# Biomimicry **Domain:** Design / Biology / Systems thinking **Doc Type:** Canonical concept node **Maturity:** Developed ## Definition Biomimicry studies biological forms, processes, and ecosystems as sources of design principles for human technologies and institutions. ## Mechanism and Significance Biological systems often build through local interactions, ambient conditions, feedback, modular growth, and material reuse. Those mechanisms can suggest alternatives to manufacturing or organization based primarily on centralized force and high-energy transformation. ## Evidence Boundary Nature is not a single moral or engineering program. Biological systems also contain predation, waste, competition, and failure. Biomimicry requires selecting a specific mechanism and testing whether it transfers to the human design problem. ## Relationships [[wiki/Self-Organization|Self-Organization]] · [[wiki/Emergence|Emergence]] · [[wiki/Cooperation|Cooperation]] · [[wiki/Biology as an Engineering Discipline|Biology as an Engineering Discipline]] ## Simple Reminders, Quotations, and Thoughts > “Nature builds from the bottom up. Plants assemble trees from small elements with remarkable efficiency, while human manufacturing often relies on heat, force, and waste. Cooperation resembles nature's elegant approach.” > **— Bryant McGill**, *Emergence, Compounding Effort, and the Architecture of a Mission - Livestream (Aug 2016)* [[reminders/Biomimicry/Nature Builds Efficiently From the Bottom Up by Bryant McGill|Nature Builds Efficiently From the Bottom Up by Bryant McGill]]