16 May 2012

All the water on earth


If you in some magic way could capture all the water available on earth into a bubble, this would be the size of it. Looks kind of tiny compared to the blue earth we're used to see. 96% of the bubble is water from the oceans, and most of the remaining 4% is either up in the atmosphere, captured in ice at the poles or underground, where we can't reach it. In other words: The amount of possible drinking water is not very large, and we all depend on it to be able to continue living life the way we do.

Samuel R

15 May 2012

Boxfish car

This example a couple of years ago of a major automobile company designing it's cars inspired by the shape of a boxfish, which here is claimed to be "almost as good as the ideal engineering shape".


It's aerodynamic qualities uses 20% less fuel consumption and an amazing 80% in nitrogen oxide emissions.

Old news, but quite beautiful stuff.
http://news.mongabay.com/2005/0710-DaimlerChrysler.html

Samuel R

14 May 2012

Rotating building #2

This is Dubai's 138 915:th landmark.
The concept of a rotating building is of course fabulous. Imagine a building turning its "leaves" against the sun like a tree. Or changing its shape by the wind. With that said, I'm not reeeeeally sure that this little project lives up to my expectations.

 
The video is really "epic". (And yes, the quotation marks really makes sense here.)




"Enjoy"!

Samuel R

Learning from fish schools



In biology, any group of fish that stay together for social reasons are said to be shoaling, and if, in addition, the group is swimming in the same direction in a coordinated manner, they are said to be schooling.
Fish derive many benefits from shoaling behaviour including defence against predators (through better predator detection and by diluting the chance of individual capture), enhanced foraging success, and higher success in finding a mate. It is also likely that fish benefit from shoal membership through increased hydrodynamic efficiency.



This theory states that groups of fish may save energy when swimming together, much in the way that bicyclists may draft one another in a peloton. Increased efficiencies in swimming in groups have been proposed for schools of fish and Antarctic krill.
Professor  Dabiri from the  Center for Bioinspired Engineering of Caltech (California Institute of Technology) and his team drew inspiration from fish behaviour within schools to develop a system  that could "demonstrate an alternative approach to wind farming that has the potential to concurrently reduce the cost, size, and environmental impacts of wind farms".

The position of  windmills in this wind farm in California are placed following a scheme similar to that of a fish school. Wind turbines can stand closer than usual without creating interferences to one another.


A big issue in designing wind farms is indeed that of the needed distance between different wind mill, which often might result in a landscape eyesore. Further study on this topic might help making wind energy plants more common and accepted.


Source : http://www.nationalgeographic.it/ambiente/2012/04/21/foto/energia_dalla_natura-978663/9/
   http://en.wikipedia.org/wiki/Shoaling_and_schooling


//Sara

Camouflage

Really interesting video about the skin camouflage and how to adapt to our reality.

It remains me the Abar's Tower in Barcelona, that use the led technology to change the skin colour.

source: http://www.youtube.com/watch?v=uh5EE9rc9cs

-

Jaume Torras Andrés

The complex ecological web


Example of a systems mapping that describes how the different species are dependent on each other in an advanced ecological web.
This is a part of the investigation made for the Albanova site.


Source page 17




For example the Eurasian jay plants a lot of oak trees when it collects acorns and hides them i the ground to keep as food in the winter. The bird itself depend on dense stands of conifers to nest and hide from predators. Simply this bird needs an environment with bort dense conifers and oaks.

Source page 40.

/Catrin S

Non-human food production

Take a look at this darling. It's a closeup of a blueberry bush that I took at our walk in Albano a month ago. Consider the fact that this one and its friends together cover aproximately 17% of all swedish ground!

The blueberry (or actually it's called bilberry to distinguish it from its american relative) bush is a super-important component of the ecosystem in this part of the world. Lots of animals eat either the berries or the bushes, and rumours say that it works in some kind of mysterious collaboration with pine trees, for mutual benefit.

During july and august you can walk into the woods and collect lots of berries. Eat them as they are or turn them into "sylt" or "saft" as the swedes and their ancestors have done in centuries. Tasty and healthy.



Blueberries are hard to cultivate in cities. Luckily we've got lots of non-urban blueberryland.

17%!!!!!

Mimic that.

Samuel R

Watersystem

When doing the research of the Albanova site I found this systems map about how the water is used at the property.


Access to clean water is today one of the biggest sustainability issues globally.
In Sweden today we have good access to fresh water but that is also something that can change in the future. It's important to economise with what we have today.


