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Systems-Level Approach to Sustainable Urban Arterial Revitalization

Many cities in the United States are facing challenges associated with antiquated urban arterials, whose purpose has changed greatly since their development. Once considered the main streets of the city, with thriving businesses and attractive residential development, many have deteriorated over the decades for a number of reasons, including shifting demand for housing and retail development and the construction of parallel high-speed urban expressways. Because of the complexity of the problems associated with these arterials, a great challenge of transportation and land use planners is to develop a systems-level approach to revitalize and reinvent these arterials in a manner that encourages environmental, economic, and social sustainability. Presented is a methodology to revitalize multimodal urban arterials that includes land use planning, traffic and transit operations management, street redesign, and community participation to improve the conditions of such arterials. Analysis is carried out by using these principles on San Pablo Avenue, a major arterial in the San Francisco Bay Area in California. By using these analysis techniques, land use and transportation recommendations are made that will facilitate sustainable development along this corridor.
- University of California, Berkeley United States
- Monash University Australia
- Institute of Transport Studies Australia
- Institute of Transport Studies Australia
San Francisco Bay Area, Arterial streets, Thorofares, Public participation, Main roads, Road design, operations - traffic, Sustainable development, System planning, land use - planning, Vehicular traffic control, System analysis, Public transit, Highway corridors, policy - sustainable, place - urban, Arterial highways, Public involvement, Sustainability, Local participation, Highway traffic control, Redevelopment, Transit, policy - fares, Urban renewal, Systems analysis, Local transit, Highway design, Boulevards, Citizen participation, Transportation planning, Thoroughfares, mode - mass transit, Revitalization (Neighborhoods), Mass transit, organisation - management, Land use planning, Traffic corridors, 620, Systems approach, Through highways, Land use, Case studies, Street traffic control, Traffic management (Traffic control)
San Francisco Bay Area, Arterial streets, Thorofares, Public participation, Main roads, Road design, operations - traffic, Sustainable development, System planning, land use - planning, Vehicular traffic control, System analysis, Public transit, Highway corridors, policy - sustainable, place - urban, Arterial highways, Public involvement, Sustainability, Local participation, Highway traffic control, Redevelopment, Transit, policy - fares, Urban renewal, Systems analysis, Local transit, Highway design, Boulevards, Citizen participation, Transportation planning, Thoroughfares, mode - mass transit, Revitalization (Neighborhoods), Mass transit, organisation - management, Land use planning, Traffic corridors, 620, Systems approach, Through highways, Land use, Case studies, Street traffic control, Traffic management (Traffic control)
citations This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).4 popularity This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.Top 10% influence This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).Average impulse This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.Average
