Architecture for Non-Human Residents
Buildings are now designed to accommodate wildlife alongside human occupants.
1Limits of Traditional Architecture
Conventional building envelopes prioritize human comfort by excluding nature. ChartierDalix's 2014 School of Science and Biodiversity in France challenged this norm with ledges and hollows in its concrete facade that now host 345 species. This project proves architecture can actively foster biodiversity rather than just tolerate it.
2Evolving Facades Over Time
In biophilic design, buildings are living systems, not static objects. At ChartierDalix's project, accumulated soil and wind-borne seeds created microhabitats. Ecological surveys recorded 207 plant and 138 animal species within a decade—equivalent to an urban park's biodiversity. The facade's transformation continues beyond the architect's initial vision.
3Architectural Second Stories
Netherlands' Buitenverblijf Nest holiday home integrates nesting cavities into its architecture. The black-clad structure on slender legs features three stepped facade layers creating spaces for bats and birds. The 55m² human dwelling becomes just one part of a multi-species habitat network within the building's thickness.
4Shared Facade Real Estate
BIG's Biosphere in Sweden merges hospitality with ornithology, embedding 350 birdhouses around a glass hotel room. Sized for local species, these dwellings form both ecological habitat and architectural expression. From inside, guests peer through this living screen; from outside, human spaces nearly disappear behind thriving wildlife.
5Restoring Water Cycles
Spain's Rambla Climate-House revives seasonal ravine ecosystems destroyed by suburban development. Roof rainwater and greywater feed a reconstructed rambla zone, with sensors maintaining optimal conditions. Within a year, native vegetation and wildlife returned, demonstrating architecture's role in hydrological restoration.
6Material as Ecosystem
The Reggio School in Madrid features an innovative cork facade covering 80% of its exterior. Designed to accumulate organic matter, its irregular surface supports microbial, plant, and animal life. This cork layer transcends insulation or aesthetics—it's a growing medium for an emerging ecosystem integrated with education spaces.
7Biodiversity in Urban Blocks
MVRDV's De Oosterlingen in Amsterdam transforms a residential block into multi-species habitat. Seven distinct buildings incorporate dry-stacked brick, rammed earth, and biobased materials to host bees, swallows, and bats. The 17-story Swallow Tower exemplifies how high-density housing can coexist with thriving urban wildlife populations.
8New Architectural Paradigm
These projects signal a shift from human-centric design to ecological stewardship. Biophilic principles can increase urban biodiversity by up to 30%. As architects embrace buildings as living organisms, they're creating structures that don't just minimize harm but actively regenerate local ecosystems—a radical redefinition of architectural success metrics.