Source: (page 45)


/Catrin

soil is grreat!


soil


Soil, or earth, is from where we come. Knut Hamsun describes this in his book ‘Growth of the soil’ as :

“Nothing growing there? All things growing there;
men and beasts and fruit of the soil. Isak sowing
his grain. The evening sunlight falls on the grain
that flashes out in an arc from his hand, and falls
like a dropping of gold to the ground. ... Forest
and field look on. All is majesty and power - a
sequence and purpose of things”

without soil there wouldn’t be life and without life there wouldn’t be soil. Here are some interesting facts about common soil:
  • ·      A single spade full of rich garden soil contains more species of organisms than can be found above ground in the entire Amazon rain forest.
  • ·      Lichens help break rocks apart to form soil.
  • ·      Roots loosen the soil and allow oxygen to penetrate. This benefits animals living in the soil.

Soil acts a mediator between the ground and us. Proving us with everything we need, food, oxygen, shelter and medicine.

Séamus Guidera

13 May 2012

self organization + flocking behavior


In class we learned about self organization in biological systems. One example given in class was about the flocking behavior of starlings, birds that fly in flocks of 1000+. Last weekend I was in the archipelago when I saw this large swarm of insects. Similar to the starlings, these creatures were flying from one place to another, without colliding, as if they were one organism. These types of flocking behaviors could be studied to develop more efficient systems, such as transportation systems.





-Elaine Erwin

Wood Fungus


Wood Fungus – KTH Biomicry field trip study, Seamus Guidera , 24/042012




The organism I documented for our nature walk in April was a type of wood fungus. This fungi is a type of polypore. This example is on a dead, fallen tree on the forest floor. These polypores serve an important function in recycling this material back into a form which can be reused by other plants or animals. This would imply the wood fungus acts in a symbiotic relationship, however by looking at the photograph above it looks like the fungus is a parasite on the fallen tree.


Polypores

This wood fungus is a polypore. Polypores are considered a type of mushroom, leathery, tough and without a stalk. Polypores are commonly found on rotting logs, and extremely resistant to rot. Because of this it is possible for moss to form on them, similar to rock and wood. Polypores are all safe to eat and almost always grow on rotting trees. This is also interesting in medical research as an anti-bacterial and anti-viral remedy, but is still relatively untried and tested. 
I found the idea interesting that the wood fungus helps the rotting tree to decay faster. And maybe this could be mimicked in Architecture with a facade which grows a type of new facade from the rotting one 

Birds beak inspiration for train design


bullet train and kingfisher biomimicry photo
The goal was to cut out the extremely loud claps that occurred when Japan's bullet train emerged from tunnels. Engineers looked toward the kingfisher, which dives seamlessly into water. A nosecone designed after the bird's beak solved the issue.

/ Shirin

Inspired by the Bombardier Beetle

µMist® Platform Technology


The μMist® spray Platform technology which is inspired by the bombardier beetle has multiple potential applications, within the automotive, aviation, space craft, medical, fire control and consumer industries – all these industries have a demonstrable need for technically advanced, low carbon impact and more environmentally friendly spray systems.

Inspired by the beetle’s controlled valve system, the µMist® innovation uses the same principles. Research teams at Cornell University and Leeds University believed the beetle’s mechanism to be essential to the firing of the vapour and liquid droplets. This led to the building of an experimental rig which builds upon the physics of the beetle system for generating high performance vapour explosions.

The University of Leeds research group investigated the physics of the bombardier beetle’s internal chamber and spray mechanism.

The beetle has the ability to generate a high frequency pulsed spray at very low injection pressures. Using computer CFD (Computational Fluid Dynamics) models and subsequent rig construction inspired by some of the beetle’s spray generating capabilities, in particular the valve system of the beetle, the team were inspired to develop the conceptual ideas for the design of the technically advanced, innovative and environmentally friendly µMist® spray system.

This system can be used for fuel injection within the automotive, aviation, space-craft industries as well as having the potential for many other spray applications such as drug delivery, household, products, fire control, etc.

http://www.swedishbiomimetics.com/umist.htm

/ Shirin

Business practices to be in harmony with nature

Here is a TEDtalk concerning how businesses can be inspired by nature to create great innovations around the whole world within all areas is life!

http://www.youtube.com/watch?v=p5RC3JksDFU

/ Shirin

More Shark inspiration

The Olympian's New Clothes

Speedo Fastskin FSII 
  
SPEEDO'S NEW FASTSKIN SUIT, inspired by shark skin, is designed to reduce friction drag. Image: COURTESY OF SPEEDO
Drug use may be the most prominent controversy surrounding this summer's Olympic Games in Athens. But the second burning question concerns an entirely legal approach to getting the winning edge: namely, whether or not form-fitting fast-suits made from high-tech fabrics will decide which athletes bring home a medal.

