Stadsplanering i ett förändrat klimat Anpassningsstrategier och åtgärder mot skyfallsöversvämningar i Göteborg och Köpenhamn
Abstract
The aim of this report explores and analyzes how Gothenburg and Copenhagen implement
strategies to deal with cloudburst flooding in a changing climate. Due to the changing climate
cloudburst events will happen more frequently and more intensely, this will generate challenges
to urban areas. Therefore, the focus of this report is to identify the most vulnerable environment
in both cities, additionally how the cities work for climate adaptations and physical planning.
The method is based on a combination of qualitative and quantitative approach. Gis- analyzes
is produced to illustrate the identified area with the most risk for cloudburst floodings, in both
Gothenburg and Copenhagen. The use of the qualitative approach made expert interviews
possible, which generated a more subtle insight of knowledge. Using documation's and
planning frameworks, the information was established for the work and planning for climate
adaptation in both cities.
The work of the report is based on theoretical frameworks that include urban resiliens and the
Three Point Approach (3PA) which is analyzed in the results. The results indicate that both
Gothenburg and Copenhagen possess vulnerable areas for cloudburst floodings. With
experience of cloudburst event Copenhagen has created a more effective solution of climate
adaptation through their cloudburst management plan. Gothenburg strategies are based on the
cooperation between different actors, a limitation is that proposed adaptations strategies are not
always being implemented. The study shows that effective management for cloudburst risks
technical solutions, Clear distribution of responsibilities and collaboration between actors. The
result indicates that cooperation is critical for creating sustainable urban climate adaptation.
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Date
2025-06-24Author
Ibrahim, Yasmine
Nordgren, Filip
Keywords
Cloudburst Flooding
Climate Adaptation
Urban Planning
Physical Planning
Urban Resilience
Language
swe