biomimicry

Ecocentricity Blog: Life Creates Conditions Conducive to Life

By: John A. Lanier
Summary: 

No matter how much we might foul her, nature will continue her laborious work to clean herself, to renew herself, and to become more resilient. And most amazingly of all, she doesn’t hold a grudge against our rebellious little species.

Blog

No matter how much we might foul her, nature will continue her laborious work to clean herself, to renew herself, and to become more resilient. And most amazingly of all, she doesn’t hold a grudge against our rebellious little species.

Ecocentricity Blog: Beetles, Mussels and Diatoms, Oh My!

By: John A. Lanier
Summary: 

Nature really is the best teacher, and the teams that pitched for the Ray of Hope Prize know it. 

Blog

Nature really is the best teacher, and the teams that pitched for the Ray of Hope Prize know it. 

Spider-inspired Silk Company, Spintex, Awarded $100,000 Ray of Hope Prize

By mimicking how a spider spins silk at room temperature, Spintex creates high performance, sustainable textiles that are 1,000 times more efficient than an equivalent synthetic fiber.
Summary: 

The Biomimicry Institute and the Ray C. Anderson Foundation are proud to announce the 2021 Ray of Hope Prize award recipient is Spintex Engineering. Spintex is a University of Oxford spinout company that manufactures biodegradable textile fibers for use in fashion and high-performance material applications. As the 2021 Ray of Hope Prize recipient, Spintex has been awarded $100,000 in  support of their groundbreaking work.

Press Release

The Biomimicry Institute and the Ray C. Anderson Foundation are proud to announce the 2021 Ray of Hope Prize award recipient is Spintex Engineering. Spintex is a University of Oxford spinout company that manufactures biodegradable textile fibers for use in fashion and high-performance material applications. As the 2021 Ray of Hope Prize recipient, Spintex has been awarded $100,000 in  support of their groundbreaking work.

Brightening Our Corner Newsletter - May 2021

Quarterly Newsletter from the Ray C. Anderson Foundation
Summary: 

The Ray C. Anderson Foundation has issued its quarterly newsletter, featuring stories from the foundation and key funding initiatives; Biomimicry Institute, Drawdown Georgia, Ray C. Anderson Center for Sustainable Business and The Ray.

Newsletter

The Ray C. Anderson Foundation has issued its quarterly newsletter, featuring stories from the foundation and key funding initiatives; Biomimicry Institute, Drawdown Georgia, Ray C. Anderson Center for Sustainable Business and The Ray.

ECOncrete Turns Marine Infrastructures Into Thriving Natural Ecosystems

Reprinted from Intelligent Living by Andrea D. Steffen
Summary: 

ECOncrete succeeds in making coastlines less disruptive to marine ecosystems by replacing intrusive concrete structures (like seafloor mats and seawalls) with products that blend in with their surroundings. It accomplishes this through biomimicry – a technique that relies on the textures, shapes, and sizes of natural systems to dictate how a product is built. The result is a bio-enhancing material that helps marine life thrive.

Article

ECOncrete succeeds in making coastlines less disruptive to marine ecosystems by replacing intrusive concrete structures (like seafloor mats and seawalls) with products that blend in with their surroundings. It accomplishes this through biomimicry – a technique that relies on the textures, shapes, and sizes of natural systems to dictate how a product is built. The result is a bio-enhancing material that helps marine life thrive.

From Butterfly Wings to Shrimp Claws: Mimicking Nature on the Nanoscale

Innovators look to biomimicry to address sustainability challenges. Can they harness green chemistry to get it right?
Summary: 

The same microscopic structures that bring beauty to a butterfly also provide strength, lightness, and water repellency. It's this efficient design that has captured the imagination of Metalmark's founders and inspired their invention: indoor air purification systems that destroy, rather than trap, volatile organic compounds, viruses, and ultrafine particles.

Article

The same microscopic structures that bring beauty to a butterfly also provide strength, lightness, and water repellency. It's this efficient design that has captured the imagination of Metalmark's founders and inspired their invention: indoor air purification systems that destroy, rather than trap, volatile organic compounds, viruses, and ultrafine particles.

Ecocentricity Blog: Who's Your Favorite Chemist?

By: John A. Lanier
Summary: 

Where humans often use toxic substances in our chemistry, the natural world’s chemistry is overwhelmingly benign. Where humans use heat and strong forces to create chemical bonds, nature self-assembles at ambient temperatures. Where many human chemical feedstocks rely on global mining supply chains, nature has figured out how to use whatever it has right where it is.

Blog

Where humans often use toxic substances in our chemistry, the natural world’s chemistry is overwhelmingly benign. Where humans use heat and strong forces to create chemical bonds, nature self-assembles at ambient temperatures. Where many human chemical feedstocks rely on global mining supply chains, nature has figured out how to use whatever it has right where it is.

Ecocentricity Blog: Cultural Roots

By: John A. Lanier
Summary: 

This week's Ecocentricity Blog meets at the intersection of culture, food, music and environment.

Blog

This week's Ecocentricity Blog meets at the intersection of culture, food, music and environment.

How the Nanostructure of a Butterfly Wing Inspired a Better Way to Purify Air

Summary: 

Metalmark addresses the global air pollution crisis by turning contaminated fumes into breathable air. Inspired by the structural coloration, aerodynamics, strength, lightness, and water repellency of butterfly wings, they are creating high-performance catalytic materials that can purify both indoor and outdoor air.

Multimedia with summary

Metalmark addresses the global air pollution crisis by turning contaminated fumes into breathable air. Inspired by the structural coloration, aerodynamics, strength, lightness, and water repellency of butterfly wings, they are creating high-performance catalytic materials that can purify both indoor and outdoor air.

Helicoid Industries, Ray of Hope Prize Finalist, Designs With Inspiration From Mantis Shrimp

Summary: 

Helicoid Industries is making lighter, stronger, and more impact resistant composites by applying the same internal architecture found in the mantis shrimp’s extremely durable club.

Multimedia with summary

Helicoid Industries is making lighter, stronger, and more impact resistant composites by applying the same internal architecture found in the mantis shrimp’s extremely durable club.

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