Document Type : Research Paper
Authors
1 Department of Urban Planning and Management, School of Urban Planning, University of Tehran, Tehran, Iran.
2 Bureau of Economic Evaluations and Management of Transport Efficiency, Ministry of Roads and Urban Development, Tehran, Iran.
3 Department of Civil Engineering, Faculty of Civil Engineering, Architecture and Art, Science and Research Branch, Islamic Azad University, Tehran, Iran.
Abstract
Highlights
- Iran's "Urban Master Plan" and "Transportation Master Plan" have been developed independently, typically across different time frames.
- Semi-structured interviews and context analysis were used to get expert knowledge to address the contradiction in the two development plans.
- This inconsistency of two development plans was revealed through discussions with the experts.
- Combining two separate blueprints into one may seem simple, but interviews reveal organizational obstacles make it challenging to implement.
Introduction
Land use and transportation are dynamic processes that are interrelated. How land is used has an impact on transportation, and vice versa. The development of new highways and access to metropolitan areas may have an effect on the structure of urban areas. The growth that has occurred around ring roads is an example of how the expansion of transportation networks may guide urban growth. Therefore, urban planning must take into account this connection. However, Iran's "Urban Master Plan" and "Transportation Master Plan" have been developed independently, typically across different time frames, and with approval coming from two separate sources. This has led to inconsistency between the two plans, which can have negative consequences for urban development.
Theoretical Framework
The Transit Oriented Development (TOD) approach places an emphasis on the integration of land use and transportation. Through taking this strategy, accessibility is improved by providing passengers with a variety of transportation options. Private cars have the advantages of being quick, adaptable, and having a low capacity. The public transportation system is characterized by a large capacity, acceptable speed, and a minimal degree of flexibility. The non-motorized systems have a wide range of possibilities but are quite slow. The fundamental idea of development based on public transportation is that in order to create an alternative to the use of private automobiles, the benefits of public transportation and non-motorized modes of transportation should be combined, and accessibility should be taken into consideration. Therefore, non-motorized options compensate for the inflexibility of public transportation, while public transportation compensates for the slowness of these alternatives. This combination and replacement only work when the population, building density, and distance to services are suitable for walking.
Methodology
Semi-structured interviews were employed for this study. The focus of a semi-structured interview has been set in advance, and all respondents are asked the same questions; yet, they are free to react according to their own unique perspective. In order to address the issue of inconsistency that arose during the process of drafting the two primary development plans, we acquired the knowledge of subject matter experts through semi-structured interviews and contextual analysis.
Results and Discussion
The first category that has been derived from the interviews is titled "The Urgent Need to Coordinate Comprehensive Plans for Urban Development and Transportation." This type of coordination is essential for the development of broad policies, comprehensive urban planning, and in-depth transportation studies. This inconsistency was revealed through discussions with experts. It is interesting to note that both transportation and urban planning organizations have emphasized the irregularities in plan design. For example, there is a lack of coordination between land use and the construction of new railway lines, traditional car-oriented development continues, and parking restrictions in city centers are inconsistent. Combining two separate blueprints into one may seem like a simple solution. However, expert interviews show that this solution does not directly solve the lack of coordination due to organizational challenges and the interests of specialized consultants in each sector. It is not a high priority for the set of actions to be taken. However, separating the information collection and modeling processes can lighten the burden of developing comprehensive plans, especially in the transportation sector, and provide a framework for the eventual integration of the planning preparation section in urban planning and transportation. This is especially true in the case of the former. It would seem that carrying out two different plans at the same time would be an efficient way to reduce inconsistency. This strategy is operationally preferable to combining two programs and has fewer obstacles. However, it has been shown to be impractical due to bureaucratic, technological, and, most importantly, institutional inequalities in previous experiences. Finding solutions to the earlier problems in the medium term before combining the two strategies could be successful.
Conclusion
Altering current trends was recommended as a short-term strategy. These ideas highlight the need to use the expertise of experts from multiple fields when developing comprehensive plans. Other suggestions for the short term include having urban planners and transportation experts collaborate to review and regulate overall urban plans. These measures could improve coordination between transportation and land use development. Finally, establishing specialized training and skill development programs, as well as using tools that are both easy and practical for integrated land use and transportation planning, can help to develop human resources and facilitate future process reforms.
Keywords
- Integrating land use and transportation
- Urban Master Plan
- Transportation Master Plan
- Semi-structured interview
Main Subjects