Abstract
Temporary cities provide unique challenges in terms of urban planning and management. In particular, there are problems in terms of providing adequate service provision and ensuring an equitable access to those services. In addition, when temporary cities also involve a mass gathering for an event, there is a need for a strategic plan for managing the movement of this crowd over time. The Hajj is an annual religious event which hosts about 3 million pilgrims each year. It is the second largest annual gathering of Muslims in the world. The pilgrims reside for a number of days in the “tent city” of Mina. The organisers of the Hajj must plan the location of services to support this huge temporary population and also provide a plan to facilitate the performing of the religious rituals in an easy and safe manner (in particular to avoid overcrowding). In this paper, we estimate and map the distribution of populations across Mina during the Hajj and explore the location of existing services to investigate how well served the population is within various parts of the City. For illustrative purposes, we explore access to health centres and civil defence (mainly fire services). After analysing the current provision of these services across the City (through building suitable accessibility measures) we use a location allocation model to compare the current provision with a set of optimal, model-based locations. The model is also used to operationalise a series of what-if scenarios including reducing the number of facilities in line with increased Government concerns over escalating costs and changing demand in line with pilgrim movements throughout the day. The results of the location-allocation modelling could also help revamp staffing rotas—not only can the model provide optimal locations they can estimate the workloads associated with each facility location (based on the volume of local demand), meaning the thousands of health workers could be also located more optimally.
Highlights
The use of urban space by persons on a temporary basis provides unique problems for planners and administrators
When temporary cities involve a mass gathering for an event, there is a need for a strategic plan for managing the movement of this crowd over time
The organisers of the Hajj must plan the location of services to support this huge temporary population and provide a plan to facilitate the performing of the religious rituals in an easy and safe manner
Summary
The use of urban space by persons on a temporary basis provides unique problems for planners and administrators. In some rarer cases entire cities might be seen as temporary One example of the latter is the Hajj for Muslims, described as the largest gathering of people to take place on an annual basis. To cater for that many people the city extends over 20 sq∙km Pilgrims can be both local and international and need many of the services that would be expected in a permanent city of that size. In addition it is important to study the dynamics of locations; the locations of tents only capture the locations where pilgrims sleep. It is during the pilgrim’s movement towards Jamarat to participate in the religious rituals that the expected demand for services is likely to peak. The novel contribution of the paper is that it can provide decision makers with information on the best locations to provide services, at different times of the day and for different potential cost models
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a callDisclaimer: All third-party content on this website/platform is and will remain the property of their respective owners and is provided on "as is" basis without any warranties, express or implied. Use of third-party content does not indicate any affiliation, sponsorship with or endorsement by them. Any references to third-party content is to identify the corresponding services and shall be considered fair use under The CopyrightLaw.
