A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Urban Resilience Index Study on Ankara Metropolitan Area
Nowadays, urban planning, urban resilience, and climate change issues are discussed differently within the frame of developing and changing technological conditions. Studies on climate change, disasters, environmental data, and effective use of resources indicate that cities are responsible for exceeding their ecological limits. Cities are both the source of these problems and the most affected in terms of threats to urban residents and urban infrastructures. As a result of the uncertain and ever-changing risks brought on by urbanization and population growth worldwide that put pressure on cities in a variety of interconnected and complex ways perceptions of the preparedness and safety of cities are evolving. To manage these issues, new paradigms are needed. There is no consensus on the concept of urban resilience and methods for applying this concept in urban areas. In this research, how to create a relationship between existing approaches, theories, and practices in the field of urban resilience is discussed. The necessity to include resilience in numerical measurement techniques and planning applications and how these application methods will be operated was explained. In the process of creating a planning decision support system to ensure urban resilience, indicators that would provide input to measurement and index studies were researched, and new indicators were proposed. In this study, a formula for the urban resilience index was determined, and analyses that would provide input to the planning in Ankara metropolitan districts according to these indicators and urban resilience characteristics were put forward through geographic information systems. According to these studies, Gölbaşı was determined to be the district with the highest urban resilience index and Keçiören as the district with the lowest.
Urban Resilience Index Study on Ankara Metropolitan Area
Nowadays, urban planning, urban resilience, and climate change issues are discussed differently within the frame of developing and changing technological conditions. Studies on climate change, disasters, environmental data, and effective use of resources indicate that cities are responsible for exceeding their ecological limits. Cities are both the source of these problems and the most affected in terms of threats to urban residents and urban infrastructures. As a result of the uncertain and ever-changing risks brought on by urbanization and population growth worldwide that put pressure on cities in a variety of interconnected and complex ways perceptions of the preparedness and safety of cities are evolving. To manage these issues, new paradigms are needed. There is no consensus on the concept of urban resilience and methods for applying this concept in urban areas. In this research, how to create a relationship between existing approaches, theories, and practices in the field of urban resilience is discussed. The necessity to include resilience in numerical measurement techniques and planning applications and how these application methods will be operated was explained. In the process of creating a planning decision support system to ensure urban resilience, indicators that would provide input to measurement and index studies were researched, and new indicators were proposed. In this study, a formula for the urban resilience index was determined, and analyses that would provide input to the planning in Ankara metropolitan districts according to these indicators and urban resilience characteristics were put forward through geographic information systems. According to these studies, Gölbaşı was determined to be the district with the highest urban resilience index and Keçiören as the district with the lowest.
Urban Resilience Index Study on Ankara Metropolitan Area
Dincer, Şeyma Elif (author) / Yalçıner Ercoşkun, Özge (author)
2024-12-31
doi:10.15320/ICONARP.2024.293
ICONARP International Journal of Architecture and Planning; Vol. 12 No. 2 (2024); 504-532 ; 2147-9380
Article (Journal)
Electronic Resource
English
DDC:
710
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