These new garments will be most visible in high profile events such as swimming, but rowers and cyclists are sporting them as well. Although to the casual observer the suits might bring to mind costumes for the next Spiderman movie, they are less about good looks and more about their ability to reduce drag and thereby increase speed. In events in which the difference between gold and bronze is measured in tenths of a second, the fast suit an athlete wears may be the difference between winning a medal or not.

To read more, visit:

http://www.scientificamerican.com/article.cfm?id=the-olympians-new-clothes

/ Shirin

Sharks

This is yet another link describing how sharkskin can be used as coating for ships, planes and blades etc. Very interesting!

http://www.smartplanet.com/blog/intelligent-energy/a-sharkskin-coating-for-ships-planes-and-blades/1289

/ Shirin

Humpback whales inspire new wind turbine technology

Hi everyone!

Check this pdf out explaining how the unique design of the humpback whale flippers enable
a steeper operating angle of the blade—and a 40% performance increase.

http://www.stle.org/assets/news/document/TechBeat_TLT_12-08.pdf

/ Shirin

Spiral-shaped large scale urban farming

For those of you who haven't heard of this quite fabulous interpretation of the urban farming concept. A swedish company called Plantagon has designed giant globe-shaped urban greenhouses with a rotating spiral-shaped terrace filled with food producing plants. The first is currently being built in the swedish city of Linköping, but the natural target should of course be dense megacities.



A solution for the massive urbanization going on around the globe? Instead of growing food on the countryside and transporting it halfway around the world to our cities, this space-efficient solution could actually make urban farming possible on a bigger scale!

This is one way that nature would design urbanization. Right?

http://www.youtube.com/watch?v=Gzim4hTGRQE
http://www.plantagon.com/

Samuel R

12 May 2012

SCALE 1: BELLASTOCK

Many of you had maybe already heard about this french festival.

It started five years ago, some architecture students had the intiative to find a site where they could build on scale one, to understand the real conditions and architect has to face during a project's contrsuction. It became a festival.

Material is the theme. Each year a material is chosen, and during one day the participants are invited to build their own shelter that will have to last 3 more days.
Palets, sand bags, inflatable architecture and now 'trash'!

After a year of collecting information and being inspired by nature and ecological projects, people will have to recreate the construction they imagined by groups of 5.
It will be next week! Can't wait to see the result.

Bringing new building solutions with the existing are one the aims of this festival. And for this natural structures have always been very helpfull!

www.bellastock.com

# Ines Winckler

ORGANIC DESIGN general information

Organic Design by Domus

"There's nothing new in saying that there are no better examples of design than a fern, a jellyfish or, to use an example treasured by modernist architects and designers, an egg. Economy and sensibility characterise nature's way of designing, and this rigorous tactic is translated into examples of disparate elegance. Nature demonstrates that beauty comes from the structure and inner purpose, and it has captivated and inspired architects, engineers, craftsmen and designers since the beginning of their existence. The study and application of the norms and forms of nature has been bundled under the label of "organic design", a broad term that embraces such diverse examples as Art Nouveau, some examples of robotics, the architectural manifestation of the ideal domestic lifestyle after World War II, and biomimetic objects produced according to sustainability principles."

This is a very interesting article about biomimicry and organic design nowadays. And how this method has been aplied to many sectors: design, fashion, architecture, technology...

# Ines Winckler

In Vitro Meat Habitat



Talking about growing homes….what about having a ‘living’ home. A home that looks like our own body.
Here is a crazy proposal. Mitchell Joachim explains how you can imagine and create a house with MEAT.
The ‘in vitro meat habitat’ is a combination of molecular cells and tissue engineering. A geometry is printed on, and it grows, it grows, it grows…!

Fat will work for the insulation, muscles for windows and doors, etc.

Amazing and ugly at the same time.

 Preparing the cells
 Section of the future 'home'
 What it would look like.


# Ines Winckler

10 May 2012

Burr = Velcro


"Velcro is widely known example of biomimicry. You may have worn shoes with velcro straps as a youngster and you can certainly look forward to wearing the same kind of shoes in retirement.

Photo: Burr: almassengale/Flickr; Velcro: stocksnapper/iStockphoto

Velcro was invented by Swiss engineer George de Mestral in 1941 after he removed burrs from his dog and decided to take a closer look at how they worked. The small hooks found at the end of the burr needles inspired him to create the now ubiquitous Velcro. Think about it: without this material, the world wouldn't know Velcro jumping — a sport in which people dressed in full suits of Velcro attempt to throw their bodies as high up on a wall as possible."


