Tridel | Biomimicry

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C O N T E N T S

BIOMIMICRY FRONTIERS

06

RESEARCH METHODOLOGY

08

BIOMIMETIC FUTURES MAP

10

KEY OPPORTUNITY AREAS

19

COMMUNITY SYMBIOSIS

33

NET POSITIVE COMMUNITIES

39

DISASTER RELIEF

45

CURRENT INNOVATION CATALOGUE

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52


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How can we envision the city as an extension of nature’s ecosystems?


R E S E A R C H M E T H O D O L O G Y

Biomimicry is a time-tested philosophy of design that acts as a guide to creating flourishing urban ecosystems that are locally attuned, responsive and enduring. Co-creating with nature as a stakeholder inspires thought-provoking solutions as to what designs could be possible. By challenging traditional assumptions, biomimicry empowers clients to be at the cutting edge of design and innovation. Through an academic partnership with Biomimicry Frontiers and OCAD, Tridel could push the envelope of innovation in sustainable living design.

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What if nature was a stakeholder ?


BIO M I M E T I C F UT UR E S M AP Tracing the future of urban living requires a framework that not only traces the impact of certain technologies and but isolates their viability through time. This methodology allows us to expand on the combination of existing technology with Tridel’s high-performing areas of ecological advancement, in order customize a future-oriented biomimetic approach. The biomimetic futures map is made up of 3 levels of biomimetic depth and possibility. Closest to the inside are ideas that are contemporary and feasible today while on the outside are the most deeply biomimetic and future forward ideas.









How would nature approach urban living challenges?


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K E Y O P P O R T U N I T Y A R E A S This section details the key opportunity areas isolated in the final ring of our biomimetic futures map. These thought-provoking ideas offer a synthesis of biomimetic trends matched to Tridel’s current sustainability initiatives. The purpose of this section is to propose new ways of envisioning sustainable efforts, as nature might approach these challenges. In our following section, Biomimetic Forecast, we offer an in-depth look at 3 categories, inspired by the thematic undercurrents found in this section.


C R OWD SOURC ED

S EMI -PE RME A B L E

Ants leave a trail of pheromones to guide the

Cell walls in microorganisms are semi-

rest of their colony to new food sources and to

permeable, allowing ions and organic

warn against threat.

molecules to enter selectively, effectively

WAY F INDING

S T RU C T U RES

regulating the movement of substances in How could members of a condo community benefit

from

information?

intuitive,

and out of cells.

location-specific How could condo-dwellers regulate the substances coming in and out of their spaces?


RES S OURCE

C O MMU NI T Y

Nothing is lost in the animal kingdom, with

Nature is full of symbiotic relationships

a trickle down effect from starting with the

between species. Egrets roost on water

carnivores and ending with the decomposers.

buffalo’s backs to feed off the bugs that

DIS T R I BUTION

NE S T I NG

scatter while the buffalo graze, while How can this same pyramidal scheme be

providing the buffalo with security by warning

used to optimize resource efficiency within

them of a predator’s approach.

a building? How could urban communities benefit from symbiotic relationships, sharing space resources and information?


MIGR ATION

END C YC LE

Across large tracts of land, many species

The death of a tree in the forest provides the

migrate in search of food or mating grounds.

forest with resources, rather than acting as a

This type of migratory behaviour also tends

burden to be disposed of.

C YCL ES

REC YC LE

to alleviate areas of with heavy population densities.

How could our understanding of lifecycles help us to improve the end of life for

How could migratory cycles contribute to helping plan for disaster victims, or contribute to fostering nomadic urban lifestyles?

buildings and infrastructures?


C O M M UNITY

RO O T E D

Remora fish use the slipstream created by

Trees in close proximity to one another not

sharks to help them move large distance. They

only share the soil, but their root systems

also feed off of the shark’s kills or the parasites

connect to share resources and information

living on the shark’s skin.

with one another.

How could large organizations provide

How could buildings and apartments act

opportunities for small businesses, schools,

similarly by sharing information, heat,

or community organizations?

garbage disposal facilities and more?

ST R UCTURE

SYS T E MS


HIBER NATION &

C O MMU NI C AT I O N

Bears turn calories into fat in order to stabilize

Mutualism allows several species, such

it and use it over a longer timeframe.

as ants, fungi and butterflies to benefit

FOO D STORAGE

W I T HO U T I S O LA-

each other. Coordination between species How could we collectively store our food

allows animals to stay attuned to the local

and resources in an equally stable way

environment.

to make their use less urgent and more adaptable?

How can mutualism be used to solve the common problem of isolation within vertically built communities?


