Architects and planners' concern is to decrease the impact of urbanization on the natural environment and increase human-nature relationships. A biophilic city is a city full of nature, a place where, in the normal course of work and life, residents feel, see, and experience rich nature. The present study aims to analyze the capabilities of Ahvaz city to determine how far this city is from becoming a biophilic city. The current research is descriptive-analytical and applied regarding content and methodology. The statistical population of the research consists of geography and urban planning experts. The result of their viewpoint was the basis of the research analysis. The Entropy and WASPAS methods were used for data analysis. Eventually, the IDW interpolation method has been utilized to display the biophilic city index conditions in the Ahvaz region. The research results found that region 2 has the best quality of biophilic indicators compared to other regions. Region 3 of Ahvaz ranked next with an extremely negligible difference. The region that has given the lowest rank is region 7. The results of the research showed that the majority of the regions of Ahvaz city have a significant weakness in the biophilic city indicators due to climate conditions. Nevertheless, Ahvaz can become a biophilic city due to its river "Karoun", plus the appealing and diverse plant species. However, it requires related groundwork to diminish the impact of the city's climatic features as much as feasible.
Maleki, S. and Abyat, N. (2025). Analyzing the Capacities of Ahvaz City in Order to Become a Biophilic City. Sustainable Earth Trends, (), -. doi: 10.48308/set.2025.240490.1133
MLA
Maleki, S. , and Abyat, N. . "Analyzing the Capacities of Ahvaz City in Order to Become a Biophilic City", Sustainable Earth Trends, , , 2025, -. doi: 10.48308/set.2025.240490.1133
HARVARD
Maleki, S., Abyat, N. (2025). 'Analyzing the Capacities of Ahvaz City in Order to Become a Biophilic City', Sustainable Earth Trends, (), pp. -. doi: 10.48308/set.2025.240490.1133
CHICAGO
S. Maleki and N. Abyat, "Analyzing the Capacities of Ahvaz City in Order to Become a Biophilic City," Sustainable Earth Trends, (2025): -, doi: 10.48308/set.2025.240490.1133
VANCOUVER
Maleki, S., Abyat, N. Analyzing the Capacities of Ahvaz City in Order to Become a Biophilic City. Sustainable Earth Trends, 2025; (): -. doi: 10.48308/set.2025.240490.1133