/Szilvia

Lotus = Paint

"The lotus flower is sort of like the sharkskin of dry land. The flower's micro-rough surface naturally repels dust and dirt particles, keeping its petals sparkling clean. If you've ever looked at a lotus leaf under a microscope, you've seen a sea of tiny nail-like protuberances that can fend off specks of dust. When water rolls over a lotus leaf, it collects anything on the surface, leaving a clean and healthy leaf behind.

Photo: Lotus: Jensen Chua/Flickr; house: Laertes/Flickr

A German company, Ispo, spent four years researching this phenomenon and has developed a paint with similar properties. The micro-rough surface of the paint pushes away dust and dirt, diminishing the need to wash the outside of a house."

/Szilvia

9 May 2012

Pine Straw in its Environment



Pine Straw
Functions - Systems - Processes

Pine needles are beneficial to the pine tree, but they also aid the tree’s immediate environment.

- Pine needles naturally interlock when they fall from the pine tree.
- They create a natural mat on the ground that
- Prevents soil erosion
- Controls weed growth
- Gives water more time to absorb into the ground

- Pine needles do break down relatively slowly. The reason for the slow decay is that:

- The needles are covered with a waxy layer that resists bacteria and fungi,
- They have an excess of carbon relative to nitrogen.

- Pine needles do create acidic conditions in soils, which prompts two further
considerations:

-The bacteria that turn plant matter into compost are sensitive to acidity and
therefore the decrease in pH causes prolong composting.
- Pine needles lower the pH of the upper layer of the ground to a degree that
only some plants will accept.

As the Pine needles decompose, they typically cause an initial decrease in pH (increase in acidity), but over time, the pH rises so that the acidity of the composted material becomes near neutral.

-Pine needles also naturally return nutrients to the soil when they decompose.


/Matilda Weibull Lindborg


Experiment - Pine Needles -Temperature Resistance


I made an experiment with Pine Needles, to find out how resistant they are to different "extreme" temperatures!

EXPERIMENT 1: I placed one pair Pine Needle in the OVEN for 2 h , in 60° C
RESULT:
No major change, except for the Needles being slightly spread apart.


EXPERIMENT 2: Pine Needle placed in the FREEZER for 2 h , in -18° C
RESULT:
No change

CONCLUSION: Pine Needles seem very resistant to different temeperatures, especially compared to so called "green" leaves, that probably would have dried or ruptured immediately.

- Matilda Weibull Lindborg, Group 4



PUMPING AND PURIFIED WATER

For my project I was looking for pumping water from the ground to use it in differents levels for cultivating plants and growing green area. I would collect the rain water but in one part the stucture pass above the sea. So, why not pumping this water and desalinate it.

I am looking how we can pumping water without using a pump !
How can we like trees to wick water up from the underground ?



There are designs provides by Stephen Salter using the tree process.



Some other designs on
http://www.asknature.org/product/1c404f66d0f4746f5f4810a2a92ecf1c#changeTab


//aude


Boston's Treepods

The Influx_Studio (Paris) designed a vision for an urban cleaning machine which could also have social functions. The form was inspired by the Dragon Blood tree and the functions are similar to trees. The air cleaner is driven by energy gained by solar-panels on top of the structure.
The material used should be recycable PET (which is highly available).

It should also offer information about decarbonization. It's emphasized that these structures shouldn't replace regular trees but bring all the positive features of natural trees together!




Description at ArchDaily

For people understanding French there is also a descriptive video on youtube

The office's official homepage is under construction and the projects are not really described, but on architizer it's said that they have a "particular attention in sustainable matters".
But I couldn't find if Biomimicry is part of that in their office in general.


Marcus Hubl, excited if these "trees" will be realized! :)

Ask Nature Nugget


On a site called VIMEO you can find some short but interesting films and get inspired by the
if you search for "Ask Nature Nugget". More videos are to come I guess.

Source: vimeo.com

Click on the names to see the videos!
/Szilvia

Walking in nature - Lichen




/Szilvia

Don't build your home, grow it!

I just walked over that link! Mitchell Jordan, the lecturer, explains his idea of growing a home out of controlled growth of plants. I think it has more to do with Bioutilisation than mimicry, but I find it quite exciting ;)


Video: Don't build your home, grow it!






Mitchell Jordan is, according to his website, a leader in ecological design, architecture and urbanism.

His portfolio shows really interesting projects, you should check it out.

Official Homepage of Mitchell Jordan





Marcus Hubl

edit: Link was wrong, just changed it and now it's working!