Environment and Ecology

environment - ecology - nature - habitat - gaia - permaculture - systems - sustainability ...

  • Increase font size
  • Default font size
  • Decrease font size
Home Biomimicry & Bioneers

Can We Use Biomimicry To Design Cities? Janine Benyus Says Yes

E-mail Print PDF

Using Biomimicry To Design Cities

Janine BenyusYesterday in a sunny corner of London, a select group of UK journalists, myself included, were treated to an enrapturing few hours in the company of biomimicry guru Janine Benyus. The group was brought together by sustainable business pioneers InterfaceFLOR, whose long standing working relationship with Benyus enabled them to arrange this exclusive press lunch at raw food restaurant Saf. It was appropriate that Janine spoke to us in the centre of the bustling metropolis as her latest work in the field of biomimicry is focused on using the discipline to inform the design and function of cities.

Biologist at the Design Table
Janine Benyus describes her job as being the "biologist at the design table", a career that she says didn't really exist 10-12 years ago. Since the publication of her book,
Biomimicry: Innovation Inspired by Nature in 1997, Benyus and her colleagues at the Biomimicry Guild have worked with some of the world's most successful companies including Walmart, Nike and Interface, helping them ask nature for inspiration on how to create more sustainable products and systems.

"After my book came out we expected environmentalists and conservationists to get in touch, but in fact it was big business who called. They wanted a biologist to come and talk about how life works. People woke up to the fact that there is a sustainable world in nature that we hadn't been using as a model"

Biomimicry InstituteThe City as an Ecosystem
When I asked Janine yesterday what she was currently most excited about, after all these years of working in biomimicry, her unequivocal answer was cities. The
Biomimicry Guild has teamed up with HOK, one of the largest architectural developers in the world, to work on city masterplans inspired by nature. "A company like HOK has a massive impact on huge areas of land, due to the scale and breadth of their work. So the question we asked was how can you have a city perform like an ecosystem?"

Ecological Performance Standards
Benyus and her team have been developing the concept of designing cities to an 'ecological performance standard', looking at the original topography of the locale and working out the metrics of how the natural environment should perform. "How many millimetres of soil, how many tons of carbon, how much water stored, how much air purified? It is not enough to have green roofs and walls, we need to ask how a building will store carbon. We need cities to perform like ecosystems, not just look like them."


Biomimicry For Green Design (A How-To)

E-mail Print PDF
It's easy to talk about how exciting biomimicry is, and how we'll see more of it in the future, but it's another thing to actually design and built things that are biomimetic. Most designers, engineers, architects, and other people who build things just don't know that much about biology and the natural world; and even when they do, there's often a gap of capability in available materials, manufacturing methods, and economic systems. Some of these obstacles are out of the designer's hands, and you just have to move on to things that are more feasible. (But don't forget your ideas; maybe ten years from now the technology will be there.) Even with existing technology, however, an enormous realm of possibilities is feasible, it just requires the right approach. Here is my attempt to describe the biomimetic approach, with a comprehensive list of principles. It combines lessons from Janine Benyus, Kevin Kelly, Steven Vogel, D'Arcy Thompson, Buckminster Fuller, Julian Vincent, and my own limited experience. I also mention at the end where biomimicry will not help you, a subject often glossed over, as well as further resources (books and schools).  
The Direct Method: Find an Example
  • Define the problem and its context.
  • Find organisms with a similar problem & context, see what they do. Find many divergent organisms to see which has the best / most relevant strategy.
  • Translate the best strategy to a buildable thing; if necessary, find an expert to help.
  •

    Page 2 of 2

    Choose Language


    nakliyat evden eve nakliyat evden eve nakliyat gebze evden eve nakliyat