Locating green space in Shiraz using AHP and TOPSIS techniques (Case study: Zone 10 of Shiraz Municipality)

Hamidreza Daneshpour¹ Mehdi Babaei² Ahmad Daryabad³ Fatemeh Zare⁴

1) PH.D degree in Urban Planning, University Lecturer, Architecture and Urban Planning Consultant of Urban Businesses and Agricultural Products Management Organization of SHiraz municipality
2) PhD student in business management, head of the Urban Businesses and Agricultural Products Management Organization of SHiraz municipality
3) Master of Executive Management, Technical Expert of Urban Businesses and Agricultural Products Management Organization of SHiraz municipality
4) M.Sc. Student of Public Administration, Expert of Cultural Organization of Shiraz Municipality

IOI Code : XDHH-GFKHA
Publication : 5th.International Conference & 6th.National Conference on Civil Engineering, Architecture, Art and Urban Design(5iccacs.ir)
Abstract :
    The phenomenon of urbanization is a rapidly evolving phenomenon, the analysis of the appropriate location and the geographical distribution of urban green space is very important in the future development of the city. The present study is an attempt to apply AHP and TOPSIS methods in urban design with respect to location. Choosing the right place for parks and urban green space, which are the most effective urban elements on maintaining the quality of life of people is a very important process. This location has been done in District 10 and because District 10 of Shiraz is one of the most important areas in terms of communication network. The main axis of Shiraz - Sepidan and Yasuj (Kohkiluyeh and Boyer Ahmad) is located in this area, which is considered one of the important thoroughfares. This area with an area of ​​about 2434 hectares and a population of 101834 people is one of the most important areas in terms of urban development of Shiraz. In this research, criteria such as (residential, educational, cultural, existing green space, facilities, etc.) have been used. We will obtain the weight and importance of each layer using the AHP method and finally we will prioritize the appropriate locations using the TOPSIS method.

Keywords : green space location shiraz ahp topsis