Biomimicry Cohort 2011 Bios

I just found out that my bio is up on the biomimicry website.  How exciting!  This is really going to happen in less than a month!

Holiday Decorations

xmas 001, originally uploaded by dgphilli.

I am loving my planters this year. Flowers in the spring, greenery in the summer, millet in the fall, and branches in the winter. I try to use real berries and plants outdoors to feed the birds (and squirrels) and mulch my garden when they're done.

Greenbuild Recap: Mannahatta & the Mtigwakki

Greenbuild 2010 started today in Chicago and I attended a seminar featuring my former employers, Bill Browning and Chris Garvin of Terrapin Bright Green, as well as James Patchett from the Conservation Design Form and Eric Sanderson of the Wildlife Conservation Society.  I can objectively say that it was a fascinating panel centered around Mr. Sanderson's book Mannahatta: A Natural History of New York. One of the main reasons I applied to the Biomimicry program was to learn more about ecology, so Mr. Sanderson's career as a landscape ecologist is very interesting to me. 

The thesis of "Mannahatta" centers around the reconstruction of Manhattan ecology to when it was first discovered by settlers.  Based on research, Mr. Sanderson layers the native ecological systems and the current grid of concrete and steel in order to discuss the habitat needs of previous and current occupants.  Food, water, shelter, and reproductive resources create a habitat be it for humans or other animals.  He also discusses the need for meaning in our existence and how that makes a habitat a home.

Mr. Browning applied this information to a project he worked on where a building was unknowingly built over an indigenous stream in Manhattan over seventy years ago, so massive sump pumps were employed over the building's lifespan to remove this ground water to the storm sewers.  By recognizing the native ecological footprint of the site, the owners can now use this information to make use of this clean, cool water to replace existing potable and non-potable uses, saving money and resources. 

Mr. Patchett gave a stirring account of the habitats that native plants cultivated when they were indigenous to the area but now that humans have "broken the botanical law" by polluting these habitats, they are no longer able to thrive.  In particular, he spoke of the rhizosphere, the 6' or so below the surface where roots hold water in native landscapes, that has been destroyed by development and advocates for responsible land management.  He believes strongly that "water is everything" and restoring the water cycle to its previous balance it is the key to ecological restoration. 

My favorite quote from the session:

"When we try to pick out anything by itself we find that it is bound fast, by a thousand invisible cords that cannot be broken, to everything in the Universe."  - John Muir

8 Easy Ways to Eat Sustainably

(excerpted from What I Learned from Dan Barber and Tom Colicchio About How to Eat Sustainably by Lauren Matison)

1. Shop at the greenmarkets as much as possible.
2. Buy only what foods are in season. (Tom: “Don’t create a demand for strawberries in winter!”)
3. Eschew processed foods. (Tom: “Wage war with the supermarket.”)
4. Eat what has been produced within 100 miles of where you live or vacation. (Dan: “You’re in pursuit of flavor. Go directly to the source.”)
5. Take yourself and your children to be educated at a nearby farm.
6. Support environmentally-conscious restaurants, and subsequently the farms they work with.
7. The ultimate sustainable experience: Attend a farm-to-table feast in the middle of a farm. Good sources: Outstanding in the Field or Sustenance on the Farm
8. Find sustainable reminders: Pick up a copy of Edible magazine and read it, cover to cover.

Working on a Logo...

this is pretty terrible.  i like the ideas, but not the execution.  i'll likely need to pay someone because my photoshop skills and graphic creativity are not up to par right now.

The Meaning of the Name "Liquid Triangle"

Liquid Triangle, based on the Golden Triangle

The name "Liquid Triangle" was born in 1994 during my Calculus 1 class at the University of Illinois.  I was sitting next to a friend who would later become my husband trying to decipher the hieroglyphics that our teacher was scribbling on the chalkboard.  Our professor wrote something that looked like "liquid triangle" on the board.  We didn't know what she was talking about, but we thought it would be a really cool name for a band.  Since neither of us played an instrument anymore, we thought - how about an architecture firm!  More than fifteen years later, that dream is still a work in progress, but we're getting closer.  My husband is no longer an architect; in fact he never practiced as one after getting his MBA; and I am in the process of a career transition that will take me to places yet unknown.  But we are both naturally inspired and we came upon by accident, or fate, a name that has great meaning for us. 

Bruce Rawles describes a "sacred geometry" that permeates the universe as geometric templates that reveal the nature of forms in the world.  These forms he says are, under it all, interconnected and inseparable.  The Golden Ratio, or the Fibonnaci ratio, (1.618 to infinity) is the ratio of growth where the ratio of the larger portion to the smaller portion is the same through multiple generations. This pattern of growth is seen as the pattern for reproduction in much of nature. 

• how limbs branch on trees
• how leaves radiate from a stem
• the arrangement of a pine cone
• sunflower and artichoke florets
• the family tree of the honeybees

I learned about the Golden Rectangle in architecture classes and studied how this geometry was the basis for much of early Greek and Roman architecture.  In fact, one of my masters design projects was a spirituality center, in which the progression to the sacred space followed the spiral that emerges from this geometry.  I have recently come across its relative, the Golden Triangle, from which a spiral emerges.  To me, this is the perfect representation of a liquid triangle:  growth in nature, introducing the fluid and organic to the built environment.

As my calculus classes can attest, I am not a mathematician, but I find the underlying geometries of growth and reproduction in nature to be inspiring.

Amy

References:
Sacred Geometry by Bruce Rawles
Wikipedia

Introduction to Biomimicry

For those of you new to the concepts of biomimicry, check out this interesting slide show on Treehugger.