Jan29

It’s a Biomimicry Bonanza at Living Future 2015

living futures un-conference

So … how many biomimics can we fit into one conference?

FOURTEEN of our colleagues and friends are speaking at the Living Future Institute 2015 un-conference April 1 – 3 in Seattle, with Janine Benyus keynoting.

Some of the hi-lights (there’s too many to list!) include a “Walking Exploration” in which participants will “learn how to interpret nature’s lessons with three leading biomimicry experts and apply them to design challenges in your own community”, as well as a discussion which will examine the value of and approach to incorporating deep ecological intelligence into a project.

We’re also excited about Cities that Function Like Forests: An Innovative Approach to Urban Resiliency with two Biomimicry Network founders.

Here’s the complete list of Biomimicry speakers:

 

Joe Zazzera

Green Plants for Green Buildings

Biomimicry Specialist

 

Tamsin Woolley-Barker

Biomimicry 3.8

Research Consultant

 

Christopher Lee Allen

Chris Allen + Associates

Owner

 

Jennifer Barnes

55-5 Consulting

Architect

 

Denise DeLuca

BCI: Biomimicry for Creative Innovation

Director

 

Eric Corey Freed

International Living Future Institute

VP of Global Outreach

 

Alexandra Ramsden

RUSHING

Associate Principal

 

Bill Reed

Regenesis

Principal

 

Josh Stack

Northeast Green Building Consulting, LLC

Attorney and Counselor at Law

 

Janus Welton

Eco Architecture Design Works, PC

Architect

 

Jane Toner

Melbourne Living Building Collaborative

Biomimicry Specialist

 

Kris Callori

EDI

CEO

 

Juan Rovalo

In Site

Founding Principal

Jan27

Revealing Nature’s Life-Friendly Chemistry at GreenBiz 2015

Learning from Nature

We’re excited to share that Mark Dorfman, a Biomimicry Chemist with Biomimicry 3.8, and board member of the BiomimicryNYC network will be presenting during the upcoming GreenBiz Forum 2015 to be held Feb. 17-19 in Phoenix, Arizona. Learn more about his session, One Great Idea: Leapfrogging the Missteps of the First Industrial Revolution. Mark will explore how to apply nature’s principles to the world of modern manufacturing.

Spider web: nature's green chemistry and patterns

“Biomimicry reveals the principles and patterns behind nature’s materials to inspire breakthrough products and processes,” Mr. Dorfman has explained in previous lectures.

“There is a misconception that chemicals are man-made entities that contaminate an otherwise chemical-free natural world. The truth is, nature is alive with chemistry. For example, scent is a language written in chemical sentences, punctuated with electrical impulses, and spoken with simple meaning or complex communication.”

There is so  much we can learn from nature-made materials, patterns and structures. For example, nature’s materials are hierarchically ordered chemical ecosystems of:
• Proteins
• Sugars
• Minerals

And with these parameters, our natural world creates materials that are high performing, multifunctional, beautiful and sustainable. An elegant and regenerative design brief for future products.

Nature is alive with chemistry

We look forward to hearing Mark speak and hope you will join the conversation in Arizona!

Also, feel free to use the Biomimicry Institute’s partner code for 10% off registration: GBF15BIOM

 

Photos courtesy of Shutterstock.com

 

Jan20

Global Biomimicry Design Challenge Launches Today!

Biomimicry Design Challenge

A chance to re-invent the way we nourish ourselves & our planet. https://t.co/v29CZSDXG3 #Biomimicry #DesignChallenge #BGDC2015

How can nature inspire us to design a better, healthier food system? The Biomimicry Institute and the Ray C. Anderson Foundation are inviting professionals and students from across the world to participate in a Biomimicry Global Design Challenge. Using biomimicry as a tool, participants are invited to tap into nature-inspired solutions to help solve key food and agriculture issues like food waste, food packaging, agricultural pest management, food distribution, energy use, and more.

Participants may be featured in high profile media and will have access to biomimicry experts, mentors, and valuable resources. Teams will be competing for cash prizes totaling $160,000, including the Ray C. Anderson Foundation $100,000 “Ray of Hope” Prize.

Many thanks to Louie Schwartzberg and his team at Moving Art, who generously donated their time and gorgeous cinematography for this video.

 

Info and video courtesy of The Biomimicry Institute.
Jan08

Crafting the Ultimate Post-Industrial Design Brief Using Biomimicry

Janine Benyus Paul Hawken at VERGE 2014

By Adiel Gavish

“What the industrial age has done is take life away from the planet and turn it into goods and services,” Paul Hawken stated at the 2014 VERGE Conference in San Francisco this past December. The annual event put on by Joel Makower, a former Biomimicry 3.8 Board Member and GreenBiz.com brings corporations and entrepreneurs together around the convergence of energy, buildings and transportation technologies which will “…enable radical efficiencies and huge opportunities.”

Mr. Makower interviewed both Janine Benyus and Paul Hawken around the idea of “running the industrial age backwards” and how nature can teach us how to undo the damage caused by unraveling the fabric of Earth’s balanced resources.

According to Paul Hawken the Industrial Age essentially takes “…concentrated materials, primarily from the lithosphere and from the biosphere and disperses them everywhere on the planet: in the oceans, in our atmosphere, in our air, lungs and everywhere else.”

He continued, “What we know from biomimicry, and looking at how life works is that, what nature does is, concentrate … What we’re talking about is technologies that imitate nature in the sense that they re-concentrate what the industrial age dispersed into our water, our soil, etc.,” and in a way that is beneficial to the planet, as opposed to degrading.

Janine explained, “In the natural world, what’s abundant is golden … life is really good at concentrating photons, grabbing fog and humidity out of the air, or collecting phosphor,” for example. Benyus then outlined the ultimate nature-inspired design brief for essentially any product in a post industrial era, in order to undo the damage already caused.

“It has to be made out of local, abundant, non-toxic, raw material,” she said, “cheap, and available everywhere. You’ve got to be able to recruit those materials at the end of their life. It has to be able to be repaired or self-healing, or so ubiquitous that it can be replaced easily … I think it’s very important that it’s built to shape – it can be made on a printing press. And that’s another reason why I’m excited about additive manufacturing and 3-D printing. If we get it right and use truly local, raw materials, we build them to shape. We add structure that we find from the natural world – because that’s what life does with fairly simple, raw materials.

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