MULTIPLANE

U RB A N E NERGY

Life under a jungle canopy doesn't take place

In nature, the most energy dense areas

on a single plane. There are species living

gather and release their energy on a

on every level taking advantage of what the

local level, creating highly efficient cycle

Panarchic microenvironments have to offer,

microecosystems.

LIV IN G

FA RMI NG

from the birds nesting in the canopy to the worms fertilizing the soil.

How could urban ecosystems be more locally efficient in energy collection and

How can we full realize the potential vertically growing cities?

use?


AUTO NOMOUS

DISASTER

Ivy is one of the most aggressive hunters

All species are at the mercy of natural forces

in the plant world. They will climb and move

greater

where they need to in order to get the sun

individualized

they require.

catastrophic events such as tsunamis and

SO L AR IVY

AV O I DA NC E than

themselves.

They

strategies

for

develop surviving

hurricanes. How can energy collection tools to use our existing structures hosts, in order to thrive

How can we shape our dense population

without human intervention?

centers to embed survival strategies to large scale natural phenomena?


A R EA

C HA MELE O N

Caterpillars protect themselves in cocoon

Through the use of enzymes and refraction,

shield during periods of extreme vulnerability

chameleons are able to change colour at whim.

and change.

Octopuses are even capable of changing the

METAMORPHOSI S

PA I NT

surface texture of their skin. How can we turn the act of gentrification into a metamorphosis that shields a

How could colour change based changing

neighborhood’s charm and people from

requirements? Could structures become

being lost?

a

place for art, work, and temperature

control all at once?


H B F U

O W C A N I O M I M I C R Y U T U R E - P R O O F R B A N E C O S Y S T E M S ?


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B I O M I M E T I C F O R E C A S T This section presents three opportunity areas that would best suit Tridel’s current sustainability initiatives. Leveraging biomimicry to develop these high-performing areas would allow for greater innovation potential and lasting results.

The solutions focus on locally attuned strategies, that work in tandem with the natural ecosystem

Community sybiosis Net-Positive Society Disaster Response



N E T P O S I T I V E S O C I E T Y Net positive communities not only strive for zerowaste, their objective is to positively contribute to the surrounding environment. Using the themes below, we have expanded strategies in nature that have increased the potential of the species and surrounding ecosystem involved.

Key Opportunity Areas: Resource Distribution End Cycle Recycle Multiplane Living

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The Caesaria Tree is only one example of many mutualistic relationships that can be found within ecosystems. This tree is considered a “keystone” plant because it sustains several species through its seeds, while also ensuring it’s own longevity by having its seeds be carried out to more fertile grounds where seedlings have a better chance of surviving. Without the it, several birds, including the toucan, risk extinction. The interdependence of these species allows for the acknowledgement of mutually beneficial relationships

I N S I G H T

L I F E

F O R M

B I O D A T A S H E E T: C A E S A R I A T R E E

How might we encourage mutualistic relationships in urban city centers?


E X A M P L E

Kalundborg EcoPark can best be described a highly complex and evolving symbiotic ecosystem, exchanging material, energy and water.


F O R E S I G H T S C E N A R I O


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Net Positive Community

Humanity has abandoned the notion of

everlasting life, focusing instead on perpetual growth and evolution of their community. With this paradigm shift comes the elimination of “waste,� an outdated notion that has expired in light of distribution algorithms, which assign every by-product to its next succession. All used materials, food, and energy is seamlessly passed to the next person or organization that can make use of it. This process begins with a mindful understanding of cyclical production models, as well as stakeholder needs. Symbiotic relationships are then formed, in which mutual benefits elevate the parties involved. Even structures are designed to be broken down and reappropriated when they no longer serve their purpose. This new way of thinking has helped find the extraordinary value process and product. For years we were held back by the static nature of our structures, which are often more costly to destroy than they are to abandon. This cyclical design principle allows for increased dynamism in our urban city centres.



C O M M U N I T Y S Y M B I O S I S This section explores the symbiotic relationships as the necessary societal structure that can ensure mutual survival, through the sharing of flows, information and resources. Using the themes below, we emphasize the necessity for interconnected living.

Key Opportunity Areas: Remora Structure Community Nesting Resource Filtration Root system

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B I O D A T A S H E E T: L A R G E H E R D M I G R A T I O N the herd kept fertile a much larger

play around the globe for as long as

area than if they had been stationary.

humans have walked and longer. They

Since the disappearance of these

provide safety for the members of

great roaming buffalo herds, large

the herd and ancillary benefits for the

swaths of the American plains have

areas in which they migrate through.

undergone desertification as well as the

This phenomenon takes place in all

disappearance of certain key predators

environments and and migration paths span thousands of miles, from Canadian geese flying half way around the world to North American buffalo roaming an area as large as a million square miles.

