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Full Description
Regenerative design requires transformative approaches. Biomimicry provides a perspective that radically rethinks architecture, from the materials we use to the cities and systems we create. Biomimicry harnesses not just natural beauty but the remarkable array of adaptations that species have perfected over millennia. With the climate crisis escalating, biomimicry is no longer just an inspiration, it is an imperative. It recognises that 'we are nature' and rather than viewing the living world as separate to us - to be plundered for resources and pollution - we are intrinsic to it.
While industries such as manufacturing, transportation and product design have embraced biomimicry as a driver of sustainability, architecture has yet to unlock its full potential. This must change. Nature holds the key to designing buildings and systems that can be net positive and show that humans can become responsible stewards of planet Earth. The adaptations that have evolved in the living world can inspire radical, game-changing solutions: self-repairing structures, air-conditioned termite mounds and the extraordinary water-harvesting abilities of a desert beetle. These innovations have been tested through 3.8 billion years of evolution, offering architects the chance to revolutionise the way we build and live.
Biomimicry in Architecture explores how nature's ingenuity can transform everything from structural efficiency and material innovation to water conservation, energy systems, and even the design of entire cities.
Featuring awe-inspiring biological strategies, this book presents urgent, real-world solutions for a sustainable future. Completely rewritten and updated with new content and illustrations, this edition puts forward a transformative case for biomimicry as a discipline that shows how to design as nature and integrate everything we do as humans into the web of life that supports us. The future depends on it.
Contents
About the Author
Introduction
Chapter 1: Aligning with Ecosystems
Chapter 2: Rethinking materials
Chapter 3: Building more efficient structures
Chapter 4: Manging water to restore our connection with nature
Chapter 5: Controlling our thermal environment
Chapter 6: What can biology teach us about light and colour?
Chapter 7: How will we power our buildings?
Chapter 8: Synthesis
Applying Biomimicry: Practice Guide for Architects
Glossary
Acknowledgements
Index
Image Credits
