Interest · 31 examples
31 examples where people turned a strategy from nature into architecture solutions.
Mycelium (fungal networks, various species)
Biohm developed mycelium-based building materials that are affordable, non-toxic, fire-resistant, and fully biodegradable. These materials function as insulation, structural panels, and acoustic treatments in sustainable building design.
Spider (Araneus sp., UV-Reflective Silk)
Spiders add UV-reflective silk to webs. Birds see UV. 1 billion birds die from glass strikes yearly.
Soap bubbles, carbon molecules, pollen grains, dragonfly wings, pressurised natural membranes
The Eden Project's iconic biome enclosures use soap bubble geometry reinforced with hexagons and pentagons, achieving structures lighter than the air they contain using ETFE polymer 1% the weight of glass.
Natural ecosystem nutrient cycling
This zero-waste urban greenhouse concept mimics natural ecosystem nutrient cycling, where waste from one process becomes input for another, generating food, energy, and water treatment simultaneously.
Marine mollusc shells
This Manchester flue tower uses mollusc shell-inspired lace structure with thin steel sheets (6-8mm) and perforations to achieve remarkable lightness without sacrificing strength.
African termite (Macrotermes michaelseni)
The Eastgate Centre in Harare, Zimbabwe uses no conventional air conditioning, yet maintains a constant temperature year-round — modelled entirely on how African termites regulate heat inside their 3-metre mounds.
Sea Urchin structure
The BUGA Wood Pavilion at the University of Stuttgart inspired by sea urchin structures for lightweight and efficient temporary architecture.
Namibian fog-basking beetle (Stenocara gracilipes)
This water amphitheatre mimics the Namibian fog-basking beetle's water harvesting mechanism, using hydrophilic/hydrophobic surfaces to condense atmospheric moisture into freshwater with 10x energy savings for desalination.
Trees (Multi-Canopy Leaf Architecture)
Biomimetic shade canopies for urban heat islands.
Forests and tree ecosystems
Vincent Callebaut Architectures designs biomimetic buildings that function like living ecosystems. Vertical forests integrate vegetation into building structure, mimicking forest ecology while providing insulation, air purification, and aesthetic benefits.
Sensitive plants (Mimosa pudica), circulatory systems, solar-optimising leaf arrangements
A 20,000 m² self-heated, self-cooled, and self-ventilated commercial building in Switzerland whose footprint was generated through genetic algorithm optimisation mimicking nature's solar collection strategies, with adaptive facades inspired by sensitive plants and decentralised heat distribution like a circulatory system.
Termite mounds (Macrotermes)
A 38,000 m² art and media complex in Melbourne featuring the largest thermal labyrinth installed at the time of construction, inspired by termite mound ventilation to achieve passive cooling without mechanical air conditioning.
Biosphere and living ecosystems
A living, breathing office building concept by Chain10 Architecture that integrates biological systems and ecosystem functions into building design.
Various organisms and natural systems (framework)
Comprehensive building certification framework requiring buildings to function like living systems with positive environmental impact.
Branching biological systems (Murray's Law)
This data centre eliminates energy-intensive cooling by locating in a mountain tunnel and using Murray's Law of biological branching to optimise duct networks for thermal distribution.
Durian fruit (Durio zibethinus) thorny casing
Singapore Arts Centre's kinetic facade mimics durian fruit's spiky protective envelope, synchronising with sun movement to control tropical heat while maintaining natural lighting and reducing energy use by 30%.
Deciduous forest ecosystem
This Indian village replicates six ecosystem services from local deciduous forest, with roofs that release monsoonal water as vapour, permeable pavements, tree-root-inspired foundations, and anthills-modelled rainfall management.
Integrated biological systems
An ultra-low energy commercial office building in Seattle that mimics integrated natural systems for sustainability and resilience.
Human femur bone trabeculae
The Eiffel Tower's curved structure and hierarchical truss system mimic the efficient load-bearing design of human femur bone, with supporting elements aligned along lines of force like trabeculae.
Physarum polycephalum (slime mould)
A campus master plan for George Brown College in Toronto that uses slime mould algorithms to optimise transportation routes between multiple urban campus patches, revealing resilient redundancies in the network.
Nature-inspired design combined with dragon dancing tradition
A landscape and park design by Turenscape that integrates natural ecological principles with cultural traditions like dragon dancing for environmental restoration.
Human DNA structure and skiing mechanics
This Taipei tower's DNA double-helix form provides panoramic views, privacy, and structural resilience while absorbing 130 tons of CO2 annually through integrated green systems.
Forest patch dynamics and ant communication networks
A 64-hectare carbon-positive community in rural Ontario designed by emulating forest patch dynamics and ant communication strategies to create resilient, pedestrian-focused clusters of prefabricated net-positive homes.
River delta and wetland ecosystems
This Vietnamese waterfront development integrates rather than eradicates natural wetlands and river delta systems, allowing development and ecosystem services to coexist through locally-attuned system design.
Bison grazing patterns and prairie wetland hydrology
A 600-hectare infrastructure master plan for an Indigenous Metis cultural centre in Alberta, Canada, using biomimetic strategies including bison-based regeneration and wetland restoration.
Ephemeral stream systems and forest finger ecology
A 200-hectare mixed-use master plan in Ontario that restores dried ephemeral streams and integrates forest fingers into the urban fabric, achieving measurably higher ecological performance than both pre-design conditions and traditional development.
Heterogeneous biological membranes and circulatory systems
A 121,000 m² airport and commercial complex in Singapore that uses heterogeneous glazing patterns and embedded chilled water pipe systems inspired by biological membranes and circulatory systems to strategically condition a vast indoor garden without massive energy consumption.
Prairie grassland ecosystems and earth-sheltered geology
A 109,000 ft² presidential library achieving Living Building Standard certification through earth-sheltered design, local grazing agriculture for carbon sinking, and energy generation exceeding 105% of building needs.
Island ecosystems and Ahupua'a land management
A biomimetic commercial building on Kaua'i that uses the Living Story methodology and indigenous Hawaiian knowledge to address socio-ecological and economic challenges on the island.
Animal and plant cells
The Shanghai Natural History Museum designed by Perkins + Will using cell structures (both animal and plant) as inspiration for architectural organization and design.
Beetle wings
Pavilion designs by the University of Stuttgart inspired by beetle wing structures for lightweight and structurally efficient architecture.
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