In the example of the Buffalo, they roamed the great plaines of America, grazing and fertilizing as they went in great herds tens of thousands large. This not only provided resources to the soil but also to local predators. The seasonal traveling of

I N S I G H T

L I F E

F O R M

Mass herd migration has been in

How can we use the movement of our highest concentrations in order to provide for the ebb and flow of demands and needs?


E X A M P L E

Selective long rotation forestry minimizes intense disruption on forest ecosystems by removing only a small amount of trees per acre over a much larger area.


F O R E S I G H T S C E N A R I O


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Community Symbiosis

A world that encourages symbiosis between all entities has a large advantage over others. Looking out over your city from your apartment, you see life thriving everywhere you look. The buildings that surround yours are not the typical static, unchanging structures, they are alive with action, commerce, and community.

All the structures around are continuously growing, adapting and changing as per the needs and demands of their occupants. Schools grow out of the side of apartment buildings to support a local influx of children triggering a movement of teachers to help. The adaptation is so inhibited that it takes place overnight and seemingly without cost.

The speed and efficacy of these changes is made possible by the shift in thinking made by the living environment. Instead of retreating to our buildings and neighborhoods there is a sense of city unity that has created the interconnected services structure which has made everything possible. The free sharing of water, transportation, and information has linked every inhabitant as never before.



D I S A S T E R R E S P O N S E In Canada, disaster relief is predicted to cost $900M a year, over next 5 years. This higher than average prevision is testament to the influence of climate change on our built environment. The following section offers new approaches to structuring society around more responsive strategies to extreme weather conditions.

Key Opportunity Areas: Disaster Avoidance Migration Cycle

http://www.cbc.ca/news/canada/ottawa/canada-extreme-weather-costs-pbo-report-1.3465264

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Palm trees survive in Hurricane winds by bending up to 90 degrees insteadof breaking. This is made possible by the segmentation of their trunks.

I N S I G H T

L I F E

F O R M

B I O D A T A S H E E T: P A L M T R E E

How can our structures have built-in strategies to respond to extreme weather conditions ?


E X A M P L E

Segmented Ultralight Morphing Rotor (SUMR) Wind turbine bends to survive hurricanes. This lowers the cost of blades, which can be produced using less material.


F O R E S I G H T S C E N A R I O


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Disaster Response

In today's world what we call natural disasters are commonplace. Instead of fighting against them as we did in the past, we have accepted their inevitability and have learned to live with them and use them to our advantage. Our structures are designed to absorb the strength of the storm by bending as opposed to breaking. Windows are now made of flexible polymers allowing them to aboard hurricane force winds without breaking. All jambs contain sponge like materials that expand at the presence of water in order to stop flooding from entering our homes. Along with restructuring our cities to absorb the strength of nature we have become seasonal migrators. Whereas before, we would migrate to warmer temperatures in the winter for pleasure we now migrate for both pleasure and need. The new system of easy migration has made displacement effortless, removing stresses from the infrastructure and environment at key moments throughout the year.


W H AT I S I M M E D I AT E LY A C T I O N A B L E ?


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I N N O VAT I O N C ATA L O G U E This section presents a selected collection of references, both biomimetic and sustainability-driven technologies that are currently in production and could be ready for direct implementation.


WAS T E :

WA S T E :

Nexloop

FARM: Shop

Used rainwater to create the opportunity for

An experimental urban farm that uses

closed-loop small-scale food production.

aquaponics to grow crops in symbiosis with

http://challenge.biomimicry.org/en/custom/gallery/view/8131

fish to reduce agricultural waste.

WAT ER

FOOD

http://farmlondon.weebly.com/farmshop1.html

Ecomachine John Todd Ecological Design

Noocity Growbeds

Have devised a locally attuned wastewater

Promotes urban agriculture by providing

management inspired by ecosystems, which

affordable and accessible equipment.

purifies wastewater without the use of harsh

http://noocity.com/en/produtos/growbed

chemicals. http://www.asknature.org/product/

Sky Greens

d0a39e225aea22ee036e9602369c6ee0

Is a hydraulic, low carbon vertical farming concept motivated to find realistic solutions

Vortex Generator

for urban farming.

Pulls inspiration from the trout to create

http://www.skygreens.com/about-skygreens

a low-cost and efficient in house water treatment.

