Effective Transit Requires Walkable Communities: Land Use Lessons of Transport Patterns in Four World Cities

Author(s):  
Carolyn S. Konheim ◽  
Brian Ketcham

A comparison of transportation systems in the metropolitan areas of the world’s financial capitals—London, Paris, New York, and Tokyo—found that although all of the urban areas are spreading outward from their historical and economic cores, there are striking differences in their patterns of development—and the transport consequences. The principal determinant of travel demand and mode in the four cities is the extent to which housing and employment are clustered around transit. It appears that the more that daily trip needs can be met by walking, the more likely that longer trips will be made by transit than by automobile. This conclusion is drawn from the high transit use and low automobile use in the inner zones of New York, where there is the largest number of rapid-transit stations of all four cities. It is reinforced by comparisons of outer zones of New York and Tokyo with similar total population density but strikingly different configurations of settlement and greatly contrasting travel patterns. Extensive supporting data are reported. The land use configurations of each region are as much the product of institutional and economic forces as of each city’s geography, history, and culture. London, the urban area most similar to the New York region in size and culture, is responding to aggressive national policies that mandate land use plans to promote town centers and reduce travel demand. Long-range planning processes in Tokyo and Paris have achieved transit-oriented development even in their outer zones. In contrast, hundreds of municipalities in the 31 -county New York metropolitan area make reactive land use decisions influenced by incentives to sprawl inherent in the U.S. economy. Measures to offset these forces are recommended.

Author(s):  
Carmen Forciniti ◽  
Laura Eboli ◽  
Gabriella Mazzulla ◽  
Francisco Calvo

The configuration of urban areas is the result of a cyclic relationship between land use and transportation system: the changes in transportation system arrangements influence the localisation of residence and economic activities, as well as the changes in land use affect transportation system characteristics. In this context, by operating on land use, travel demand can be shift from the individual transportation modes to transit systems. In the literature, many conceptual models were proposed to describe the complex relationship between land use and travel behaviour. In addition to spatial variation, the study of travel demand shows the categorical variation of variables. This work aims to analyse the influence of the categorical variation of variables impacting on transit use. An ordered probit model is proposed for evaluating how transit use depends on variables related to socio-economic characteristics of population, territorial features, accessibility, and transportation system. The study case is Madrid metro network (Spain). The results show a strong influence of characteristics of population and land use variables on daily trips made using metro system and highlighted the aspects that mainly impact on the choice to travel by metro, providing useful suggestions for shifting people from individual transportation mode to transit systems.DOI: http://dx.doi.org/10.4995/CIT2016.2016.3205 


Urban Science ◽  
2018 ◽  
Vol 2 (2) ◽  
pp. 40 ◽  
Author(s):  
Lahouari Bounoua ◽  
Joseph Nigro ◽  
Kurtis Thome ◽  
Ping Zhang ◽  
Najlaa Fathi ◽  
...  

Cities are poised to absorb additional people. Their sustainability, or ability to accommodate a population increase without depleting resources or compromising future growth, depends on whether they harness the efficiency gains from urban land management. Population is often projected as a bulk national number without details about spatial distribution. We use Landsat and population data in a methodology to project and map U.S. urbanization for the year 2020 and document its spatial pattern. This methodology is important to spatially disaggregate projected population and assist land managers to monitor land use, assess infrastructure and distribute resources. We found the U.S. west coast urban areas to have the fastest population growth with relatively small land consumption resulting in future decrease in per capita land use. Except for Miami (FL), most other U.S. large urban areas, especially in the Midwest, are growing spatially faster than their population and inadvertently consuming land needed for ecosystem services. In large cities, such as New York, Chicago, Houston and Miami, land development is expected more in suburban zones than urban cores. In contrast, in Los Angeles land development within the city core is greater than in its suburbs.


Author(s):  
A. Al-jaberi

Transport is a link between territories with different types of land use in urban areas. At the same time, the improved accessibility associated with the transport network can lead to increased segregation and a change in land use. The article analyzes the road network of the Najaf and Kufa cities, Najaf province, Iraq, in order to identify the spatial classification of roads and streets. Based on the analysis, three main types of roads and streets are identified with respect to their structural features and characteristics: regional, city and district. The dependence of the typology and location of transit-oriented zones on the classification of the road network is indicated. In the process of analyzing the study area, the most optimal points for the practice of transit-oriented development (TOD) are identified, the territories most favorable for the location of transit-oriented zones of regional, city and district significance are introduced, the main characteristics of these zones are given. In order to reach goals, this article includes the collection of data and the creation of a database for land use applying a geographic information systems (GIS) environment. The result of the spatial analysis are five regional nodes, six urban nodes and seven district nodes


2020 ◽  
Vol 3 (1) ◽  
pp. 206-218
Author(s):  
Gulcin ALP ◽  
Yavuz Ozdemir ◽  
Sahika OZDEMIR

