFIT ANALYSIS, DESIGN SPEED, DEVELOPMENT PROCESSES, DIRECT TRAVEL, ECONOMIC ACTIVITY, ECONOMIC DEVELOPMENT, ECONOMIC GEOGRAPHY, ELASTICITY, FEASIBILITY STUDIES, FINANCIAL SUPPORT, FREIGHT, FRICTION, GDP, GENERATED TRAFFIC, GROWTH RATE, HIGH SPEED RAIL, HIGH-SPEED RAIL, HIGHWAY, HIGHWAYS, INTERNATIONAL TRADE, JOURNEYS, LAND USE, LOCAL TRANSPORT, MANUFACTURING, MANUFACTURING INDUSTRIES, MARKET ACCESS, MASS, MEASUREMENTS, MODE SPLIT, NATIONAL HIGHWAYS, NETWORKS, NOISE, PASSENGER, PASSENGERS, POSITIVE EXTERNALITIES, PRESSURE, PRODUCTIVITY, PROVINCIAL HIGHWAYS, RAIL RIDERSHIP, RAIL SERVICE, RAIL SERVICES, RAIL TRAVEL, RAILWAY, RAILWAY LINE, RAILWAY NETWORK, RAILWAYS, REDUCTIONS IN EXTERNALITIES, RESULTS, ROAD, ROUTE, ROUTES, SKILLED WORKERS, SPEED, STATISTICAL ANALYSIS, TRAFFIC, TRAINS, TRANSITIONS, TRANSPORT, TRANSPORT ACCESS, TRANSPORT IMPROVEMENT, TRANSPORT IMPROVEMENTS, TRANSPORT INFRASTRUCTURE, TRANSPORT INVESTMENTS, TRANSPORT MODES, TRANSPORT NETWORK, TRANSPORT PROJECTS, TRANSPORT SECTOR, TRANSPORTATION, TRANSPORTATION INVESTMENT, TRAVEL BEHAVIOR, TRAVEL COSTS, TRAVEL DISTANCE, TRAVEL TIME, TRAVEL TIMES, TRIP, TRIPS, URBAN DEVELOPMENT, USER, WAGE RATES, WAGES, WWW,
Online Access:http://documents.worldbank.org/curated/en/663511468220788389/High-speed-rail-regional-economics-and-urban-development-in-China
http://hdl.handle.net/10986/25484
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