Activities per year
Abstract
Essay in the context of the theme ´Framing renovation´, E-flux Architecture, online magazine.
The speed and magnitude of rising sea levels represent considerable levels of uncertainty and flood risk to coastal communities. Approximately 10% of Earth's population lives in coastal areas less than ten meters above relative sea level, and 40% lives within 100 kilometres of the coast. Here, Denmark has followed the global trend of concentrating new urban development in low-lying former wetlands and land reclaimed from the sea, both of which are flood risk zones. This forms a context of building flood risk for future generations.
While coastal cities face an increasing urgency to adapt to rising sea levels, contemporary patterns of dense urban development in low-lying coastal and flood risk zones exceed the pace for implementing adaptation measures. Harborfront development often takes place on reclaimed land, such as former wetlands or seabeds, which increases further flood risk to areas where climate adaptation is already needed, and leaves the consequences to future generations. It is time to incorporate dynamic and nature-based solutions into the design of coastal cities and their transformation over time.
The speed and magnitude of rising sea levels represent considerable levels of uncertainty and flood risk to coastal communities. Approximately 10% of Earth's population lives in coastal areas less than ten meters above relative sea level, and 40% lives within 100 kilometres of the coast. Here, Denmark has followed the global trend of concentrating new urban development in low-lying former wetlands and land reclaimed from the sea, both of which are flood risk zones. This forms a context of building flood risk for future generations.
While coastal cities face an increasing urgency to adapt to rising sea levels, contemporary patterns of dense urban development in low-lying coastal and flood risk zones exceed the pace for implementing adaptation measures. Harborfront development often takes place on reclaimed land, such as former wetlands or seabeds, which increases further flood risk to areas where climate adaptation is already needed, and leaves the consequences to future generations. It is time to incorporate dynamic and nature-based solutions into the design of coastal cities and their transformation over time.
| Original language | English |
|---|---|
| Journal | e-flux Architecture |
| Publication status | Published - 1 May 2024 |
Keywords
- climate adaptation
- sea level rise
- flooding
- urban development
- future generations
- transformation
- landscape
Artistic research
- No
Activities
- 1 Other
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Pre-opening Venice Architecture Biennale 2023
Wiberg, K. (Participant)
18 May 2023 → 19 May 2023Activity: Other activity types › Other
Research output
- 1 Exhibition
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Blue Voices: A poetic Atlas of the Sea
Civa, V., Wiberg, K. M. (Performer) & Eberle, L. (Curator), 27 May 2026Publications: Non-textual form › Exhibition › Communication
Projects
- 4 Finished
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Hvad bygger vi på kanten til fremtiden?
Wiberg, K. (Project Manager, academic), Odgaard, M. (Project Participant) & Nielsen, T. (Project Participant)
23/02/2023 → 01/11/2025
Project: Research
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Danske byers tilpasning til havvandsstigning – nye løsningsrum
Nielsen, T. (PI), Jørgensen, G. (PI), Arnbjerg-Nielsen, K. (PI), Wiberg, K. (CoI), Ryu, S. (Working Partner), Fryd, O. (CoI) & Löwe, R. (CoI)
01/08/2020 → 31/08/2023
Project: Research
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