Structural Analysis of Affecting Factors for Future Development of Green Spaces in Tabriz City

Abstract

This paper attempts to analyze factors involved in the development of urban green spaces with a systematic and structural approach and extract the most important factors for the optimal development of urban green spaces using relationships between these factors. This applied study was conducted using a descriptive analytical method, which attempted to present solutions to structural development of green spaces in Tabriz City as a case study. This study's findings can be generalized on cities with same condition. Thus, in order to achieve this goal, all factors involved in the development of green spaces have been initially extracted using Delphi method. Then, analysis of factors that have been extracted from MICMAC, relevance of factors involved in the development of green spaces in the city of Tabriz have been analyzed and finally key factors were determined. Eleven factors have identified as key factors that have important role in development of optimal green spaces in Tabriz city.

Contributing Factor Influencing Flood Disaster Using MICMAC (Ciliwung Watershed Case Study)

“…MICMAC analysis is used for analytical integration of parts of the system to identify clause feedback loops (either direct or indirect) between variables, which can be useful in improving the dynamics of analysis for future scenarios (Veltmeyer and Sahin, 2014;Ambrosio-albala and Delgado, 2008;Paulus and Fauzi, 2017). Research conducted in Tabriz City using MICMAC to analyze the factors involved in the development of urban green space with a systematic and structural approach and extract the most important factors for optimal urban green space development using the relationship between these factors (Teimouri and Hodjati, 2017). Adapting prospective structure analysis also needs to be carried out to strengthen sustainable management and capacity building in the context of community-based natural resource management (Delgado-serrano et al, 2016;Ahmed dan Saleh, 2009).…”