The Age of Wood exhibition studies how timber records change by presenting 11 sculptural works developed by the Karimoku Research Center with Danish studio Christian + Jade. The project draws on field observations in Japanese forests and research inside Karimoku’s facilities to examine how wood responds to light, moisture and long-term environmental shifts. A central library installation showcases samples from dozens of Japanese species, each paired with leaves, bark or seeds to document origin and growth context. Additional pieces use movement, heat or controlled humidity to demonstrate how timber expands, contracts and ages over time.
The exhibition divides its narrative into phases that reference forest life cycles and human interaction with wood as a living material. By blending documentation and sculpture, the presentation focuses on material behaviour rather than product output. The result is an exploratory display that highlights craftsmanship, durability and the natural evolution of wood across decades.
Image Credit: Bouillon
What Makes This Trend Stand Out
- Sustainable Material Design
- Exploring the ageing process of timber highlights opportunities in creating sustainable designs that adapt to environmental changes.
- Interactive Exhibitions
- The use of movement, heat, and humidity in sculptures introduces immersive ways to engage audiences through interactive storytelling methods.
- Biomimicry in Art
- Drawing inspiration from forest life cycles reveals a trend in using biomimicry as a narrative device to inform artistic expression.
Sectors Adopting This
- Furniture Manufacturing
- Understanding how wood behaves under different conditions opens avenues for revolutionizing furniture design for better longevity and adaptability.
- Curated Experiences
- The use of dynamic displays to convey material narratives suggests a growing industry of curated experiential content in arts and education.
- Sustainable Construction
- By highlighting the natural evolution of wood, the exhibition underscores the potential for using environmentally adaptive materials in construction.