Cities are the settlements they form as living spaces of societies and they are not just structures; the same people are born, breathe, grow and thrive. While the cities are growing, their structures are unable to carry the density of the population due to deterioration in time. Urban transformation projects have emerged as a response to this need. However, it is seen that there are some problems and deficiencies when the issue of existing land use and transportation network factors for renewal of the problematic places of the cities is examined in parallel with the changes. If these problems are not prevented, it will not be possible to leave quality, reliable and sustainable cities for years to come. Non-sustainable transportation and land-use decisions in fast-growing urban areas are not effective in solving transportation problems. Point solutions against transportation problems are not permanent in the long term and cause problems after a short period of time. Therefore, the effect of the transformations on the transportation and land use factors are evaluated together. In this study, it is emphasized that the land use and transportation factor should be handled based on Göztepe District of Bağcılar district which is in the process of transformation under the law no 6306.


Author(s):  
Sat Pal

Urban population in Indian cities is encouraging auto reliance and having unsafe economic, social and environmental consequences. Land-use-change patterns are the outcome of the complex relations between the human and the physical surroundings. To address these issues the planners are moving beyond land use planning to a sustainable development. Transit and Land use planning are important components to achieve sustainable future of urban development. TOD is a planning tool to encourage this integration. This paper discusses the land use scenario and opportunity around four Metro transit stations in Faridabad city. Different methods and various sets of indicators are considered to evaluate and measure TOD index in this study. This study will evaluate and measure the Faridabad city in the context of land use around Metro Stations to support TOD. This paper seeks to answer how to promote walkable communities, compact and transit-oriented development (TOD) that incorporates mixed land use development, including neighbourhood schools, retail and business-related space and a mix range of housing types within walkable distance. This paper concludes that the stations area which had a low TOD score needs to have policy for improvement. If planned efficiently, TODs can realize the sustainable development with considerable change in the urban development that focuses on pedestrian based neighbourhood planning.


2019 ◽  
Vol 45 (4) ◽  
pp. 450-461 ◽  
Author(s):  
D. Schleith ◽  
M. J. Widener ◽  
C. Kim ◽  
M. W. Horner

The degree to which U.S. cities, metro regions, and general urbanized areas have distinct centres of economic activity has been a matter of debate for many decades. In the jobs–housing literature, there is related debate about whether having many distinct mixed-use centres in cities leads to longer or shorter commutes. The excess commuting framework has been increasingly refined and applied to assess urban areas' jobs–housing balance. The framework has expanded over the years but an issue in the present research is whether its various theoretical measurements and efficiency calculations might be used to assess the degree of poly- or mono-centricity of a region, thereby contributing to debates about what kind of urban form facilitates shorter commutes. In this paper, a suite of excess commuting (EC) measures are calculated for fifty-three of the largest Metropolitan Statistical Areas (MSAs) in the U.S. From there a hierarchical clustering approach is developed and applied to demonstrate which of these metrics are most useful in describing urban form. We examine how these metrics perform for particular built environments, which gives further insights into commuting and land use trends. Results of the research show how various urban forms have specific commuting outcomes: specifically, that polycentric urban forms have shorter average commute distances than sprawling ones. This should inform policy questions about the most effective land-use planning strategies to pursue in efforts to manage travel demand via built environment interventions.


2013 ◽  
Vol 1 (1) ◽  
pp. 23
Author(s):  
Nograito Wimardana T

<p>Transit Oriented Development (TOD) is a concept of developing an integrated transportation system  with land use. Implementation of TOD in the Banyumanik Area, aims to address the impacts of urban sprawl, namely traffic congestion, air pollution, consumption of open space, and a sense of kinship society in a modern residential neighborhood. Based on TOD best practices, elements that influential and become critical success of TOD implementation are land use, hinterland areas support, transportation systems, the role of stakeholders, and the level of understanding and public acceptance. This study aims to identify and know the priority of elements and components that influence and become a critical success for possible TOD applications in the Banyumanik Area. This study used Delphi Method with four expert informants as respondents. The results showed that TOD concept has a potential to be applied in the Banyumanik Area. In order to TOD application can be run effectively and achieve its objectives, there are six elements and eighteen components that need an attention. Eighteen components are part of the six elements. Elements and components also need to be prioritized according to level of importance. The order of priority elements, namely the role and collaboration between stakeholders, the level of understanding and public acceptance, regulatory systems, land use, transportation systems, and hinterland areas support. Elements and components that obtained has evolved from the synthesis of literature review. Recommendations can be given is development actors and citizens must begin to play an active role seriously and collaborate in formulating a regulatory system which is a guidelines of TOD implementation in the Banyumanik Area. Along with this, the level of understanding and public acceptance (especially local) of this concept should be developed because the people adaptation to something new is different, so it will takes time for the TOD concept can be embedded within them as a solution to solve the  transportation problem,</p>


