A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Waterways transformation in the vulnerable port city of Alexandria
https://orcid.org/0000-0003-4893-0488
https://orcid.org/0000-0001-7476-2735
https://orcid.org/0000-0002-2355-8264
Abstract The IPCC AR6 report advises that climate change will exacerbate storm surges and coastal flooding in the eastern Mediterranean basin in the upcoming decades. The above is particularly acute in low-lying arid cities in developing nations like Alexandria. The communities' lack of awareness of these rising vulnerabilities subsequently impacts their willingness to tackle upcoming challenges. The latter strongly relies on the public perception and efficiency of the ongoing waterways and waterscape transformations, which remains largely unquantified. To address this deficiency, we evaluate these factors for the historic transformed 21-km canal in Alexandria's vulnerable arid port city. We perform a public survey based on the City Development Strategy for Sustainable Development criterion, assessing the inhabitants' perceptions of the degeneration and transformation of the city's most iconic and historic urban waterway. Our results suggest that the waterscape's multiple transformations negatively influenced the inhabitants' awareness of Alexandria's coastal vulnerabilities and led to public disconnection from the city's maritime heritage, visual attributes, and environment. This disconnection resulting from decades of degrading waterways and inefficient landscape transformations is mainly observed among youth and further compromises the city's resilience to upcoming coastal hazards and aggravates the ecological and coastal degradations. We suggest an adaptive conceptual plan of waterways regeneration to restore their roles in mitigating climatic challenges and improving public connectivity to the historic city's marine identity.
Highlights Rapid and informal urban growth degraded waterways in the port city of Alexandria. Decades of inefficient waterways transformation resulted in the public misperception of their functionality. The above decreases public engagement in climatic adaptation, increasing coastal vulnerabilities. Adaptive landscape design along waterways can improve inhabitants' engagement in city climatic resilience.
Waterways transformation in the vulnerable port city of Alexandria
https://orcid.org/0000-0003-4893-0488
https://orcid.org/0000-0001-7476-2735
https://orcid.org/0000-0002-2355-8264
Abstract The IPCC AR6 report advises that climate change will exacerbate storm surges and coastal flooding in the eastern Mediterranean basin in the upcoming decades. The above is particularly acute in low-lying arid cities in developing nations like Alexandria. The communities' lack of awareness of these rising vulnerabilities subsequently impacts their willingness to tackle upcoming challenges. The latter strongly relies on the public perception and efficiency of the ongoing waterways and waterscape transformations, which remains largely unquantified. To address this deficiency, we evaluate these factors for the historic transformed 21-km canal in Alexandria's vulnerable arid port city. We perform a public survey based on the City Development Strategy for Sustainable Development criterion, assessing the inhabitants' perceptions of the degeneration and transformation of the city's most iconic and historic urban waterway. Our results suggest that the waterscape's multiple transformations negatively influenced the inhabitants' awareness of Alexandria's coastal vulnerabilities and led to public disconnection from the city's maritime heritage, visual attributes, and environment. This disconnection resulting from decades of degrading waterways and inefficient landscape transformations is mainly observed among youth and further compromises the city's resilience to upcoming coastal hazards and aggravates the ecological and coastal degradations. We suggest an adaptive conceptual plan of waterways regeneration to restore their roles in mitigating climatic challenges and improving public connectivity to the historic city's marine identity.
Highlights Rapid and informal urban growth degraded waterways in the port city of Alexandria. Decades of inefficient waterways transformation resulted in the public misperception of their functionality. The above decreases public engagement in climatic adaptation, increasing coastal vulnerabilities. Adaptive landscape design along waterways can improve inhabitants' engagement in city climatic resilience.
Waterways transformation in the vulnerable port city of Alexandria
https://orcid.org/0000-0003-4893-0488
https://orcid.org/0000-0001-7476-2735
https://orcid.org/0000-0002-2355-8264
Abstract The IPCC AR6 report advises that climate change will exacerbate storm surges and coastal flooding in the eastern Mediterranean basin in the upcoming decades. The above is particularly acute in low-lying arid cities in developing nations like Alexandria. The communities' lack of awareness of these rising vulnerabilities subsequently impacts their willingness to tackle upcoming challenges. The latter strongly relies on the public perception and efficiency of the ongoing waterways and waterscape transformations, which remains largely unquantified. To address this deficiency, we evaluate these factors for the historic transformed 21-km canal in Alexandria's vulnerable arid port city. We perform a public survey based on the City Development Strategy for Sustainable Development criterion, assessing the inhabitants' perceptions of the degeneration and transformation of the city's most iconic and historic urban waterway. Our results suggest that the waterscape's multiple transformations negatively influenced the inhabitants' awareness of Alexandria's coastal vulnerabilities and led to public disconnection from the city's maritime heritage, visual attributes, and environment. This disconnection resulting from decades of degrading waterways and inefficient landscape transformations is mainly observed among youth and further compromises the city's resilience to upcoming coastal hazards and aggravates the ecological and coastal degradations. We suggest an adaptive conceptual plan of waterways regeneration to restore their roles in mitigating climatic challenges and improving public connectivity to the historic city's marine identity.
Highlights Rapid and informal urban growth degraded waterways in the port city of Alexandria. Decades of inefficient waterways transformation resulted in the public misperception of their functionality. The above decreases public engagement in climatic adaptation, increasing coastal vulnerabilities. Adaptive landscape design along waterways can improve inhabitants' engagement in city climatic resilience.
Waterways transformation in the vulnerable port city of Alexandria
Fouad, Sara S. (author) / Heggy, Essam (author) / Weilacher, Udo (author)
Cities ; 141
2023-06-04
Article (Journal)
Electronic Resource
English
Waterways transformations , City development strategy , Inefficient planning policies , Public engagement , Landscape architecture , Port cities , Climate change , Alexandria , Environmental design , Landscape urbanism , CDS , City Development Strategy , DPSIR , Drivers, Pressures, State, Impact, and Response , NBS , Natural Based Solutions , ANOVA , Analysis of Variance
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