United KingdomMany cities historically buried urban streams to accommodate infrastructure development, but rising climate pressures and aging systems are prompting efforts to restore these streams to the surface, a process called stream daylighting. This practice offers benefits such as improved stormwater management, habitat restoration, and enhanced public spaces. However, implementing such projects requires careful planning, coordination, and consideration of social impacts like resident displacement. Research comparing Seoul’s large-scale Cheonggyecheon stream restoration and Zurich’s gradual 'Bachkonzept' approach highlights differing strategies: Seoul focused on a high-profile, centralized project with significant investment, while Zurich used a decentralized model with smaller, incremental restorations tied to broader urban planning goals. Both models demonstrate potential, though each carries distinct challenges and trade-offs.
Bias read (Center): The article presents both the Seoul and Zurich case studies without overtly favoring either approach. While it acknowledges the challenges and criticisms of Seoul’s large-scale project, it does not frame it as inherently flawed or politically biased. Similarly, it describes Zurich’s incrementalist '
