The Super Kello is a public artwork by Danish collective Superflex and KWY.studio located at Kiviniemi fishing harbour in Oulu, Finland. Created for the Climate Clock public art trail, the sculpture is designed to function as seating for visitors today while serving as marine habitat if rising sea levels eventually submerge the site. Carved from Rosa Aurora marble, the structure forms part of the collaborators' ongoing series of fish-friendly sculptures that explore relationships between public art, ecology, and changing coastal environments. The project was developed for Oulu's 2026 European Capital of Culture programme.
The sculpture is produced from a single block of waste marble using parametric design and wire-cutting techniques that maximize surface area for marine life. Its pink stone references coral species that could migrate north as ocean temperatures increase. An accompanying audio installation presents Homer's Odyssey at the pace of one word per hour over ten years, encouraging visitors to consider environmental change across extended timescales.
What's Driving This Trend
- Climate-adaptive Public Art
- Public artworks that shift from civic amenities into ecological infrastructure highlight new possibilities for cultural investments that retain relevance as environmental conditions change.
- Bio-receptive Stone Design
- Parametric carving and waste-stone fabrication create sculptural surfaces that support marine life while redefining premium materials as regenerative urban assets.
- Slow-media Environmental Storytelling
- Long-duration audio experiences tied to climate sites introduce immersive formats for extending public attention beyond short campaign cycles.
Who This Affects Most
- Public Art
- Cultural commissions can blend placemaking, climate education, and future habitat creation to expand the social and ecological value of civic artworks.
- Coastal Infrastructure
- Harbour and waterfront projects may increasingly incorporate habitat-ready forms that serve people today while preparing built environments for sea-level rise.
- Sustainable Materials
- Waste marble and precision-cut fabrication demonstrate how high-end material remnants can be transformed into functional, ecologically responsive design products.