Vermicondo

http://www.asknature.org/

Is a worm composter designed by Levitt

product/758086ea100a43deb15975f807bddd06

Goodman Architects, as a meaningfully designed alternative to current

WAS T E :

PACKAGI NG

vermicomposting product offerings on the market. http://www.treehugger.com/sustainable-product-design/vermicondoworm-composter-by-levitt-goodman.html

Wiki Foods Inspired by the skin of a grape, Wikifoods provides an alternative to food waste by creating edible outer shells. http://quantumdesigns.com/wikifoods/

Save food from the fridge A project by Jihyum Ryou examines cases of food symbiosis in order to reimagine our relationship with food preservation. http://designtaxi.com/news/351703/Korean-Designer-Reimagines-FoodStorage-Preservation-Without-A-Fridge/


EN ER GY:

E NERGY:

Encycle Swarm Logic

Solar Ivy

controllers optimize electricity usage Inspired

Created by SMIT, these photovoltaic 'leaves'

by the hive mind, Encycle creates a network

are designed to generate wind and solar

of devices which track energy uses and

power.

optimize total power usage through the

http://www.asknature.org/

reduction of peak demand usage.

product/256b9f497821497773d9f0c442ab367a

OR GANI Z ATION

C O LLEC T I O N

http://www.asknature.org/product/ b2bf9d9da17beacbbe34a7359f376bc6

Prosolve370e Is a facade coated with titanium dioxide, that

Intelligent AI

absorbs toxins generated by traffic once

Inspired by the brain, creating intelligent AI

activated by daylight.

would consist of transitioning current linear

http://www.prosolve370e.com/

computer processing to parallel forms of processing.

Al Bahar towers

http://www.asknature.org/product/

Feature computer controlled sun shades

f17a8c01ec9d55d8f4a9bff9d5de190d

which allow for responsive temperature and light control.

AIR :

QUAL ITY Fe2 Owlet Axial Fan: Quieter HVAC system based on owl’s wings composition. http://www.asknature.org/product/ f6fa7aad8c550b605c8e864f613e4f87

Natural ventilation / Double-glass building skins: Allow for passive air circulation throughout the building.

http://www.thenational.ae/business/industry-insights/property/ towering-triumph-for-unusual-pair-of-buildings-in-abu-dhabi


I N- HO ME

S E RV I C E S :

Aquaporin Membrane Water filtration

Shark paint

Aquaporins separate water from fluids.

Contains a coating that reduces drag and UV

http://www.asknature.org/collections/product/

damage, among other properties.

Managing+Energy#slide_19

http://www.asknature.org/product/09b2f1ecaf4ba1641a99fbb9a9df6f59

Stain-Resistant Textile Finish

Lotusan self-cleaning paint

Stain-resistant fabric with less fluorochemical

Harnessing a similar function as the lotus leaf

usage.

that repels water, this paint was created to

http://www.greenshieldfinish.com/

keep surfaces maintenance-free.

PR OD U C TS

MA I NT ENA NC E

http://www.treehugger.com/sustainable-product-design/sto-lotusan-a-

Univesrsal Construction Pannels

biomimicry-paint.html

increase an owner or renters ability to modify the house to their needs without

Hydrophobic de-icing

permanently changing the space

Patterned surfaces over flat walls of roofs

http://ecorglobal.com/about-ecor-sustainable-building-materials/

contribute to repelling or removing ice with

INNOVATION

very little force. http://www.asknature.org/

Tesla PowerWall A battery designed by Tesla to be charged

Parker Hannifin’s Cergom Hose

using electricity generated from solar panels

Based on the structural integrity of

and aiding with self-consumption.

honeycombs, this hose withstands greater

http://www.teslamotors.com/en_CA/POWERWALL

levels of piping wear and tear. http://www.safehose.com/ParkerProducts.

Nest Thermostat

asp?catID=703

Self-programming thermostat that adapts to the consumers need to optimize the

TBD, Self-healing Materials:

efficiency and cost of temperature regulation.

Damage-sensing, self-healing materials

https://nest.com/ca/thermostat/meet-nest-thermostat/

are normally comprised of shape-memory polymers embedded with a fiber-optic

Ice Energy

network. http://www.asknature.org/

Low-energy air conditioning unit that reduces

product/78db777befc7a0725f03172743370f80

energy costs. http://www.ice-energy.com/

Ecovative MushroomÂŽ Insulation Insulation is developed from funghi fed by agricultural byproducts. http://www.archdaily.com/473052/insulationgrown-from-funghi


Image Sources Nature Images http://dpcphotography.tumblr.com/ Bio Data Sheets http://www.asknature.org/strategy/4825d47b2259b33332642f 8addd6ec17 http://www.asknature.org/strategy/ fb410d8500af30a5daf5b647954b7fa5 https://www.fastcoexist.com/3056375/inspired-by-palm-treesthese-wind-turbines-bend-and-fold-away-during-hurricanes http://www.shutterstock.com/pic-22118044/stock-photo-palmsat-hurricane.html https://en.wikipedia.org/wiki/African_buffalo#/media/ File:Serengeti_Bueffel1.jpg



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