Although there are a wide variety of urban spatial structures, a large share of metropolitan areas can fit into four types: Type I (Completely motorized). This spatial structure is characterized by low to average land use densities. The automobile-oriented network assumes free movement between all locations with public transit having
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Performance of Urban Transport Modes
Source: data from R. Tolley and B. Turton (1995) Transport Systems, Policy and Planning, New York: Longman, p. 184. Urban transportation modes are associated with different performance levels. However, performance is a multidimensional concept as different metrics can be used to assess it. The above figure illustrates two urban transportation
Pedestrian, Cycling and Road Spaces, Amsterdam, Netherlands
Photo: Dr. Jean-Paul Rodrigue, 2002. The Netherlands represents one of the most innovative and committed countries for alternative forms of urban transportation. These priorities are well represented in the allocation of space along the right of ways devoted to urban circulation. The above photo depicts a corridor of circulation located
Urban Transport Development Paths
Source: adapted from Barter, P.A. (2004) A Broad Perspective on Policy Integration for Low Emissions Urban Transport in Developing Asian Cities. Draft paper for the International workshop Policy Integration towards Sustainable Energy Use for Asian Cities: Integrating Local Air Pollution and Greenhouse Gas Emissions Concerns. Institute for Global Environmental Strategies,
Service Attributes of Urban Transport Modes
Source: adapted from R. Tolley and B. Turton (1995), p. 63. Different urban transport modes have different operational speeds and capacities. The car is obviously the least efficient urban transport mode in terms of capacity (between 1,000 and 3,000 persons per hour), but the fastest, most convenient, and flexible. Urban
Average Commuting Time (One Way), Selected Metropolitan Areas
Source: Adapted from Toronto Board of Trade (2014) Toronto as a Global City: Scorecard on Prosperity – 2014. Toronto: Toronto Board of Trade. Communing is an important component of urban mobility since it accounts for a large share of urban movements and substantially impacts the commuters’ welfare. The time spent
Density and Car Use in Selected Global Cities, 2000s
Source: Millennium Cities Database for Sustainable Transport. The strong association between density (number of people per hectare) and car use (share of car use for commuting) indicates that modal preference, urban form, and density are closely related. For Houston and Los Angeles, dispersed developments and low densities leave limited choices
Transportation and Urban Form section migrated
Migration work on chapter 6 (urban transportation) has begun with the first section now available on the new platform. Transportation and the Urban Form
Continue readingEvolution of Transportation and Urban Form in North America and Europe
Source: adapted from Muller, P.O. (1995) “Transportation and Urban Form: Stages in the Spatial Evolution of the American Metropolis”, in S. Hanson (ed.) The Geography of Urban Transportation, 2nd Edition, New York: Guilford, p. 29. North American and European cities have been impacted by similar technological changes introduced since the
Evolution of the Spatial Structure of a City
The urban spatial structure considers the location of different activities in central areas and the periphery. A central area is a cluster of core and/or central activities, and the most central area of a city is usually labeled as the central business district (CBD). Core activities are those of the