Biomimicry examples from
Canada

Cellulotech's chromatogeny process mimics waterbird preen oil by grafting nanoscale fatty acid molecules onto cellulose fibres, making paper and cardboard superhydrophobic while preserving full recyclability and biodegradability.

• ✿Inspired by: Waterbirds (uropygial gland preen oil)
• ⚡︎Function: Paper and cardboard must repel water and grease to be useful in packaging, yet conventional waterproofing coatings destroy the recyclabil...
• ▣Company: Cellulotech
• ◉Where: Vancouver, Canada

The bumps (tubercles) on humpback whale fins turn out to be a breakthrough aerodynamic innovation. WhalePower Corporation's turbine blades, modelled on these tubercles, generate 20% more power, operate in 40% lower wind speeds, and stall less — transforming wind energy economics.

• ✿Inspired by: Humpback whale (Megaptera novaeangliae)
• ⚡︎Function: Mimics whale fin tubercles to reduce drag and improve aerodynamic performance.
• ▣Company: WhalePower Corporation
• ◉Where: Canada

Molecular grafting replicates duck preen-oil nanocoating

• ✿Inspired by: Mallard Duck
• ⚡︎Function: Ducks maintain waterproofing by distributing preen oil through nanoscale capillary gaps between feather barbules via molecular self-assem...
• ▣Company: Cellulotech
• ◉Where: Canada

Maple seed spinning descent inspires PowerCone retrofit for wind turbine blades, increasing energy capture by 10-13%.

• ✿Inspired by: Maple seed (Acer) autorotation; Barn owl (Tyto alba) silent flight feathers
• ⚡︎Function: Maple seeds must descend slowly enough to disperse far, despite being dense objects. They overcome high settling velocity through rotatio...
• ▣Company: Biome Renewables
• ◉Where: Canada

Electrogenic bacteria extract lithium and cobalt without smelting

• ✿Inspired by: Electrogenic Bacteria
• ⚡︎Function: Electrogenic bacteria metabolise metal oxides by transferring electrons to solid minerals, dissolving them at ambient temperature without...
• ▣Company: Brokkr
• ◉Where: Canada

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.

• ✿Inspired by: Physarum polycephalum (slime mould)
• ⚡︎Function: Slime moulds must efficiently transport nutrients between distributed food sources while maintaining network integrity if any pathway is...
• ▣Company: B+H Architects / Raphael Kay (Harvard)
• ◉Where: Toronto, Canada

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.

• ✿Inspired by: Forest patch dynamics and ant communication networks
• ⚡︎Function: Forest ecosystems must maintain productivity and resilience across large areas despite variable conditions, disturbances, and resource av...
• ▣Company: B+H Architects / CABN
• ◉Where: Ontario, Canada

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.

• ✿Inspired by: Bison grazing patterns and prairie wetland hydrology
• ⚡︎Function: Prairie ecosystems maintain productivity and resilience through the interaction of large grazing animals, fire, and hydrology, cycling nu...
• ▣Company: B+H Architects
• ◉Where: Alberta, Canada

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.

• ✿Inspired by: Ephemeral stream systems and forest finger ecology
• ⚡︎Function: Watershed ecosystems distribute water from ridgeline to wetland through branching networks of ephemeral and perennial streams, filtering...
• ▣Company: B+H Architects
• ◉Where: Ontario, Canada