2020 ◽  
Author(s):  
Franziska Koebsch ◽  
Ulrike Huth ◽  
Petra Kahle

&lt;p&gt;Ecosystems can store significant amounts of carbon dioxide and are therefore often considered as nature-based solutions to combat climate change. However, anthropogenic perturbations can turn these natural sinks to substantial sources for greenhouse gases. The climate impact of land use and land use change is well recognized on national and international level. Yet, municipalities which implement concrete measures on the ground, lack a tool to quantify the climate effect of their land use decisions.&lt;/p&gt;&lt;p&gt;Using the German city of Rostock (200.000 inhabitants) as an example, we present an approach to evaluate the climate effect of different land use trajectories in urban areas. The approach makes uses of municipal land use maps and complies with the IPCC inventory guidelines. Based on this emission assessment we can provide generic recommendations to exploit nature-based solutions for climate protection in municipal land policy.&lt;/p&gt;


2021 ◽  
Author(s):  
Saad I Sarsam ◽  

Transportation systems play a central role in a sustainable society by providing mobility for people, goods, and services. Significant sustainability benefits are being derived through the improvements in transportation network efficiency, use of alternative modes and multimodality, integration of sustainable design, better integration of land use and transportation systems. Sustainable transportation system usually refers to any means of transportation which has low impact on the environment, affordable to users and can balance the current and future needs. This work covers the implementation of surveying techniques in the route selection for Baghdad Metro Tube. The travel demand has been assessed through an extensive travel potential survey. The public bus terminals were considered as a major source of data. The number of passengers using the present public transportation system from each bus terminal and for each route to various destinations has been recorded. The passenger supply points have been indicated by latitude and longitude that define the bus stop and the proposed metro route using global positioning system GPS. A passenger counting data was collected concerning the present use of public transport. A line indicates travel from one area to another and a grid was constructed. The present bus routes were identified, and the 28 major and minor public transportation terminals, which represent the passenger trip origin and destination nodes, were detected using GPS. The bus terminals were also positioned by the GPS and affixed. The recent land use of Baghdad urban area and the existing transportation network as obtained from Google earth were utilized in the geographic information system GIS environment. Travel corridors are identified and analyzed according to their existing right-of-way conditions, transit services, land use, and demographics.The positive and negative attributes of each corridor with regards to their potential for supporting transitoriented development TOD and higher capacity transit services have been determined through optimization process in the GIS. Finally, five corridors of the highest trip potential have been selected and proposed.


Author(s):  
Fábio C. Barbosa

The increasing movement of people and products caused by modern economic dynamics has burdened transportation systems. Both industrialized and developing countries have faced transportation problems in urbanized regions and in their major intercity corridors. Regional and highway congestion have become a chronic problem, causing longer travel times, economic inefficiencies, deterioration of the environment and quality of life. Congestion problems are also occurring at airports and air corridors, with similar negative effects. In the medium distance travel market (from 160 up to 800 km), too far to drive and too short to fly, High Speed Rail (HSR) technology has emerged as a modern transportation system, as it is the most efficient means for transporting large passenger volumes with high speed, reliability, safety, passenger comfort and environmental performance. HSR system’s feasibility will depend on its capacity to generate social benefits (i.e. increased mobility rates, reduced congestion, capacity increase and reduced environmental costs), to be balanced with the high construction, maintenance and operational costs. So, it is essential to select HSR corridors with strong passenger demands to maximize these benefits. The first HSR line was Japan’s Shinkansen service, a dedicated HSR system, between Tokyo and Osaka, launched in 1964, which is currently the most heavily loaded HSR corridor in the world. France took the next step, launching the Train à Grande Vitesse (TGV), in 1981, with a dedicated line with shared-use segments in urban areas, running between Paris and Lyon. Germany joined the venture in the early 1990 with the Inter City Express – ICE, with a coordinated program of improvements in existent rail infrastructure and Spain, in 1992, with the Alta Velocidad Espanola – AVE, with dedicated greenfield lines. Since then, these systems have continuously expanded their network. Currently, many countries are evaluating the construction of new HSR lines, with European Commission deeming the expansion of the Trans European Network as a priority. United Kingdom, for example, has just awarded construction contracts for building the so called HS2, an HSRexpanded line linking London to the northern territory. China, with its dynamic economic development, has launched its HSR network in 2007 and has sped up working on its expansion, and currently holds the highest HSR network. United States, which currently operates high speed trainsets into an operationally restricted corridor (the so called Northeast Corridor (NEC), linking Washington, New York and Boston), has also embarked into the high speed rail world with the launch of Californian HSR Project, currently under construction, aimed to link Los Angeles to San Francisco mega regions, the ongoing studies for Texas HSR project, to connect Dallas to Houston, into a wholly privately funding model, as well as studies for a medium to long term NEC upgrade for HSR. Australia and Brazil are also seeking to design and launch their first HSR service, into a time consuming process, in which a deep discussion about social feasibility and affordability is under way. This work is supposed to present an overview of HSR technology worldwide, with an assessment of the main technical, operational and economical features of Asian and European HSR systems, followed by a snapshot of the general guidelines applied to some planned HSR projects, highlighting their demand attraction potential, estimated costs, as well as their projected economic and environmental benefits.


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